From 227f9b8380c1fd3e0f06ca608cb2cb9903c41f57 Mon Sep 17 00:00:00 2001
From: nbollis <nbollis@comcast.net>
Date: Fri, 26 Apr 2024 16:26:10 -0500
Subject: [PATCH 01/16] Started MetaDraw Researching with different fragment
 ions. Got the functional code of the new controls finished, just need to
 integtrate with the existing MetaDraw structure

---
 MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml       |  38 +++-
 MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs    |   6 +-
 .../FragmentResearchingViewModel.cs           | 190 ++++++++++++++++++
 .../FragmentResearching/FragmentViewModel.cs  |  33 +++
 4 files changed, 265 insertions(+), 2 deletions(-)
 create mode 100644 MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentResearchingViewModel.cs
 create mode 100644 MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentViewModel.cs

diff --git a/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml b/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml
index 959d8418d..e10041548 100644
--- a/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml
+++ b/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml
@@ -248,8 +248,44 @@
                                                 <!-- actual ptm legend -->
                                                 <local:PtmLegendControl x:Name="ChildScanPtmLegendControl"   DataContext="{Binding}" />
                                             </StackPanel>
-                                            
                                         </Grid>
+
+                                        <Expander  VerticalAlignment="Bottom" IsExpanded="False" x:Name="AdditionalFragmentIonDisplay"
+                                                   DataContext="{x:Type guiFunctions:FragmentResearchingViewModel}">
+                                            <Expander.Header>
+                                                <StackPanel Orientation="Horizontal" VerticalAlignment="Center" >
+
+                                                    <TextBlock Text="Additional Fragment Types" Margin="5 3" VerticalAlignment="Center"/>
+                                                    <Button Content="Search"  VerticalAlignment="Bottom" Margin="5 3" 
+                                                            VerticalContentAlignment="Center" />
+                                                    <CheckBox Content="Persist?" VerticalAlignment="Center" 
+                                                              IsChecked="{Binding Persist}"
+                                                              Margin="5 3"/>
+                                                </StackPanel>
+                                            </Expander.Header>
+                                            <Grid>
+                                                <Grid.ColumnDefinitions>
+                                                    <ColumnDefinition Width="*"/>
+                                                </Grid.ColumnDefinitions>
+
+                                                <ListView Grid.Column="0" Background="{StaticResource BackgroundColor}"
+                                                          ItemsSource="{Binding PossibleProducts}" BorderThickness="0">
+                                                    <ListView.ItemTemplate>
+                                                        <DataTemplate>
+                                                            <StackPanel Orientation="Horizontal">
+                                                                <CheckBox IsChecked="{Binding Use}" />
+                                                                <TextBlock Text="{Binding TypeString}"></TextBlock>
+                                                            </StackPanel>
+                                                        </DataTemplate>
+                                                    </ListView.ItemTemplate>
+                                                    <ListView.ItemsPanel>
+                                                        <ItemsPanelTemplate>
+                                                            <UniformGrid Columns="6"/>
+                                                        </ItemsPanelTemplate>
+                                                    </ListView.ItemsPanel>
+                                                </ListView>
+                                            </Grid>
+                                        </Expander>
                                     </Grid>
                                 </TabItem>
 
diff --git a/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs b/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs
index 8e0408b2f..0b06eda5d 100644
--- a/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs
+++ b/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs
@@ -36,6 +36,7 @@ public partial class MetaDraw : Window
         private static List<string> AcceptedResultsFormats = new List<string> { ".psmtsv", ".tsv" };
         private static List<string> AcceptedSpectralLibraryFormats = new List<string> { ".msp" };
         private MetaDrawSettingsViewModel SettingsView;
+        private FragmentResearchingViewModel FragmentResearchingViewModel;
 
         public MetaDraw()
         {
@@ -60,6 +61,7 @@ public MetaDraw()
 
             dataGridScanNums.DataContext = MetaDrawLogic.PeptideSpectralMatchesView;
 
+
             Title = "MetaDraw: version " + GlobalVariables.MetaMorpheusVersion;
             base.Closing += this.OnClosing;
 
@@ -71,7 +73,9 @@ public MetaDraw()
             SetUpPlots();
             plotsListBox.ItemsSource = plotTypes;
 
-            exportPdfs.Content = MetaDrawSettings.ExportType; ;
+            exportPdfs.Content = MetaDrawSettings.ExportType;
+            FragmentResearchingViewModel = new FragmentResearchingViewModel();
+            AdditionalFragmentIonDisplay.DataContext = FragmentResearchingViewModel;
         }
 
         private void Window_Drop(object sender, DragEventArgs e)
diff --git a/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentResearchingViewModel.cs b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentResearchingViewModel.cs
new file mode 100644
index 000000000..4759f0edd
--- /dev/null
+++ b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentResearchingViewModel.cs
@@ -0,0 +1,190 @@
+using System;
+using System.Collections.Generic;
+using System.Collections.ObjectModel;
+using System.Diagnostics;
+using System.Linq;
+using System.Runtime.CompilerServices;
+using System.Text;
+using System.Threading.Tasks;
+using System.Windows;
+using Easy.Common.Extensions;
+using Easy.Common.Interfaces;
+using EngineLayer;
+using MassSpectrometry;
+using Omics;
+using Omics.Fragmentation;
+using Org.BouncyCastle.Asn1.Cms;
+using Proteomics.ProteolyticDigestion;
+
+namespace GuiFunctions
+{
+
+    // TODO: Option to use prexisting fragmentation method instead of custom
+
+    /// <summary>
+    /// Class representing all GUI interactions that occur within the Additional Fragment Types section of the MetaDraw GUI
+    /// </summary>
+    public class FragmentResearchingViewModel : BaseViewModel
+    {
+
+        private readonly bool _isProtein;
+
+        public FragmentResearchingViewModel(DissociationType selectedDissociationType = DissociationType.HCD, bool isProtein = true)
+        {
+            _isProtein = isProtein;
+            DissociationTypes = new ObservableCollection<DissociationType>(Enum.GetValues<DissociationType>());
+            PossibleProducts = new ObservableCollection<FragmentViewModel>(GetPossibleProducts(_isProtein));
+            SelectedDissociationType = selectedDissociationType;
+        }
+
+        private ObservableCollection<FragmentViewModel> _possibleProducts;
+        public ObservableCollection<FragmentViewModel> PossibleProducts
+        {
+            get => _possibleProducts;
+            set { _possibleProducts = value; OnPropertyChanged(nameof(PossibleProducts)); }
+        }
+
+        private bool _persist;
+        public bool Persist
+        {
+            get => _persist;
+            set { _persist = value; OnPropertyChanged(nameof(Persist)); }
+        }
+
+        private ObservableCollection<DissociationType> _dissociationTypes;
+        public ObservableCollection<DissociationType> DissociationTypes
+        {
+            get => _dissociationTypes;
+            set { _dissociationTypes = value; OnPropertyChanged(nameof(DissociationTypes)); }
+        }
+
+        private DissociationType _selectedDissociationType;
+        public DissociationType SelectedDissociationType
+        {
+            get => _selectedDissociationType;
+            set
+            {
+                _selectedDissociationType = value;
+                SetUseForFragmentsBasedUponDissociationType(value, _isProtein);
+                OnPropertyChanged(nameof(SelectedDissociationType));
+            }
+        }
+
+        private IEnumerable<FragmentViewModel> GetPossibleProducts(bool isProtein)
+        {
+            foreach (var product in Enum.GetValues<ProductType>())
+            {
+                switch (product)
+                {
+                    // primary ions
+                    case ProductType.a:
+                    case ProductType.b:
+                    case ProductType.c:
+                        yield return new FragmentViewModel(false, product);
+                        break;
+                    case ProductType.d:
+                        if (!isProtein)
+                            yield return new FragmentViewModel(false, product);
+                        break;
+
+                    case ProductType.x:
+                    case ProductType.y:
+                    case ProductType.z:
+                        yield return new FragmentViewModel(false, product);
+                        break;
+                    case ProductType.w:
+                        if (!isProtein)
+                            yield return new FragmentViewModel(false, product);
+                        break;
+
+                    case ProductType.M:
+                        yield return new FragmentViewModel(false, product);
+                        break;
+
+                    // protein specific ions
+                    case ProductType.aStar:
+                    case ProductType.aDegree:
+                    case ProductType.bAmmoniaLoss:
+                    case ProductType.yAmmoniaLoss:
+                    case ProductType.zPlusOne:
+                    case ProductType.zDot:
+                        if (isProtein)
+                            yield return new FragmentViewModel(false, product);
+                        break;
+
+                    // rna specific ions
+                    case ProductType.aWaterLoss:
+                    case ProductType.aBaseLoss:
+                    case ProductType.bWaterLoss:
+                    case ProductType.bBaseLoss:
+                    case ProductType.cWaterLoss:
+                    case ProductType.cBaseLoss:
+                    case ProductType.dWaterLoss:
+                    case ProductType.dBaseLoss:
+                    case ProductType.wWaterLoss:
+                    case ProductType.wBaseLoss:
+                    case ProductType.xWaterLoss:
+                    case ProductType.xBaseLoss:
+                    case ProductType.yWaterLoss:
+                    case ProductType.yBaseLoss:
+                    case ProductType.zWaterLoss:
+                    case ProductType.zBaseLoss:
+                        if (!isProtein)
+                            yield return new FragmentViewModel(false, product);
+                        break;
+
+                    // unsupported ions due to :
+                    case ProductType.Y:
+                    case ProductType.Ycore:
+                        break;
+
+                    // default case
+                    default:
+                        yield return new FragmentViewModel(false, product);
+                        break;
+                }
+            }
+        }
+
+        private void SetUseForFragmentsBasedUponDissociationType(DissociationType dissociationType, bool isProtein)
+        {
+            ProductType[] dissociationTypeProducts;
+            try
+            {
+                dissociationTypeProducts = isProtein ?
+                    Omics.Fragmentation.Peptide.DissociationTypeCollection.ProductsFromDissociationType[dissociationType].ToArray()
+                    : Omics.Fragmentation.Oligo.DissociationTypeCollection.GetRnaProductTypesFromDissociationType(dissociationType).ToArray();
+            }
+            catch (Exception e)
+            {
+                MessageBox.Show($"Ruh Roh Raggy - Default to HCD\n{e.Message}");
+
+                dissociationTypeProducts = isProtein ?
+                    Omics.Fragmentation.Peptide.DissociationTypeCollection.ProductsFromDissociationType[DissociationType.HCD].ToArray()
+                    : Omics.Fragmentation.Oligo.DissociationTypeCollection.GetRnaProductTypesFromDissociationType(DissociationType.HCD).ToArray();
+
+                Debugger.Break();
+            }
+
+            PossibleProducts.ForEach(product => product.Use = dissociationTypeProducts.Contains(product.ProductType));
+        }
+
+        public List<MatchedFragmentIon> MatchIonsWithNewTypes(MsDataScan ms2Scan, SpectralMatch psmToRematch)
+        {
+            IBioPolymerWithSetMods bioPolymer = /*_isProtein ? */
+                new PeptideWithSetModifications(psmToRematch.FullSequence, GlobalVariables.AllModsKnownDictionary);
+            /*: new OligoWithSetMods(psmToRematch.FullSequence, GlobalVariables.AllRNAModsKnownDictionary);*/
+
+            List<Product> allProducts = new List<Product>();
+            bioPolymer.Fragment(SelectedDissociationType, FragmentationTerminus.Both, allProducts);
+
+            // TODO: Adjust decon params for when RNA gets incorporated
+            var commonParams = new CommonParameters();
+            var specificMass = new Ms2ScanWithSpecificMass(ms2Scan, psmToRematch.ScanPrecursorMonoisotopicPeakMz,
+                psmToRematch.ScanPrecursorCharge, psmToRematch.FullFilePath, commonParams);
+
+            // TOCHECK: if the matchAllCharges is the correct boolean here
+            return MetaMorpheusEngine.MatchFragmentIons(specificMass, allProducts, commonParams, true);
+        }
+    }
+}
diff --git a/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentViewModel.cs b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentViewModel.cs
new file mode 100644
index 000000000..8e3aec301
--- /dev/null
+++ b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentViewModel.cs
@@ -0,0 +1,33 @@
+using Omics.Fragmentation;
+
+namespace GuiFunctions
+{
+    public class FragmentViewModel : BaseViewModel
+    {
+        public ProductType ProductType { get; }
+        public string TypeString => ProductType.ToString();
+        private bool use;
+
+        public bool Use
+        {
+            get => use;
+            set { use = value; OnPropertyChanged(nameof(Use)); }
+        }
+
+        public FragmentViewModel(bool use, ProductType type)
+        {
+            Use = use;
+            ProductType = type;
+        }
+    }
+
+    public class FragmentModel : FragmentViewModel
+    {
+        public static FragmentModel Instance => new FragmentModel();
+
+        public FragmentModel() : base(true, ProductType.a)
+        {
+
+        }
+    }
+}

From f82483679857080106efb3c019a144af4e30e3c3 Mon Sep 17 00:00:00 2001
From: nbollis <nbollis@comcast.net>
Date: Sun, 28 Apr 2024 18:36:37 -0500
Subject: [PATCH 02/16] Implemented the full refragmentation system. Only
 issueis that I had to open up the set methods for the fragment ions in each
 PsmFromTsv

---
 MetaMorpheus/EngineLayer/PsmTsv/PsmFromTsv.cs |  2 +-
 MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml       | 62 ++++++++++++----
 MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs    | 72 +++++++++++++++++--
 .../FragmentResearchingViewModel.cs           | 67 +++++++++++++----
 .../GuiFunctions/MetaDraw/MetaDrawLogic.cs    |  7 ++
 5 files changed, 172 insertions(+), 38 deletions(-)

diff --git a/MetaMorpheus/EngineLayer/PsmTsv/PsmFromTsv.cs b/MetaMorpheus/EngineLayer/PsmTsv/PsmFromTsv.cs
index 75f136ba9..6d8661b5c 100644
--- a/MetaMorpheus/EngineLayer/PsmTsv/PsmFromTsv.cs
+++ b/MetaMorpheus/EngineLayer/PsmTsv/PsmFromTsv.cs
@@ -31,7 +31,7 @@ public class PsmFromTsv
         public double Score { get; }
         public string ProteinAccession { get; }
         public double? SpectralAngle { get; }
-        public List<MatchedFragmentIon> MatchedIons { get; }
+        public List<MatchedFragmentIon> MatchedIons { get; set; }
         public Dictionary<int, List<MatchedFragmentIon>> ChildScanMatchedIons { get; } // this is only used in crosslink for now, but in the future will be used for other experiment types
         public double QValue { get; }
 
diff --git a/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml b/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml
index e10041548..1630f0621 100644
--- a/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml
+++ b/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml
@@ -208,7 +208,8 @@
                                     </TabItem.Header>
                                     <Grid Name="PsmAnnotationGrid">
                                         <Grid.RowDefinitions>
-                                            <RowDefinition/>
+                                            <RowDefinition Height="*"/>
+                                            <RowDefinition Height="Auto"/>
                                         </Grid.RowDefinitions>
 
                                         <!--Spectrum annotation-->
@@ -250,25 +251,56 @@
                                             </StackPanel>
                                         </Grid>
 
-                                        <Expander  VerticalAlignment="Bottom" IsExpanded="False" x:Name="AdditionalFragmentIonDisplay"
-                                                   DataContext="{x:Type guiFunctions:FragmentResearchingViewModel}">
-                                            <Expander.Header>
-                                                <StackPanel Orientation="Horizontal" VerticalAlignment="Center" >
-
-                                                    <TextBlock Text="Additional Fragment Types" Margin="5 3" VerticalAlignment="Center"/>
-                                                    <Button Content="Search"  VerticalAlignment="Bottom" Margin="5 3" 
-                                                            VerticalContentAlignment="Center" />
-                                                    <CheckBox Content="Persist?" VerticalAlignment="Center" 
-                                                              IsChecked="{Binding Persist}"
-                                                              Margin="5 3"/>
-                                                </StackPanel>
-                                            </Expander.Header>
+                                        <!-- Refragment analysis -->
+                                        <Expander Grid.Row="1" VerticalAlignment="Bottom" IsExpanded="False" x:Name="AdditionalFragmentIonDisplay"
+                                                   DataContext="{x:Type guiFunctions:FragmentResearchingViewModel}" Header="Additional Fragment Types">
+                                            <Expander.ToolTip>
+                                                Research the spectra file against the sequence with different fragment ions. 
+                                            </Expander.ToolTip>
                                             <Grid>
+                                                <Grid.RowDefinitions>
+                                                    <RowDefinition Height="Auto"/>
+                                                    <RowDefinition Height="*"/>
+                                                </Grid.RowDefinitions>
                                                 <Grid.ColumnDefinitions>
                                                     <ColumnDefinition Width="*"/>
                                                 </Grid.ColumnDefinitions>
 
-                                                <ListView Grid.Column="0" Background="{StaticResource BackgroundColor}"
+                                                <!-- All options in the header -->
+                                                <Grid Grid.Row="0">
+                                                    <Grid.RowDefinitions>
+                                                        <RowDefinition Height="*"/>
+                                                    </Grid.RowDefinitions>
+                                                    <Grid.ColumnDefinitions>
+                                                        <ColumnDefinition Width="Auto"/>
+                                                        <ColumnDefinition Width="*"/>
+                                                        <ColumnDefinition Width="*"/>
+                                                        <ColumnDefinition Width="*"/>
+                                                    </Grid.ColumnDefinitions>
+
+                                                    <Button Grid.Row="0" Grid.Column="0" Grid.RowSpan="2" Content="Search"  VerticalAlignment="Center" Margin="5 3" 
+                                                            VerticalContentAlignment="Center" Click="SearchWithNewIons_OnClick"/>
+                                                    <CheckBox Grid.Row="0" Grid.Column="1" Grid.RowSpan="2" Content="Persist?" VerticalAlignment="Center" 
+                                                              IsChecked="{Binding Persist}"
+                                                              Margin="5 3" ToolTip="Research each identification as they are selected"/>
+
+                                                    <StackPanel Grid.Row="0" Grid.Column="2" Orientation="Horizontal" VerticalAlignment="Center">
+                                                        <TextBlock Text="Set Dissociation Type: " VerticalAlignment="Center"/>
+                                                        <ComboBox x:Name="DissociationTypeComboBox" ItemsSource="{Binding DissociationTypes}" 
+                                                                  SelectedItem="{Binding SelectedDissociationType}" 
+                                                                  Margin="5 3" VerticalContentAlignment="Center" />
+                                                    </StackPanel>
+                                                    <StackPanel Grid.Row="0" Grid.Column="3" Orientation="Horizontal" VerticalAlignment="Center">
+                                                        <CheckBox Content="Use internal ions of minimum length " IsChecked="{Binding UseInternalIons}" 
+                                                                  HorizontalContentAlignment="Right" VerticalAlignment="Center" />
+                                                        <local:IntegerTexBoxControl Text="{Binding MinInternalIonLength, FallbackValue=10}" 
+                                                            HorizontalAlignment="Center" HorizontalContentAlignment="Center"  IsEnabled="{Binding UseInternalIons}"
+                                                            VerticalAlignment="Center" VerticalContentAlignment="Center" BorderThickness="1" />
+                                                    </StackPanel>
+                                                </Grid>
+
+                                                <!-- Fragment ion type display -->
+                                                <ListView Grid.Row="1" Grid.Column="0" Background="{StaticResource BackgroundColor}"
                                                           ItemsSource="{Binding PossibleProducts}" BorderThickness="0">
                                                     <ListView.ItemTemplate>
                                                         <DataTemplate>
diff --git a/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs b/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs
index 0b06eda5d..d89102ad1 100644
--- a/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs
+++ b/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs
@@ -1,6 +1,7 @@
 using Easy.Common.Extensions;
 using EngineLayer;
 using GuiFunctions;
+using MassSpectrometry;
 using OxyPlot;
 using System;
 using System.Collections.Generic;
@@ -16,6 +17,7 @@
 using System.Windows;
 using System.Windows.Controls;
 using System.Windows.Data;
+using Omics.Fragmentation;
 
 namespace MetaMorpheusGUI
 {
@@ -160,6 +162,9 @@ private void AddFile(string filePath)
 
         /// <summary>
         /// Event triggers when a different cell is selected in the PSM data grid
+        /// <remarks>
+        ///  if sender is FragmentResearchingViewModel, then this method was run by clicking the search button on the FragmentResearchingViewModel
+        /// </remarks>
         /// </summary>
         private void dataGridScanNums_SelectedCellsChanged(object sender, SelectedCellsChangedEventArgs e)
         {
@@ -176,6 +181,13 @@ private void dataGridScanNums_SelectedCellsChanged(object sender, SelectedCellsC
             plotView.Visibility = Visibility.Visible;
             PsmFromTsv psm = (PsmFromTsv)dataGridScanNums.SelectedItem;
 
+            List<MatchedFragmentIon> oldMatchedIons = null;
+            if (FragmentResearchingViewModel.Persist && sender is DataGrid)
+            {
+                oldMatchedIons = psm.MatchedIons;
+                ReplaceFragmentIonsOnPsmFromFragmentResearchViewModel(psm);
+            }
+
             // Chimera plotter
             if (MetaDrawTabControl.SelectedContent is Grid { Name: "chimeraPlotGrid" })
             {
@@ -201,8 +213,19 @@ private void dataGridScanNums_SelectedCellsChanged(object sender, SelectedCellsC
             }
 
             SetSequenceDrawingPositionSettings(true);
+            // Psm selected from ambiguous dropdown => adjust the psm to be drawn
+            // Clicking the research button on an ambiguous psm => research with new ions
+            if (psm.FullSequence.Contains('|') && (sender.ToString() == "System.Object" || sender is FragmentResearchingViewModel))
+            {
+                psm = (PsmFromTsv)AmbiguousSequenceOptionBox.SelectedItem;
+                if (FragmentResearchingViewModel.Persist || sender is FragmentResearchingViewModel)
+                {
+                    oldMatchedIons = psm.MatchedIons;
+                    ReplaceFragmentIonsOnPsmFromFragmentResearchViewModel(psm);
+                }
+            }
             // Selection of ambiguous psm => clean up the canvases and show the option box
-            if (psm.FullSequence.Contains('|') && sender.ToString() != "System.Object")
+            else if(psm.FullSequence.Contains('|') && sender.ToString() != "System.Object")
             {
                 // clear all drawings of the previous non-ambiguous psm
                 ClearPresentationArea();
@@ -219,11 +242,7 @@ private void dataGridScanNums_SelectedCellsChanged(object sender, SelectedCellsC
                 }
                 return;
             }
-            // Psm selected from ambiguous dropdown => adjust the psm to be drawn
-            else if (psm.FullSequence.Contains('|') && sender.ToString() == "System.Object")
-            {
-                psm = (PsmFromTsv)AmbiguousSequenceOptionBox.SelectedItem;
-            }
+            
             // Selection of non-ambiguous psm => clear items in the drop down
             else if (!psm.FullSequence.Contains('|'))
             {
@@ -311,6 +330,10 @@ private void dataGridScanNums_SelectedCellsChanged(object sender, SelectedCellsC
                     propertyView.Rows.Add(temp[i].Name, temp[i].GetValue(psm, null));
                 }
             }
+
+            // put the original ions back in place if they were altered
+            if (oldMatchedIons != null && !psm.MatchedIons.SequenceEqual(oldMatchedIons))
+                psm.MatchedIons = oldMatchedIons;
         }
 
         private void selectSpectraFileButton_Click(object sender, RoutedEventArgs e)
@@ -994,6 +1017,9 @@ private void MetaDrawTabControl_OnSelectionChanged(object sender, SelectionChang
         {
             PsmFromTsv selectedPsm = (PsmFromTsv)dataGridScanNums.SelectedItem;
 
+            if (e.OriginalSource is not TabControl) // only clicking on different MetaDrawTabs will trigger this event
+                return;
+
             // switch from chimera to other views
             if (e.RemovedItems.Count > 0 && ((TabItem)e.RemovedItems[0]).Name == "ChimeraScanPlot")
             {
@@ -1060,6 +1086,38 @@ private void ToggleButtonsEnabled(bool value)
             exportSpectrumLibrary.IsEnabled = value;
         }
 
-      
+        /// <summary>
+        /// Method to fire the plotting method with new fragment ions
+        /// </summary>
+        /// <param name="sender"></param>
+        /// <param name="e"></param>
+        /// <exception cref="NotImplementedException"></exception>
+        private void SearchWithNewIons_OnClick(object sender, RoutedEventArgs e)
+        {
+            // find currently selected psm
+            var psm = dataGridScanNums.SelectedItem as PsmFromTsv;
+            if (psm is null)
+                return;
+            
+            // replace the ions and replot
+            var oldIons = psm.MatchedIons;
+            ReplaceFragmentIonsOnPsmFromFragmentResearchViewModel(psm);
+            dataGridScanNums.SelectedItem = psm;
+            dataGridScanNums_SelectedCellsChanged(FragmentResearchingViewModel, null);
+
+            // put the old ions back
+            psm.MatchedIons = oldIons;
+        }
+
+        /// <summary>
+        /// Replaces matched fragment ions on a psm with new ion types after a quick search
+        /// </summary>
+        /// <param name="psm"></param>
+        private void ReplaceFragmentIonsOnPsmFromFragmentResearchViewModel(PsmFromTsv psm)
+        {
+            var scan = MetaDrawLogic.GetMs2ScanFromPsm(psm);
+            var newIons = FragmentResearchingViewModel.MatchIonsWithNewTypes(scan, psm);
+            psm.MatchedIons = newIons;
+        }
     }
 }
\ No newline at end of file
diff --git a/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentResearchingViewModel.cs b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentResearchingViewModel.cs
index 4759f0edd..435472a39 100644
--- a/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentResearchingViewModel.cs
+++ b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentResearchingViewModel.cs
@@ -3,17 +3,12 @@
 using System.Collections.ObjectModel;
 using System.Diagnostics;
 using System.Linq;
-using System.Runtime.CompilerServices;
-using System.Text;
-using System.Threading.Tasks;
 using System.Windows;
 using Easy.Common.Extensions;
-using Easy.Common.Interfaces;
 using EngineLayer;
 using MassSpectrometry;
 using Omics;
 using Omics.Fragmentation;
-using Org.BouncyCastle.Asn1.Cms;
 using Proteomics.ProteolyticDigestion;
 
 namespace GuiFunctions
@@ -29,12 +24,25 @@ public class FragmentResearchingViewModel : BaseViewModel
 
         private readonly bool _isProtein;
 
-        public FragmentResearchingViewModel(DissociationType selectedDissociationType = DissociationType.HCD, bool isProtein = true)
+        public FragmentResearchingViewModel(bool isProtein = true)
         {
             _isProtein = isProtein;
-            DissociationTypes = new ObservableCollection<DissociationType>(Enum.GetValues<DissociationType>());
-            PossibleProducts = new ObservableCollection<FragmentViewModel>(GetPossibleProducts(_isProtein));
-            SelectedDissociationType = selectedDissociationType;
+            UseInternalIons = false;
+            MinInternalIonLength = 10;
+            if (isProtein)
+            {
+                DissociationTypes = new ObservableCollection<DissociationType>(Enum.GetValues<DissociationType>()
+                    .Where(p => p != DissociationType.AnyActivationType && Omics.Fragmentation.Peptide.DissociationTypeCollection.ProductsFromDissociationType.TryGetValue(p, out var prod) && prod.Any()));
+                PossibleProducts = new ObservableCollection<FragmentViewModel>(GetPossibleProducts(_isProtein));
+                SelectedDissociationType = DissociationType.HCD;
+            }
+            else
+            {
+                // TODO: Possible product types for RNA
+                PossibleProducts = new ObservableCollection<FragmentViewModel>(GetPossibleProducts(_isProtein));
+                SelectedDissociationType = DissociationType.LowCID;
+            }
+
         }
 
         private ObservableCollection<FragmentViewModel> _possibleProducts;
@@ -44,6 +52,8 @@ public ObservableCollection<FragmentViewModel> PossibleProducts
             set { _possibleProducts = value; OnPropertyChanged(nameof(PossibleProducts)); }
         }
 
+        private IEnumerable<ProductType> _productsToUse => PossibleProducts.Where(p => p.Use).Select(p => p.ProductType);
+
         private bool _persist;
         public bool Persist
         {
@@ -70,6 +80,20 @@ public DissociationType SelectedDissociationType
             }
         }
 
+        private int _minInternalIonLength;
+        public int MinInternalIonLength
+        {
+            get => _minInternalIonLength;
+            set { _minInternalIonLength = value; OnPropertyChanged(nameof(MinInternalIonLength)); }
+        }
+
+        private bool _useInternalIons;
+        public bool UseInternalIons
+        {
+            get => _useInternalIons;
+            set { _useInternalIons = value; OnPropertyChanged(nameof(UseInternalIons)); }
+        }
+
         private IEnumerable<FragmentViewModel> GetPossibleProducts(bool isProtein)
         {
             foreach (var product in Enum.GetValues<ProductType>())
@@ -136,6 +160,7 @@ private IEnumerable<FragmentViewModel> GetPossibleProducts(bool isProtein)
                     // unsupported ions due to :
                     case ProductType.Y:
                     case ProductType.Ycore:
+                    case ProductType.D:
                         break;
 
                     // default case
@@ -169,22 +194,34 @@ private void SetUseForFragmentsBasedUponDissociationType(DissociationType dissoc
             PossibleProducts.ForEach(product => product.Use = dissociationTypeProducts.Contains(product.ProductType));
         }
 
-        public List<MatchedFragmentIon> MatchIonsWithNewTypes(MsDataScan ms2Scan, SpectralMatch psmToRematch)
+        public List<MatchedFragmentIon> MatchIonsWithNewTypes(MsDataScan ms2Scan, PsmFromTsv psmToRematch)
         {
+            if (psmToRematch.FullSequence.Contains('|'))
+                return psmToRematch.MatchedIons;
+
             IBioPolymerWithSetMods bioPolymer = /*_isProtein ? */
                 new PeptideWithSetModifications(psmToRematch.FullSequence, GlobalVariables.AllModsKnownDictionary);
             /*: new OligoWithSetMods(psmToRematch.FullSequence, GlobalVariables.AllRNAModsKnownDictionary);*/
 
-            List<Product> allProducts = new List<Product>();
-            bioPolymer.Fragment(SelectedDissociationType, FragmentationTerminus.Both, allProducts);
+            List<Product> terminalProducts = new List<Product>();
+            Omics.Fragmentation.Peptide.DissociationTypeCollection.ProductsFromDissociationType[DissociationType.Custom] = _productsToUse.ToList(); 
+            bioPolymer.Fragment(DissociationType.Custom, FragmentationTerminus.Both, terminalProducts);
+
+            List<Product> internalProducts = new List<Product>();
+            if (UseInternalIons && bioPolymer is PeptideWithSetModifications) // internal ions are not currently implemented for RNA
+            {
+                Omics.Fragmentation.Peptide.DissociationTypeCollection.ProductsFromDissociationType[DissociationType.Custom] = _productsToUse.ToList();
+                bioPolymer.FragmentInternally(DissociationType.Custom, MinInternalIonLength, internalProducts);
+            }
+            var allProducts = terminalProducts.Concat(internalProducts).ToList();
 
             // TODO: Adjust decon params for when RNA gets incorporated
             var commonParams = new CommonParameters();
-            var specificMass = new Ms2ScanWithSpecificMass(ms2Scan, psmToRematch.ScanPrecursorMonoisotopicPeakMz,
-                psmToRematch.ScanPrecursorCharge, psmToRematch.FullFilePath, commonParams);
+            var specificMass = new Ms2ScanWithSpecificMass(ms2Scan, psmToRematch.PrecursorMz,
+                psmToRematch.PrecursorCharge, psmToRematch.FileNameWithoutExtension, commonParams);
 
             // TOCHECK: if the matchAllCharges is the correct boolean here
-            return MetaMorpheusEngine.MatchFragmentIons(specificMass, allProducts, commonParams, true);
+            return MetaMorpheusEngine.MatchFragmentIons(specificMass, allProducts, commonParams, false);
         }
     }
 }
diff --git a/MetaMorpheus/GuiFunctions/MetaDraw/MetaDrawLogic.cs b/MetaMorpheus/GuiFunctions/MetaDraw/MetaDrawLogic.cs
index 2802bbf2e..32d02347a 100644
--- a/MetaMorpheus/GuiFunctions/MetaDraw/MetaDrawLogic.cs
+++ b/MetaMorpheus/GuiFunctions/MetaDraw/MetaDrawLogic.cs
@@ -601,6 +601,13 @@ public void ExportPlot(PlotView plotView, Canvas stationaryCanvas, List<PsmFromT
 
         }
 
+        public MsDataScan GetMs2ScanFromPsm(PsmFromTsv spectralMatch)
+        {
+            return !MsDataFiles.TryGetValue(spectralMatch.FileNameWithoutExtension, out MsDataFile spectraFile) 
+                ? null 
+                : spectraFile.GetOneBasedScanFromDynamicConnection(spectralMatch.Ms2ScanNumber);
+        }
+
         /// <summary>
         /// Exports the sequence coverage view to an image file
         /// </summary>

From 1b34510f86bf68dcf01916f6b759d3c34a490215 Mon Sep 17 00:00:00 2001
From: nbollis <nbollis@comcast.net>
Date: Mon, 29 Apr 2024 11:43:07 -0500
Subject: [PATCH 03/16] Expanded test coverage

---
 MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml       |  4 +-
 MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs    | 26 +++++-----
 ...cs => FragmentationReanalysisViewModel.cs} | 14 ++---
 .../Test/MetaDraw/FragmentReanalysis.cs       | 52 +++++++++++++++++++
 4 files changed, 72 insertions(+), 24 deletions(-)
 rename MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/{FragmentResearchingViewModel.cs => FragmentationReanalysisViewModel.cs} (96%)
 create mode 100644 MetaMorpheus/Test/MetaDraw/FragmentReanalysis.cs

diff --git a/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml b/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml
index 1630f0621..55228f2d7 100644
--- a/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml
+++ b/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml
@@ -253,7 +253,7 @@
 
                                         <!-- Refragment analysis -->
                                         <Expander Grid.Row="1" VerticalAlignment="Bottom" IsExpanded="False" x:Name="AdditionalFragmentIonDisplay"
-                                                   DataContext="{x:Type guiFunctions:FragmentResearchingViewModel}" Header="Additional Fragment Types">
+                                                   DataContext="{x:Type guiFunctions:FragmentationReanalysisViewModel}" Header="Fragment Reanalysis">
                                             <Expander.ToolTip>
                                                 Research the spectra file against the sequence with different fragment ions. 
                                             </Expander.ToolTip>
@@ -288,7 +288,7 @@
                                                         <TextBlock Text="Set Dissociation Type: " VerticalAlignment="Center"/>
                                                         <ComboBox x:Name="DissociationTypeComboBox" ItemsSource="{Binding DissociationTypes}" 
                                                                   SelectedItem="{Binding SelectedDissociationType}" 
-                                                                  Margin="5 3" VerticalContentAlignment="Center" />
+                                                                  Margin="5 3" VerticalContentAlignment="Center" Width="80" />
                                                     </StackPanel>
                                                     <StackPanel Grid.Row="0" Grid.Column="3" Orientation="Horizontal" VerticalAlignment="Center">
                                                         <CheckBox Content="Use internal ions of minimum length " IsChecked="{Binding UseInternalIons}" 
diff --git a/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs b/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs
index d89102ad1..cf3b3093b 100644
--- a/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs
+++ b/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs
@@ -38,7 +38,7 @@ public partial class MetaDraw : Window
         private static List<string> AcceptedResultsFormats = new List<string> { ".psmtsv", ".tsv" };
         private static List<string> AcceptedSpectralLibraryFormats = new List<string> { ".msp" };
         private MetaDrawSettingsViewModel SettingsView;
-        private FragmentResearchingViewModel FragmentResearchingViewModel;
+        private FragmentationReanalysisViewModel FragmentationReanalysisViewModel;
 
         public MetaDraw()
         {
@@ -76,8 +76,8 @@ public MetaDraw()
             plotsListBox.ItemsSource = plotTypes;
 
             exportPdfs.Content = MetaDrawSettings.ExportType;
-            FragmentResearchingViewModel = new FragmentResearchingViewModel();
-            AdditionalFragmentIonDisplay.DataContext = FragmentResearchingViewModel;
+            FragmentationReanalysisViewModel = new FragmentationReanalysisViewModel();
+            AdditionalFragmentIonDisplay.DataContext = FragmentationReanalysisViewModel;
         }
 
         private void Window_Drop(object sender, DragEventArgs e)
@@ -163,7 +163,7 @@ private void AddFile(string filePath)
         /// <summary>
         /// Event triggers when a different cell is selected in the PSM data grid
         /// <remarks>
-        ///  if sender is FragmentResearchingViewModel, then this method was run by clicking the search button on the FragmentResearchingViewModel
+        ///  if sender is FragmentationReanalysisViewModel, then this method was run by clicking the search button on the FragmentationReanalysisViewModel
         /// </remarks>
         /// </summary>
         private void dataGridScanNums_SelectedCellsChanged(object sender, SelectedCellsChangedEventArgs e)
@@ -182,10 +182,10 @@ private void dataGridScanNums_SelectedCellsChanged(object sender, SelectedCellsC
             PsmFromTsv psm = (PsmFromTsv)dataGridScanNums.SelectedItem;
 
             List<MatchedFragmentIon> oldMatchedIons = null;
-            if (FragmentResearchingViewModel.Persist && sender is DataGrid)
+            if (FragmentationReanalysisViewModel.Persist && sender is DataGrid)
             {
                 oldMatchedIons = psm.MatchedIons;
-                ReplaceFragmentIonsOnPsmFromFragmentResearchViewModel(psm);
+                ReplaceFragmentIonsOnPsmFromFragmentReanalysisViewModel(psm);
             }
 
             // Chimera plotter
@@ -215,13 +215,13 @@ private void dataGridScanNums_SelectedCellsChanged(object sender, SelectedCellsC
             SetSequenceDrawingPositionSettings(true);
             // Psm selected from ambiguous dropdown => adjust the psm to be drawn
             // Clicking the research button on an ambiguous psm => research with new ions
-            if (psm.FullSequence.Contains('|') && (sender.ToString() == "System.Object" || sender is FragmentResearchingViewModel))
+            if (psm.FullSequence.Contains('|') && (sender.ToString() == "System.Object" || sender is FragmentationReanalysisViewModel))
             {
                 psm = (PsmFromTsv)AmbiguousSequenceOptionBox.SelectedItem;
-                if (FragmentResearchingViewModel.Persist || sender is FragmentResearchingViewModel)
+                if (FragmentationReanalysisViewModel.Persist || sender is FragmentationReanalysisViewModel)
                 {
                     oldMatchedIons = psm.MatchedIons;
-                    ReplaceFragmentIonsOnPsmFromFragmentResearchViewModel(psm);
+                    ReplaceFragmentIonsOnPsmFromFragmentReanalysisViewModel(psm);
                 }
             }
             // Selection of ambiguous psm => clean up the canvases and show the option box
@@ -1101,9 +1101,9 @@ private void SearchWithNewIons_OnClick(object sender, RoutedEventArgs e)
             
             // replace the ions and replot
             var oldIons = psm.MatchedIons;
-            ReplaceFragmentIonsOnPsmFromFragmentResearchViewModel(psm);
+            ReplaceFragmentIonsOnPsmFromFragmentReanalysisViewModel(psm);
             dataGridScanNums.SelectedItem = psm;
-            dataGridScanNums_SelectedCellsChanged(FragmentResearchingViewModel, null);
+            dataGridScanNums_SelectedCellsChanged(FragmentationReanalysisViewModel, null);
 
             // put the old ions back
             psm.MatchedIons = oldIons;
@@ -1113,10 +1113,10 @@ private void SearchWithNewIons_OnClick(object sender, RoutedEventArgs e)
         /// Replaces matched fragment ions on a psm with new ion types after a quick search
         /// </summary>
         /// <param name="psm"></param>
-        private void ReplaceFragmentIonsOnPsmFromFragmentResearchViewModel(PsmFromTsv psm)
+        private void ReplaceFragmentIonsOnPsmFromFragmentReanalysisViewModel(PsmFromTsv psm)
         {
             var scan = MetaDrawLogic.GetMs2ScanFromPsm(psm);
-            var newIons = FragmentResearchingViewModel.MatchIonsWithNewTypes(scan, psm);
+            var newIons = FragmentationReanalysisViewModel.MatchIonsWithNewTypes(scan, psm);
             psm.MatchedIons = newIons;
         }
     }
diff --git a/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentResearchingViewModel.cs b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs
similarity index 96%
rename from MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentResearchingViewModel.cs
rename to MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs
index 435472a39..4495078f1 100644
--- a/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentResearchingViewModel.cs
+++ b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs
@@ -13,18 +13,15 @@
 
 namespace GuiFunctions
 {
-
-    // TODO: Option to use prexisting fragmentation method instead of custom
-
     /// <summary>
     /// Class representing all GUI interactions that occur within the Additional Fragment Types section of the MetaDraw GUI
     /// </summary>
-    public class FragmentResearchingViewModel : BaseViewModel
+    public class FragmentationReanalysisViewModel : BaseViewModel
     {
 
         private readonly bool _isProtein;
 
-        public FragmentResearchingViewModel(bool isProtein = true)
+        public FragmentationReanalysisViewModel(bool isProtein = true)
         {
             _isProtein = isProtein;
             UseInternalIons = false;
@@ -90,7 +87,7 @@ public int MinInternalIonLength
         private bool _useInternalIons;
         public bool UseInternalIons
         {
-            get => _useInternalIons;
+            get => _useInternalIons; 
             set { _useInternalIons = value; OnPropertyChanged(nameof(UseInternalIons)); }
         }
 
@@ -129,7 +126,9 @@ private IEnumerable<FragmentViewModel> GetPossibleProducts(bool isProtein)
                     case ProductType.aStar:
                     case ProductType.aDegree:
                     case ProductType.bAmmoniaLoss:
+                    case ProductType.bWaterLoss:
                     case ProductType.yAmmoniaLoss:
+                    case ProductType.yWaterLoss:
                     case ProductType.zPlusOne:
                     case ProductType.zDot:
                         if (isProtein)
@@ -139,7 +138,6 @@ private IEnumerable<FragmentViewModel> GetPossibleProducts(bool isProtein)
                     // rna specific ions
                     case ProductType.aWaterLoss:
                     case ProductType.aBaseLoss:
-                    case ProductType.bWaterLoss:
                     case ProductType.bBaseLoss:
                     case ProductType.cWaterLoss:
                     case ProductType.cBaseLoss:
@@ -149,7 +147,6 @@ private IEnumerable<FragmentViewModel> GetPossibleProducts(bool isProtein)
                     case ProductType.wBaseLoss:
                     case ProductType.xWaterLoss:
                     case ProductType.xBaseLoss:
-                    case ProductType.yWaterLoss:
                     case ProductType.yBaseLoss:
                     case ProductType.zWaterLoss:
                     case ProductType.zBaseLoss:
@@ -220,7 +217,6 @@ public List<MatchedFragmentIon> MatchIonsWithNewTypes(MsDataScan ms2Scan, PsmFro
             var specificMass = new Ms2ScanWithSpecificMass(ms2Scan, psmToRematch.PrecursorMz,
                 psmToRematch.PrecursorCharge, psmToRematch.FileNameWithoutExtension, commonParams);
 
-            // TOCHECK: if the matchAllCharges is the correct boolean here
             return MetaMorpheusEngine.MatchFragmentIons(specificMass, allProducts, commonParams, false);
         }
     }
diff --git a/MetaMorpheus/Test/MetaDraw/FragmentReanalysis.cs b/MetaMorpheus/Test/MetaDraw/FragmentReanalysis.cs
new file mode 100644
index 000000000..6c75c6ff1
--- /dev/null
+++ b/MetaMorpheus/Test/MetaDraw/FragmentReanalysis.cs
@@ -0,0 +1,52 @@
+using System;
+using System.Collections.Generic;
+using System.Diagnostics.CodeAnalysis;
+using System.Linq;
+using System.Text;
+using System.Threading.Tasks;
+using GuiFunctions;
+using MassSpectrometry;
+using NUnit.Framework;
+using Org.BouncyCastle.Bcpg;
+using pepXML.Generated;
+
+namespace Test.MetaDraw
+{
+    [ExcludeFromCodeCoverage]
+    internal class FragmentReanalysis
+    {
+        [Test]
+        public static void TestFragmentationReanalysisViewModel_DefaultProperties()
+        {
+            var viewModel = new FragmentationReanalysisViewModel();
+
+            // check default parameters on loading
+            Assert.That(viewModel.SelectedDissociationType, Is.EqualTo(DissociationType.HCD));
+            Assert.False(viewModel.Persist);
+            Assert.False(viewModel.UseInternalIons);
+            Assert.That(viewModel.MinInternalIonLength, Is.EqualTo(10));
+            Assert.That(viewModel.DissociationTypes.Count(), Is.EqualTo(7));
+
+            var productsToUse = viewModel.PossibleProducts.Where(p => p.Use).Select(p => p.ProductType).ToList();
+            var hcdProducts = Omics.Fragmentation.Peptide.DissociationTypeCollection.ProductsFromDissociationType[DissociationType.HCD];
+            Assert.That(productsToUse.Count, Is.EqualTo(hcdProducts.Count));
+            CollectionAssert.AreEqual(productsToUse, hcdProducts);
+        }
+
+        [Test]
+        public static void TestFragmentationReanalysisViewModel_DissociationTypeSelectionChanged()
+        {
+            var viewModel = new FragmentationReanalysisViewModel();
+            Assert.That(viewModel.SelectedDissociationType, Is.EqualTo(DissociationType.HCD));
+
+
+            foreach (var dissociationType in viewModel.DissociationTypes)
+            {
+                var products = Omics.Fragmentation.Peptide.DissociationTypeCollection.ProductsFromDissociationType[dissociationType];
+                viewModel.SelectedDissociationType = dissociationType;
+                var productsToUse = viewModel.PossibleProducts.Where(p => p.Use).Select(p => p.ProductType).ToList();
+                CollectionAssert.AreEquivalent(products, productsToUse);
+            }
+        }
+    }
+}

From fc2a8dcbd9955b2d3ad2d523da58b2a8d031dd66 Mon Sep 17 00:00:00 2001
From: nbollis <nbollis@comcast.net>
Date: Mon, 29 Apr 2024 12:52:51 -0500
Subject: [PATCH 04/16] Expanded test coverage

---
 .../FragmentResearching/FragmentViewModel.cs  | 10 ---
 .../FragmentationReanalysisViewModel.cs       |  7 +-
 .../Test/MetaDraw/FragmentReanalysis.cs       | 70 +++++++++++++++++++
 MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs    |  6 ++
 4 files changed, 79 insertions(+), 14 deletions(-)

diff --git a/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentViewModel.cs b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentViewModel.cs
index 8e3aec301..7da25d92b 100644
--- a/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentViewModel.cs
+++ b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentViewModel.cs
@@ -20,14 +20,4 @@ public FragmentViewModel(bool use, ProductType type)
             ProductType = type;
         }
     }
-
-    public class FragmentModel : FragmentViewModel
-    {
-        public static FragmentModel Instance => new FragmentModel();
-
-        public FragmentModel() : base(true, ProductType.a)
-        {
-
-        }
-    }
 }
diff --git a/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs
index 4495078f1..2ec2bb842 100644
--- a/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs
+++ b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs
@@ -100,6 +100,7 @@ private IEnumerable<FragmentViewModel> GetPossibleProducts(bool isProtein)
                     // primary ions
                     case ProductType.a:
                     case ProductType.b:
+                    case ProductType.bWaterLoss:
                     case ProductType.c:
                         yield return new FragmentViewModel(false, product);
                         break;
@@ -110,6 +111,7 @@ private IEnumerable<FragmentViewModel> GetPossibleProducts(bool isProtein)
 
                     case ProductType.x:
                     case ProductType.y:
+                    case ProductType.yWaterLoss:
                     case ProductType.z:
                         yield return new FragmentViewModel(false, product);
                         break;
@@ -126,9 +128,7 @@ private IEnumerable<FragmentViewModel> GetPossibleProducts(bool isProtein)
                     case ProductType.aStar:
                     case ProductType.aDegree:
                     case ProductType.bAmmoniaLoss:
-                    case ProductType.bWaterLoss:
                     case ProductType.yAmmoniaLoss:
-                    case ProductType.yWaterLoss:
                     case ProductType.zPlusOne:
                     case ProductType.zDot:
                         if (isProtein)
@@ -181,11 +181,10 @@ private void SetUseForFragmentsBasedUponDissociationType(DissociationType dissoc
             {
                 MessageBox.Show($"Ruh Roh Raggy - Default to HCD\n{e.Message}");
 
+                _selectedDissociationType = DissociationType.HCD;
                 dissociationTypeProducts = isProtein ?
                     Omics.Fragmentation.Peptide.DissociationTypeCollection.ProductsFromDissociationType[DissociationType.HCD].ToArray()
                     : Omics.Fragmentation.Oligo.DissociationTypeCollection.GetRnaProductTypesFromDissociationType(DissociationType.HCD).ToArray();
-
-                Debugger.Break();
             }
 
             PossibleProducts.ForEach(product => product.Use = dissociationTypeProducts.Contains(product.ProductType));
diff --git a/MetaMorpheus/Test/MetaDraw/FragmentReanalysis.cs b/MetaMorpheus/Test/MetaDraw/FragmentReanalysis.cs
index 6c75c6ff1..77367828e 100644
--- a/MetaMorpheus/Test/MetaDraw/FragmentReanalysis.cs
+++ b/MetaMorpheus/Test/MetaDraw/FragmentReanalysis.cs
@@ -1,14 +1,20 @@
 using System;
 using System.Collections.Generic;
 using System.Diagnostics.CodeAnalysis;
+using System.IO;
 using System.Linq;
 using System.Text;
 using System.Threading.Tasks;
+using Easy.Common.Extensions;
+using EngineLayer;
 using GuiFunctions;
 using MassSpectrometry;
+using Nett;
 using NUnit.Framework;
 using Org.BouncyCastle.Bcpg;
 using pepXML.Generated;
+using Readers;
+using TaskLayer;
 
 namespace Test.MetaDraw
 {
@@ -46,7 +52,71 @@ public static void TestFragmentationReanalysisViewModel_DissociationTypeSelectio
                 viewModel.SelectedDissociationType = dissociationType;
                 var productsToUse = viewModel.PossibleProducts.Where(p => p.Use).Select(p => p.ProductType).ToList();
                 CollectionAssert.AreEquivalent(products, productsToUse);
+
+                foreach (var viewModelPossibleProduct in viewModel.PossibleProducts)
+                {
+                    Assert.That(viewModelPossibleProduct.TypeString, Is.EqualTo(viewModelPossibleProduct.ProductType.ToString()));
+                }
             }
         }
+
+        [Test]
+        public static void TestFragmentationReanalysisViewModel_DissociationTypeError()
+        {
+            var viewModel = new FragmentationReanalysisViewModel();
+            Assert.That(viewModel.SelectedDissociationType, Is.EqualTo(DissociationType.HCD));
+            viewModel.SelectedDissociationType = DissociationType.BIRD;
+            Assert.That(viewModel.SelectedDissociationType, Is.EqualTo(DissociationType.HCD));
+
+            viewModel = new FragmentationReanalysisViewModel(false);
+            Assert.That(viewModel.SelectedDissociationType, Is.EqualTo(DissociationType.LowCID));
+            viewModel.SelectedDissociationType = DissociationType.BIRD;
+            Assert.That(viewModel.SelectedDissociationType, Is.EqualTo(DissociationType.HCD));
+        }
+
+        [Test]
+        public static void TestFragmentationReanalysisViewModel_RematchIons()
+        {
+            var viewModel = new FragmentationReanalysisViewModel();
+
+            // run a quick search 
+            var myTomlPath = Path.Combine(TestContext.CurrentContext.TestDirectory, @"TestData\Task1-SearchTaskconfig.toml");
+            var searchTaskLoaded = Toml.ReadFile<SearchTask>(myTomlPath, MetaMorpheusTask.tomlConfig);
+            string outputFolder = Path.Combine(TestContext.CurrentContext.TestDirectory, @"TestData\TestConsistency");
+            string myFile = Path.Combine(TestContext.CurrentContext.TestDirectory, @"TestData\TaGe_SA_A549_3_snip.mzML");
+            string myDatabase = Path.Combine(TestContext.CurrentContext.TestDirectory, @"TestData\TaGe_SA_A549_3_snip.fasta");
+            var engineToml = new EverythingRunnerEngine(new List<(string, MetaMorpheusTask)> { ("SearchTOML", searchTaskLoaded) }, new List<string> { myFile }, new List<DbForTask> { new DbForTask(myDatabase, false) }, outputFolder);
+            engineToml.Run();
+            string psmFile = Path.Combine(outputFolder, @"SearchTOML\AllPSMs.psmtsv");
+            var dataFile = MsDataFileReader.GetDataFile(myFile);
+
+            // parse out psm and its respective scan
+            List<PsmFromTsv> parsedPsms = PsmTsvReader.ReadTsv(psmFile, out var warnings);
+            var psmToResearch = parsedPsms.First();
+            var scan = dataFile.GetOneBasedScan(psmToResearch.Ms2ScanNumber);
+
+            // ensure ambiguous psms get kicked out before reanalysis
+            var ambiguousPsm = parsedPsms.First(p => p.FullSequence.Contains('|'));
+            var newIons = viewModel.MatchIonsWithNewTypes(scan, ambiguousPsm);
+            CollectionAssert.AreEqual(ambiguousPsm.MatchedIons, newIons);
+
+            viewModel.PossibleProducts.ForEach(p => p.Use = true);
+            var newMatchedIons = viewModel.MatchIonsWithNewTypes(scan, psmToResearch);
+
+            // searching with additional ions should yield more 
+            Assert.That(psmToResearch.MatchedIons.Count, Is.LessThan(newMatchedIons.Count));
+
+            // perform the same operation but also with internal ions
+            viewModel.UseInternalIons = true;
+            viewModel.MinInternalIonLength = 3;
+
+            // searching with even more ions should yield even more results but still contain all original results
+            var internalIonNewIons = viewModel.MatchIonsWithNewTypes(scan, psmToResearch);
+            Assert.That(psmToResearch.MatchedIons.Count, Is.LessThan(internalIonNewIons.Count));
+            Assert.That(newMatchedIons.Count, Is.LessThan(internalIonNewIons.Count));
+
+            // clean up
+            Directory.Delete(outputFolder, true);
+        }
     }
 }
diff --git a/MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs b/MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs
index 7dafc48b8..de034c869 100644
--- a/MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs
+++ b/MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs
@@ -437,6 +437,12 @@ public static void MetaDraw_SearchTaskTest()
             Assert.That(metadrawLogic.StationarySequence.SequenceDrawingCanvas.Children.Count == modifiedBaseSeq.Length + matchedIons.Count + fullSequence.Count(p => p == '[') + 
                 psm.StartAndEndResiduesInProtein.Replace("[", "").Replace("]", "").Replace("to", "").Replace(" ", "").Length + 2);
 
+
+            // get scan from psm
+            var scan = metadrawLogic.GetMs2ScanFromPsm(psm);
+            Assert.That(scan.OneBasedScanNumber, Is.EqualTo(psm.Ms2ScanNumber));
+            Assert.That(scan.MsnOrder, Is.EqualTo(2));
+
             // clean up resources
             metadrawLogic.CleanUpResources();
             Assert.That(!metadrawLogic.FilteredListOfPsms.Any());

From 87ec9f0cbea5c347e359d39427d04856fd25eaef Mon Sep 17 00:00:00 2001
From: nbollis <nbollis@comcast.net>
Date: Tue, 30 Apr 2024 17:03:52 -0500
Subject: [PATCH 05/16] Rerun Appveyor

---
 .../FragmentResearching/FragmentationReanalysisViewModel.cs      | 1 -
 1 file changed, 1 deletion(-)

diff --git a/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs
index 2ec2bb842..d603169c1 100644
--- a/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs
+++ b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs
@@ -18,7 +18,6 @@ namespace GuiFunctions
     /// </summary>
     public class FragmentationReanalysisViewModel : BaseViewModel
     {
-
         private readonly bool _isProtein;
 
         public FragmentationReanalysisViewModel(bool isProtein = true)

From 3ce621e53d75dc56b8596811590dc843d173f2e9 Mon Sep 17 00:00:00 2001
From: nbollis <nbollis@comcast.net>
Date: Tue, 30 Apr 2024 18:15:07 -0500
Subject: [PATCH 06/16] fixed unit test

---
 .../FragmentationReanalysisViewModel.cs                   | 6 +++++-
 MetaMorpheus/Test/MetaDraw/FragmentReanalysis.cs          | 8 ++++++++
 2 files changed, 13 insertions(+), 1 deletion(-)

diff --git a/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs
index d603169c1..a87350fe5 100644
--- a/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs
+++ b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs
@@ -6,6 +6,7 @@
 using System.Windows;
 using Easy.Common.Extensions;
 using EngineLayer;
+using iText.StyledXmlParser.Jsoup;
 using MassSpectrometry;
 using Omics;
 using Omics.Fragmentation;
@@ -215,7 +216,10 @@ public List<MatchedFragmentIon> MatchIonsWithNewTypes(MsDataScan ms2Scan, PsmFro
             var specificMass = new Ms2ScanWithSpecificMass(ms2Scan, psmToRematch.PrecursorMz,
                 psmToRematch.PrecursorCharge, psmToRematch.FileNameWithoutExtension, commonParams);
 
-            return MetaMorpheusEngine.MatchFragmentIons(specificMass, allProducts, commonParams, false);
+            return MetaMorpheusEngine.MatchFragmentIons(specificMass, allProducts, commonParams, false)
+                .Union(psmToRematch.MatchedIons)
+                .ToList();
+            
         }
     }
 }
diff --git a/MetaMorpheus/Test/MetaDraw/FragmentReanalysis.cs b/MetaMorpheus/Test/MetaDraw/FragmentReanalysis.cs
index 77367828e..d28828a8c 100644
--- a/MetaMorpheus/Test/MetaDraw/FragmentReanalysis.cs
+++ b/MetaMorpheus/Test/MetaDraw/FragmentReanalysis.cs
@@ -11,6 +11,7 @@
 using MassSpectrometry;
 using Nett;
 using NUnit.Framework;
+using Omics.Fragmentation;
 using Org.BouncyCastle.Bcpg;
 using pepXML.Generated;
 using Readers;
@@ -105,6 +106,9 @@ public static void TestFragmentationReanalysisViewModel_RematchIons()
 
             // searching with additional ions should yield more 
             Assert.That(psmToResearch.MatchedIons.Count, Is.LessThan(newMatchedIons.Count));
+            // all original ions should be retained
+            var intersect = newMatchedIons.Intersect(psmToResearch.MatchedIons);
+            Assert.That(intersect.Count(), Is.EqualTo(psmToResearch.MatchedIons.Count));
 
             // perform the same operation but also with internal ions
             viewModel.UseInternalIons = true;
@@ -115,6 +119,10 @@ public static void TestFragmentationReanalysisViewModel_RematchIons()
             Assert.That(psmToResearch.MatchedIons.Count, Is.LessThan(internalIonNewIons.Count));
             Assert.That(newMatchedIons.Count, Is.LessThan(internalIonNewIons.Count));
 
+            // all original ions should be retained
+            intersect = internalIonNewIons.Intersect(psmToResearch.MatchedIons);
+            Assert.That(intersect.Count(), Is.EqualTo(psmToResearch.MatchedIons.Count));
+
             // clean up
             Directory.Delete(outputFolder, true);
         }

From 96d16ff295f8cc91cdbd1fdae1b1ac49066977f3 Mon Sep 17 00:00:00 2001
From: nbollis <nbollis@comcast.net>
Date: Thu, 2 May 2024 17:25:04 -0500
Subject: [PATCH 07/16] fixed unit test?

---
 MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs | 5 ++---
 1 file changed, 2 insertions(+), 3 deletions(-)

diff --git a/MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs b/MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs
index de034c869..a57c0bc8e 100644
--- a/MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs
+++ b/MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs
@@ -1130,9 +1130,8 @@ public static void TestMetaDrawLoadingWithWeirdFileNames()
             // clean up resources
             metadrawLogic.CleanUpResources();
 
-            // delete output
-           
-
+            // delete output - added thread sleep to ensure meta draw finished cleaning up resources - this was causing the test to fail when run in appveyor
+            Thread.Sleep(3000); 
             File.Delete(pathWithPeriodInIt);
             Directory.Delete(outputFolder, true);
         }

From 3b580c1e07bc92ebb1c88ef957afc036abc6daf4 Mon Sep 17 00:00:00 2001
From: nbollis <nbollis@comcast.net>
Date: Fri, 3 May 2024 11:49:34 -0500
Subject: [PATCH 08/16] maybe fixed test?

---
 MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs | 7 ++-----
 1 file changed, 2 insertions(+), 5 deletions(-)

diff --git a/MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs b/MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs
index a57c0bc8e..1ee242aad 100644
--- a/MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs
+++ b/MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs
@@ -1089,7 +1089,8 @@ public static void TestMetaDrawLoadingWithWeirdFileNames()
             string spectraFile = Path.Combine(TestContext.CurrentContext.TestDirectory, @"TestData\SmallCalibratible_Yeast.mzML");
 
             string pathWithPeriodInIt = Path.Combine(TestContext.CurrentContext.TestDirectory, @"TestData\S.m,al. lC,al.ib r.at,i ble_Ye.ast.mzML");
-            File.Copy(spectraFile, pathWithPeriodInIt, true);
+            if (!File.Exists(pathWithPeriodInIt))
+                File.Copy(spectraFile, pathWithPeriodInIt, true);
             spectraFile = pathWithPeriodInIt;
 
             Directory.CreateDirectory(outputFolder);
@@ -1129,10 +1130,6 @@ public static void TestMetaDrawLoadingWithWeirdFileNames()
 
             // clean up resources
             metadrawLogic.CleanUpResources();
-
-            // delete output - added thread sleep to ensure meta draw finished cleaning up resources - this was causing the test to fail when run in appveyor
-            Thread.Sleep(3000); 
-            File.Delete(pathWithPeriodInIt);
             Directory.Delete(outputFolder, true);
         }
 

From 1a0ae88148606fe4002edf49f6e2b2cbd799f78a Mon Sep 17 00:00:00 2001
From: nbollis <nbollis@comcast.net>
Date: Tue, 7 May 2024 17:26:56 -0500
Subject: [PATCH 09/16] fixed test?

---
 MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs    |    8 +-
 MetaMorpheus/Test/Test.csproj                 |    3 +
 .../S.m,al. lC,al.ib r.at,i ble_Ye.ast.mzML   | 8554 +++++++++++++++++
 3 files changed, 8559 insertions(+), 6 deletions(-)
 create mode 100644 MetaMorpheus/Test/TestData/S.m,al. lC,al.ib r.at,i ble_Ye.ast.mzML

diff --git a/MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs b/MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs
index 1ee242aad..516b920d7 100644
--- a/MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs
+++ b/MetaMorpheus/Test/MetaDraw/MetaDrawTest.cs
@@ -1086,12 +1086,8 @@ public static void TestMetaDrawLoadingWithWeirdFileNames()
             // test loading when the file has a periods, commas, spaces in the name
             string outputFolder = Path.Combine(TestContext.CurrentContext.TestDirectory, @"TestMetaDrawLoadingWithWeirdFileNames");
             string proteinDatabase = Path.Combine(TestContext.CurrentContext.TestDirectory, @"TestData\smalldb.fasta");
-            string spectraFile = Path.Combine(TestContext.CurrentContext.TestDirectory, @"TestData\SmallCalibratible_Yeast.mzML");
+            string spectraFile = Path.Combine(TestContext.CurrentContext.TestDirectory, @"TestData\S.m,al. lC,al.ib r.at,i ble_Ye.ast.mzML");
 
-            string pathWithPeriodInIt = Path.Combine(TestContext.CurrentContext.TestDirectory, @"TestData\S.m,al. lC,al.ib r.at,i ble_Ye.ast.mzML");
-            if (!File.Exists(pathWithPeriodInIt))
-                File.Copy(spectraFile, pathWithPeriodInIt, true);
-            spectraFile = pathWithPeriodInIt;
 
             Directory.CreateDirectory(outputFolder);
 
@@ -1104,7 +1100,7 @@ public static void TestMetaDrawLoadingWithWeirdFileNames()
             // load results into metadraw
             var metadrawLogic = new MetaDrawLogic();
             metadrawLogic.PsmResultFilePaths.Add(psmFile);
-            metadrawLogic.SpectraFilePaths.Add(pathWithPeriodInIt);
+            metadrawLogic.SpectraFilePaths.Add(spectraFile);
             var errors = metadrawLogic.LoadFiles(true, true);
             Assert.That(!errors.Any());
 
diff --git a/MetaMorpheus/Test/Test.csproj b/MetaMorpheus/Test/Test.csproj
index 427478765..9cac6ad6e 100644
--- a/MetaMorpheus/Test/Test.csproj
+++ b/MetaMorpheus/Test/Test.csproj
@@ -318,6 +318,9 @@
     <None Update="TestData\sliced_b6_2.mzML">
       <CopyToOutputDirectory>Always</CopyToOutputDirectory>
     </None>
+    <None Update="TestData\S.m,al. lC,al.ib r.at,i ble_Ye.ast.mzML">
+      <CopyToOutputDirectory>Always</CopyToOutputDirectory>
+    </None>
     <None Update="TestData\SmallCalibratible_Yeast.mzML">
       <CopyToOutputDirectory>Always</CopyToOutputDirectory>
     </None>
diff --git a/MetaMorpheus/Test/TestData/S.m,al. lC,al.ib r.at,i ble_Ye.ast.mzML b/MetaMorpheus/Test/TestData/S.m,al. lC,al.ib r.at,i ble_Ye.ast.mzML
new file mode 100644
index 000000000..95773e700
--- /dev/null
+++ b/MetaMorpheus/Test/TestData/S.m,al. lC,al.ib r.at,i ble_Ye.ast.mzML	
@@ -0,0 +1,8554 @@
+<?xml version="1.0" encoding="utf-8"?>
+<indexedmzML xmlns="http://psi.hupo.org/ms/mzml" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://psi.hupo.org/ms/mzml http://psidev.info/files/ms/mzML/xsd/mzML1.1.2_idx.xsd">
+  <mzML xmlns="http://psi.hupo.org/ms/mzml" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://psi.hupo.org/ms/mzml http://psidev.info/files/ms/mzML/xsd/mzML1.1.0.xsd" id="SmallCalibratible_Yeast" version="1.1.0">
+    <cvList count="2">
+      <cv id="MS" fullName="Proteomics Standards Initiative Mass Spectrometry Ontology" version="4.1.1" URI="https://raw.githubusercontent.com/HUPO-PSI/psi-ms-CV/master/psi-ms.obo"/>
+      <cv id="UO" fullName="Unit Ontology" version="09:04:2014" URI="https://raw.githubusercontent.com/bio-ontology-research-group/unit-ontology/master/unit.obo"/>
+    </cvList>
+    <fileDescription>
+      <fileContent>
+        <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+        <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+      </fileContent>
+      <sourceFileList count="1">
+        <sourceFile id="RAW1" name="SmallCalibratible_Yeast.raw" location="file:///C:\Users\User\Documents\SmallCalibratableYeast">
+          <cvParam cvRef="MS" accession="MS:1000768" name="Thermo nativeID format" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000563" name="Thermo RAW format" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000569" name="SHA-1" value="4ede32545182c06b031abc46e29802452427783d"/>
+        </sourceFile>
+      </sourceFileList>
+    </fileDescription>
+    <referenceableParamGroupList count="1">
+      <referenceableParamGroup id="CommonInstrumentParams">
+        <cvParam cvRef="MS" accession="MS:1001742" name="LTQ Orbitrap Velos" value=""/>
+        <cvParam cvRef="MS" accession="MS:1000529" name="instrument serial number" value="SN03001B"/>
+      </referenceableParamGroup>
+    </referenceableParamGroupList>
+    <softwareList count="2">
+      <software id="Xcalibur" version="2.6.0">
+        <cvParam cvRef="MS" accession="MS:1000532" name="Xcalibur" value=""/>
+      </software>
+      <software id="pwiz" version="3.0.18240">
+        <cvParam cvRef="MS" accession="MS:1000615" name="ProteoWizard software" value=""/>
+      </software>
+    </softwareList>
+    <instrumentConfigurationList count="2">
+      <instrumentConfiguration id="IC1">
+        <referenceableParamGroupRef ref="CommonInstrumentParams"/>
+        <componentList count="3">
+          <source order="1">
+            <cvParam cvRef="MS" accession="MS:1000398" name="nanoelectrospray" value=""/>
+            <cvParam cvRef="MS" accession="MS:1000485" name="nanospray inlet" value=""/>
+          </source>
+          <analyzer order="2">
+            <cvParam cvRef="MS" accession="MS:1000484" name="orbitrap" value=""/>
+          </analyzer>
+          <detector order="3">
+            <cvParam cvRef="MS" accession="MS:1000624" name="inductive detector" value=""/>
+          </detector>
+        </componentList>
+        <softwareRef ref="Xcalibur"/>
+      </instrumentConfiguration>
+      <instrumentConfiguration id="IC2">
+        <referenceableParamGroupRef ref="CommonInstrumentParams"/>
+        <componentList count="3">
+          <source order="1">
+            <cvParam cvRef="MS" accession="MS:1000398" name="nanoelectrospray" value=""/>
+            <cvParam cvRef="MS" accession="MS:1000485" name="nanospray inlet" value=""/>
+          </source>
+          <analyzer order="2">
+            <cvParam cvRef="MS" accession="MS:1000083" name="radial ejection linear ion trap" value=""/>
+          </analyzer>
+          <detector order="3">
+            <cvParam cvRef="MS" accession="MS:1000253" name="electron multiplier" value=""/>
+          </detector>
+        </componentList>
+        <softwareRef ref="Xcalibur"/>
+      </instrumentConfiguration>
+    </instrumentConfigurationList>
+    <dataProcessingList count="1">
+      <dataProcessing id="pwiz_Reader_Thermo_conversion">
+        <processingMethod order="0" softwareRef="pwiz">
+          <cvParam cvRef="MS" accession="MS:1000544" name="Conversion to mzML" value=""/>
+        </processingMethod>
+        <processingMethod order="1" softwareRef="pwiz">
+          <cvParam cvRef="MS" accession="MS:1000035" name="peak picking" value=""/>
+        </processingMethod>
+      </dataProcessing>
+    </dataProcessingList>
+    <run id="SmallCalibratible_Yeast" defaultInstrumentConfigurationRef="IC1" startTimeStamp="2018-04-14T22:09:00Z" defaultSourceFileRef="RAW1">
+      <spectrumList count="142" defaultDataProcessingRef="pwiz_Reader_Thermo_conversion">
+        <spectrum index="0" id="controllerType=0 controllerNumber=1 scan=1" defaultArrayLength="9804" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="359.239624023438" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.0261801e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="5.0616336e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000056923184" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270553275" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.1.1. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=1&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.044005" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.879135549068" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="79588">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="13500">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="1" id="controllerType=0 controllerNumber=1 scan=2" defaultArrayLength="206">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="487.297515869141" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7.15996625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="7.1802755e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070693969727" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="849.372680664063" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.2.2.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=2&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.061071666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 488.73@hcd42.00 [100.00-990.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="9.883861541748" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="488.7342529296875" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="990.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=1">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="488.734252929688" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="488.734252929688" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="3.28444175e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1100">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>eJwl0F9sU2UYx/GXtdMLuXFy4R9CTtYZZIkEK0azaHJsy4goqB1xaZXw0lb+DBFcYbrNjdfTCjguyJaRyNR41o4LSUwQiDFc4LGdS4zI2CDTwIXHdejFTGAd/skWjPp9evPJ7/e85znvqVLKPhRL2Oq/3/VmNEdykvcNSB4blNx6Ai11Rfqjta/9r98TQ3tNHt3ct+jVLtlC3xtE81R5K+djIc38mwiqZFTUw2i21Gxj/pmD1q1ICj9Oo/tVDnXlUzQ/pNM8ny2iv24E9e2S9O3T6IY7M+xJhF7nuecctMaG0ZsroLpUQX0zsJ3+owqq5Q076Nc/jGY2itbetPSfZNB9vrgTfy6heiGwiz0Hguh/X4/qzxCazXm0VpxsY94wKjZV0O2YQX1/YDd5QxDt28+KF2PibEbm8aviZPQN9m7Ki3cKqEMj6OZL0h8clWyt3cN9TsbQGp9B9WLwTe4/HkN3fp1Y3IS6K41+OIP2Lw6qh/IyXyzKfPmYPLeydi/nXl6GprUBrSdy6BVr9tH314n33ocqXo/2yqjk3jj6jSnpC6LbXJL5nQn0HpiW/GNVXFzyFv2FMNotj6PujqCro9JvjIvJJFqvOOLuafTrq6h6RPOlaNmBdp57JoX61jnJP1XRmq3LYrI9K/cZQN1SQPv0GcnDk+j+E9/P+8oOel8MSN42gebyJKqp8AHmJyJoVVNot6ZRP5JFt6alg35ZWpzMolkafZtzM2n08xVUodg77FudRjM3j+quYCf95TZ0k0W0n27oIl87K1bLaMp/o7d+tJv3zF1Bc+wq+gst77JvbbCHPcXN6Ccy6N7IST47L/nUopwbCvSSP7wHTWm/+GgHeuM58bs8qq+Por9xUFx6XOarggfZd+mx97hfUxe6Lzno/zGB3m+/y3xV0mHfmhTaxwqSm89L3vNkjrwrgjqxAe0V/eivHpLcWp/nu19tFIdOodtzBvXd16XvrIpmAb3TXe+z55yD9ufTqAeSh+R9F0S3jKaj8TD3SYRRb21Cq/88msHSYfl/+44w/7XuA/befBC9qRSakTbxeDv6Nwqor1XFqQWxrruP7/jLQXuxr8/+F7HYsaI=</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1332">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="2" id="controllerType=0 controllerNumber=1 scan=3" defaultArrayLength="218">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.10205078125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5.6596875e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="5.286843e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070610046387" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="672.680419921875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.3.3.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=3&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.064925" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 337.71@hcd42.00 [100.00-690.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="9.571125030518" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="337.71298217773438" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="690.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=1">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="337.712982177734" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="337.712982177734" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.2984895e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1136">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1408">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>eJwllX1MVXUYx49buDQRX2apUzhetdT+iBd3k1l5lMEaY0Nc2dhqOxK3YrGy2CJK4UxeMlaN2XzhjuFx+RIkGl0NuV7oCAIXhHzjUqTlMUCUUGiTjQXctfN5/nr2e87zfJ/n+T7f3+8oimI2LLurKYpi9y+2Hav7Dg471ohPuuJYtaH9Z8dafSd/cKwZEzXIOX7teccqxpl27N28P4lftPMa3zsH5bv64k3s0Ymr+JekniXufugcdfyJPdhjyau2On0s2RPhWL069zp5nvw++mtf6iP/iZppzhPuZvKO77WwRd9c4vve0d/JK7nT6lhtxb/gGenVDfR/Z2uQOWcqwNXOxnQQ/0rdA/J9z9WCv30buNpYdYjz3JER8i/1zNB/XmQXZ1fGGfLfyr1AfuWz+O0Fhy9Sx1NCXXW0eKHTh/ZxaT393kw5TX7gswB5Mzk/YvcfasSu6rsPjj7UBn5LAfPr6dHwaQV6boBzJAoca+MGcK3YRKwSOynzu1bDr5m/7jfii13sy1hQ7icucqIT3B3F8GH6R9mblvoFcxl9meAoT/dK3EjOKP6KRdLPvU9/Jf5gFvvU1t9CH2apt1V4/gtdaaEB4tXDcdRX69eiB7v61E/gfzvNWXnzc/ZjD8fBp1oQyR7so5d/Yb7C5cJrWxV6tEfCNfRze5Pi8Gul5VpSfxBeFTuP+e0P00al/6/xa8tjmc++HaC+Pq9WeCu/MUTdFj/607P3sT9l8orw5ullT5ov8xHfu1LRj5pVIDo32v7BnnajQzPiE+Yw9lWK3k+9Jzq5Nsaetfohmd+/ph+c4KDsZXOp7OF8VTd9vupj33rRygH8mWnsw3p5N3Ws8mXkmTUd8KHnuKXvB1elv9eymE93FcGP5bWF5+xDTZzrTtCf/ryXuc0LJ7hP2vzCFvzBi/Cvf5U4gY0elj1O7RLcY0nwaux4UnS3+rG8Jz1l+M34NOqqZbe4t0r77DD1p96grvJMFnF2Wh08aE/NFr5qO8AzFr4jvG2e2yk8TdGXUXiP98uIDars3++S+7T0YUjmmC/vRjADHPWF15lLf7zrb/z5bng2/zsg98xTip7V6Bx0Zn7v4R003m9iX/bbsXX4v8tgPqOsUva8PYF30rZSRecv9YNnPBqWd2nPbuKt8KbL+CdXyDuUkvAH8Sdr6UN3zwFH9a5jXnv/NvRmN+XLe5p0jnw1ass45/FG3hut6wP4sh9WSFxNUPQ1NgscMzkFPRhHIjgrx78E1+xwoSstvpC6SmMmejG9rcJbc4zo8KNsOY9fl/4CbrmvCQPwrOdncG+MLWF0ovg3yn1KLqFfuzlXdLxmFvHK+pW8R9a782R/cxYTZ00Piq52Vsl/KSKMbvSQ2ksf6Ruob3THwZ91wED3Wky3T/sf61sSJg==</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="3" id="controllerType=0 controllerNumber=1 scan=4" defaultArrayLength="226">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102111816406" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6.41612625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="4.6434495e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070732116699" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.698608398438" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.4.4.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=4&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.068735" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 502.75@hcd42.00 [100.00-1020.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="13.04873085022" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="502.74752807617188" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1020.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=1">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="502.747528076172" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="502.747528076172" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.315712e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1180">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1448">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="4" id="controllerType=0 controllerNumber=1 scan=5" defaultArrayLength="141">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="472.276245117188" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.29505671875e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.608355e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070594787598" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="928.406799316406" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.5.5.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=5&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.072453333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 537.28@hcd42.00 [100.00-1085.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="5"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="22.945537567139" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="536.274169921875" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1085.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=1">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="537.277587890625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="536.274169921875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="4.776625625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="784">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="928">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="5" id="controllerType=0 controllerNumber=1 scan=6" defaultArrayLength="10105" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="420.713653564453" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.3689428e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="6.28431488e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000056909971" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270728713" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.6.6. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=6&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.078336666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.876650035381" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="82004">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="14176">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="6" id="controllerType=0 controllerNumber=1 scan=7" defaultArrayLength="167">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="104.052474975586" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5.2278765625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="4.7240635e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070808410645" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="727.837036132813" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.7.7.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=7&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.096606666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 385.19@hcd42.00 [100.00-785.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="8.904696464539" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="385.186279296875" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="785.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=6">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="385.186279296875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="385.186279296875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="5.9383525e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="908">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1092">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="7" id="controllerType=0 controllerNumber=1 scan=8" defaultArrayLength="147">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102233886719" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="8.45212875e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="7.4359385e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070770263672" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="793.276611328125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.8.8.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=8&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.100395" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 423.74@hcd42.00 [100.00-860.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="7.578672885895" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="423.74267578125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="860.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=6">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="423.74267578125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="423.74267578125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="5.51816e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="824">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>eJwl0F1IFFEUB/CL7vZQobRCQhkNYz4EEbhCQRJN42o9FNX20pfb7EypbaY1o9au2l5dtW+CsgdlsWG3nnqNgoS4rW3IPhhWGBsUwyoRC4atRVBo4f88/fifc+bcO5cxxq/5jiuMMSfbAHk0Bu2ZQbLpHvXN0pMrigcDZMMoVL6koTblOoX6bTdkkTR0wq5G7NnqDmBOq4dKNH0a59VXasgpFWob6yAPkNonnXK+k+Zai4LYP61D0edAPr5MOW7omHseI0dcxopSeRLaIZL9TkHnj3wG9YYkVIwJsrXqLM6veASlna+hmJqlvFTchD1mcTP2zMuQV2yBWl6l+mQEShMJ6u9/3IJ+MA2dV3fO4bwFOQTNFNQ2v6HcOwedA3+pHjXOo/7Q3Yq8qQpKM3WQJWchfzZ3Af912NWGuREV2t/roQgblNtc7fjuhQztBVL5VdlO96iivM4HxX3PRWS/DNl4NRSNXihl9pK+FM39m6Y54b2EHKiBrEul/PUIZe6H0s8gFLMp6pfnKPeQdlw1ca9vOuQLJmSfE9AuKVD/A+ncki30416yW4X8nQ6VjyZ5o6gD/TLRifOeGF24T4kFuS8HmVx7GflpAbI9NVfonYrDOK/5KBRji+TdsgjqWYMctqCy2A2lsViE3r1A9bf+HuRqoxf9RBIqCesq6h3DUKwdiMLSYci33+zD3O5RqC1nSW1VP/YcPAG1bTq0D4Ugt3JUb8nTXFsBitpdMezbt3oA9+73QGloA+TLWahNewbhUg7y+Tx03heoPnRsCO+03iIruqGy5iXlHynKkxnId2SuK/8BI/wyeQ==</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="988">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="8" id="controllerType=0 controllerNumber=1 scan=9" defaultArrayLength="185">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="143.117858886719" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.46730375e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="7.4915765e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.107055664063" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="727.758178710938" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.9.9.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=9&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.104241666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 379.20@hcd42.00 [100.00-770.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="7.623859882355" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="379.19509887695313" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="770.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=6">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="379.195098876953" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="379.195098876953" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="5.1487205e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="976">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1212">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="9" id="controllerType=0 controllerNumber=1 scan=10" defaultArrayLength="208">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102142333984" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.591226625e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="9.137641e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.07088470459" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1009.521423339844" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.10.10.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=10&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.107981666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 502.75@hcd42.00 [100.00-1020.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="5"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="7.500037193298" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="502.747802734375" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1020.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=6">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="502.747802734375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="502.747802734375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="4.93188e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1100">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1360">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="10" id="controllerType=0 controllerNumber=1 scan=11" defaultArrayLength="252">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="187.144149780273" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="3.92784e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="4.2809035e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070602416992" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="868.449279785156" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.11.11.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=11&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.111633333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 491.76@hcd42.00 [100.00-995.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="6"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="22.68297958374" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="491.76181030273438" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="995.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=6">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="491.761810302734" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="491.761810302734" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="3.1385635e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1308">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1596">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="11" id="controllerType=0 controllerNumber=1 scan=12" defaultArrayLength="179">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="120.080596923828" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5.641350625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="2.2523115e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070724487305" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="572.237670898438" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.12.12.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=12&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.115775" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 312.16@hcd42.00 [100.00-635.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="7"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="21.532503128052" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="312.16073608398438" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="635.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=6">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="312.160736083984" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="312.160736083984" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="8.2681475e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="952">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1152">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="12" id="controllerType=0 controllerNumber=1 scan=13" defaultArrayLength="9640" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="488.734436035156" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.0383808e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="5.66236352e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000056908399" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270902521" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.13.13. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=13&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.121503333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.879503130913" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="78288">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>eJwU13c8V18YB3AkMlLZW6Ff9izZLilCySiRJJKdvVNGIZGtQqUooWRHNpXsWVlRZGTPhvn7+Ov9uufcc7/3nvM8zzlf1TwyVfJqV+Kwq8mJXfDYjQJtWpjV5vYzqtaVcD/8aDIO5v2sn78PdR/cpHoJR49XilVDTU5HkwEomuQbuAw5zN6H/oV3HffcW4cnsrQ8pxpdickP/DfnoLAYSdgSvNTim72jyZWIq61oY4AeA+k9LPCfWuQPDlj2OGp4utWVuE5eOD0Pbd72/l6GrSH+PDvbXIlH7BQGbNCoQ/YiF1T97GB9AOoMfZJx7XQlCgv2qHnC2s9Gp3zhEm337XuQj0Wy4DEcVA2pfAY13w00vIDx0uHuI1AkdOXmOPQTsLg7Bcf33eyn7HIlnqeVyQrAd/uV1EVg9FSVrgT8V3qX732fK/FNO1DyE4wR8VZphoF15l4D8N5vm6ZlGE0ftWNnvyuRHfNwHxV8dOk5z25ocz1fdB+knahWYIJ7nnIGCW737374SQkGx+Vxn4OTCl9ETOAR6XV5M+gXxv6naNiVOGObSvkO7k46xFoJ7ygO2XXCQ0VNFWOQ8ezl1kk4p/53cBbGDrK95RtxJdpE6+oPQfIWxx5h2MByR1EdsjEfeGYK+T8M5JtDsfcP665sty8XmcVPYrz1R5cHkE6k51YKTK1R/5kLLQMWzzXAP6IDiquw4lRvLv2UK+ESQ/+eGcr9d+orO6Rw4tEanXUlLizHm/2Cp5to3Gag/EeXXtI5VyLElV6EHmb5JBLM0KWT4yw7ZGk/dcJy0ZUIMPl5wRqSHr3uYg/5uQ8tBcOrLJTFL6Fvzsf0z1DaVePQLJQdOxhPtuRKFOceJWWB5sa7WDignGGfCA8c0TnKpQNledmkz8D3J9c1DeHnFbtmB7grzFghENqE6+jdhlRDhPUd+Mm7tu3WKub34up4GEyKlyaJhNQFBy8/ghv/fPvy4LRLzWIR5FKionkHc7q7UjrhzB0hiSmYEhWsOQfjJ76ZL8GTj+R/2ZK5ERE9JOTXIJ/NJ25XyFNzeCUW3u9TSsyGYt1VpOUw+EUqZzWUbQk6+h6e1ryq/wn6BZBW9sCi73V0o3D8QqrvCixpikv4B+eiwnI3YKPMCpfpDtw/SiVnDp9N8Bhega5TT/u94RG6mCuR8FF+0c0YeCu7PykBilPYzVRSuxHPrUeo62ASt5lAPVwp+FrWD9nt287Mw7zW89eWYVvoyN2/MObdVkMAvRuRz7Hx6xa82rVGdQeyKe5tfApJCh2zKqGAwM3GWrhp0qnVBYu9zk+NQyc1w8h1eKDR5zUJgxvh+zK1hRxuSVJbabC7EZypkaHacMKKPksX7pLX9rGBVB7Bh/zhQSNWrUD4OzrH4TZkUuc5osjrRrifkDUh4LOn+jfV4fmQBoazsOx4+qIjbKGZ/B0OV845rmXA4Ay36JLtdvqiovLt9i9/+qqh//T80DeY4aW8cxgWXYgUGoMdV75U/YanOP8YUfLhO/br+9NAH/+cZ3vg66GPttFSbkStkXh8PFwQelj5AGrel6jIgy3j9OWNMODCvbFWaCBEs68LSrJOWP4n7UacvRx4Twi+2MlZKgbvmPSUaMDREZsoU5jYyvDOHN5grP55BaYM2n1MkXcjHOVdl1Kh36Lv/ufQcvEd6TtINbi/uBE+kDg60gpth07v7YKa9OPc0gpuBJcNj85RqM5u7KMAZzciL5yBf0YlVaxga5Svgy3cSHj/0BFy/pXyeKTmRlxa+Zz+FJKc8e1+Dlsi39e+g3LysnltkOXB1PcuGFP08cnPbV9/MFuBnIa37/2De8+fqNyAiqM8r+mPuRF1bL8GmGFJdgEtB/xYEyV8GJa/YuY8eWw7Hha0T8Gl+RY/Pahw7t27N1puRJ/i1nQB3Aw8zlMCqzUcJj5BNVlT5mEoF5mnOQYriF1+k7BJ3/z17HZ/fLEro7Yb8TUySFYeCtTeO6ILKfIpbQzgdZKgJCN49nZxjYcu1kk5fMUHBp+7JHgDfi72Nb8PS2T0HuTCdH7Z5kL4yWU/SSlkcvorHqHvRoTItV6JhkmWzx/Gw8j2maeZMDP+fFYltNhDeaMNKnQv5nfByr9D41/h7PVWzgHYaF6p9x3qOAWZrECSLLejHAaIv+fznofhoMVGtiwUCqD5oQiHjnnttDJxI55oflO0hdw56u6OcGOzpTpk+3r9b8EryKxDHlsB96qGNtTAfwOpGZ3b/U/ml6dg7/ANtZ0X3IhX3yWjueGPeNkMach2YHjwKBSli2RWhEknF87dvoT50iSPvgN7XrI2RELFyTc8GVA4u02pHHo9WvashhoL7LnvoR9ztJ6uhRvRHB1x1wCuO4R/MIJRuVGvbaCB7tLbe7DiXVpYLlxsieFphQUGDmojkFPy4fVxeN25vngKHhqRPE1l6UZoSdmH7YbWI89r98G3fo+zeeEyt2L7UUiWfotaEe6926pOwK7pypcGdpjPSZNRI9ik9feAKcxa5dFzgfcNPh0Lgo6xbgEhsIbnpGA6DOxlS6yAssE9nTWQPPrBno/QkvmIu4CjGzFlUpknAgfJTs5JQC5uBr4T0FTDyugCFDiyFX8JWockdVpC/3UDI1sn1BmBpARH+KrkR5eL0/b6m9KEQsMH/YGp0OOzdHU6vOgZufkSBrjESge7uhHDaQOuodBNXiD/LjxB/XY2FR7SE8qqhE6bob9q4fyecYF6+Oq2hk0TnDvx1WoA7mT8dmUG/tqjlb4AdzuXjKy4bscJ07cEX3xHEzlPEtzMXTF/DGfYq7IKoFgqVeF7OOW76/cnSFm2S7YFrg0d9zYNwrqp15abQ/O9BKkVjKFuNPKFFnLkS3FQSbb/ZCZce6hl+g7mtYymVsJp66DRWjjs8EKxB97nenDmF+QoVUuYgSJls70LUPjG3mD9cOyvg4KN52DRc/V9F+D7R0PuzrBzj+5KIjSmtnqaC+X0H00UwlrSr+KlkGzI5eKlKLzXqPQLS+hl+GfWGtrzMdD7wFGN9iPhcOxy6o17UO2nS30sTIumpXCPdSP2V3ToekML/QcPr0N783vUsZDR8ZtkGlRmz/fLgDISYR+yYVSirHEhXByjTyuB/6XOTpfDg4/sGVuh0R5HpSH4z+ts6Ah0PqnSMQ5zeh7d7ExyI0gd+Zq/wDP2Waz9cI5+cWQZqpP/d4U62Y2IXq3IpYODJkYb9PCxrU68yTM3QtVWZ8QMrnSdkrKEz8TtKryh03Su5j2YErhx6wm8Ge1ckwvJZiP2FsHU4qxLpfDSLomURvh0wnCqFe487Cfftf28Nww7VqHLl1RR1jQ3wiwgnloKBjj0G8vA7jq+TPm07by1CfiRhbwTOdo5CsucKfkn4fXKc/ZrsGm/x8592Xh+qoERE2yJkM5kg4bfVetq37gRdBavmOth8xlWuyZYdvEkzQ94OviW8SLULNx89Rtq6fuSrMH+IuEX03nYD5p1VufhvzNOp1fggQzKJxT5bsRL/a45FjiWQ6bOCa97Sz/YD6+Q1ndGwOExzkMxsFHO3S8BpqgqH8iGq36XhsqgANMH6Wr4kUMk7D3c6HNq5CtAnXj7h1sAXiINdBOBYs6FH5Rg+Yk0RwPY+lW+1gjafuliNt1Ws/uD2Ts3IuxlJaclPOyV5WYNr+2wafOGKycUQpPhRr7c4BP4MFLuSDp896c0dQDWDbb8+Q5tD4+cHoXXTwYab8Gbtr5WbGVY34vPyrkgRXUTAy8cdg8daKhF3ZaWk2mFLBbTUZ2ww6f+9whkoq6+uAJT/wt4+w8WbnB3MtS5EaXS++MEoT7blbMqsOKZ4ptjcCuZmUoTnmxhM3nUiPm1uVz8FA67ZdG/gFY6ot/LIPX7/tcd8F/mYeov8CtJ1NU+eEXP5vA8fOP8V2R/E9aVOmntCPzFzHheHrLGRxUqwzzJcRn2FtRzbdJ4bkj+lXOBFxZKldfKQtssRlktGP9MOeE0pKG1W9Tf7l8znJfuxPd3cOvKQlPWydeK0Fz4b6g+FLmjZmEDe4u5ahxg3LlVHhf48+LlX83wWNNFzQ5YlnUh4zO8l3/jyV/4tGWgl74L59k9p4oE4JO2mWhleKN7z7waDNWW1tWAto/ams53be9nq0IXoaPbf+GXIWnWqQ9+sNU6kzQRBp6fME+CTmUC1Y8hyeH1q4p9WGena58ImME9LHgcHjOpenMOdklo3neAHy41/nWGM6SnTTzgs8uhMu+hecx/Dz5By8P1/5ohv+r5gEEoTvIhkrQf51Ivhh4OSNknay4K+3pWayQhiXYlnwy0rh5IpBhB3rLKrlFDr9H4S3ug0XPmhf1w80xVkBTklxEcl4ENUfHaCjDCLSbFHpofoyN1huWhEVbuMCmPzTQcBv+5VJIOXfPnODPhwo+AwNewc3Q8xXES9VLl7Q5XeJQuzM4TzkTc7YqGfmS7v76AxoZzStmwlaMr/Q10Fr6wYLWI+8TbTOwgf7b6+2tQ9+jBvbGQRyxMvBJ29zBm9kDKmRz6b3Cnt9b1H3CXErk01RL2OYeclN3w9z4TCnpYfryRWQCKao1VycEr8amCytDjrGmcGhzhEjjoR+ZOvJNairsJM6qryG5B/QKSygQYxCM3kQ2TNKLpa+FUMKtSD5QKI3s1AB/vnGX/AddiHh3/Aw3HYgrX4OeCUD6SHe7EULvdaWbI/NGPRgBe0A3wFYFteiG/JGCo1sItUWp3Is9M+7ckZJx5YS0DZ6f5RDVh4vn6RWPIJS1xxQz+DE36bAEL8iKL4mBODdWhB3BBO/RByna/QoRZzvY4w3z+anhLWCnxPay73kDZAPU0jXxaoNi9sckOeOm0l+kXqNmzunMByhoGtpDRuBN7z/GqUEKi830uDbx+blCOm96duPhi4DUvTHUZOHAIkj5fsFKCOZcVsgygn68293lYTHcx1hTSmJlx3IF8REBUJMx7lLYjFl57baf5EpLkBt2rhB8uFJPVQYrgKc96yEtwpUezuxMKt6fYE+DfE2UxD6GTCJVjNrR39tKsgIzxhlU10O6wtMzH7XY9hteNkG1qma8NepD2JHXBcjk3z1FIv1vV4A98cVuycQ3O+/KpknC4EzXCIjZnefE+HDE/jCF12B8TM8hr4y/tA0vMumOjYECeDm085Az6ePsBzPjsn9cJ+cJohb/CGyUp6f2wf9bAZQv+3eTQZudDf0u/lAj0Ohv2SgK+vSDz3xFYOL3Qd13InTi9QGcUCCfdRbtuw2s+xXX34T/aCIkcWBdS+iofJtycEHgLXf6wPi+DHlIX7n2B1k1/vRfgUrHiygqMORDksgrjNTV1bku5E+YJDE134EWL7yfvQfId6TWvYSjdnMJ72PbkUnEfzCctF9kh7U58S0/IYINyD1+mCUMqp2xeCRixv/3RCXh1vxnrVSjv637fDloaRjA7wUlq8/vF8u5EcOs4axkMZXBJqoJ+3KYHh2DbXHTuJmyyYHu7V8GdCOnuVJOAqirB7w/DObMPrbpwcSjo/FWYY3q8zw7Om1CZOsGimTMVimruhMR1U1VVeDjS9sNxeC2sxtgUul7QnnWFd3bZunpBKdmw335QktZyz3041hIRl7w9nr6EJRU+nlVLfw2nZfcVVcHfLza+jMA9Md2WC3BXKOfECny+ZeWwCidWc+c34f7EWGr2Y+6Ez7cFDhFYqXlURgPqr3VqGEPmX3Em9lA7g3zICcpMeFq6w40D2ZHXtNyJVUt3RjdYLqiS7AXNr/oU34EdxhTWmfCHzsjM6+3+uhr3fPiEgVF+ly7i4KZ1LS00di7X2gfpxvyWD0Ht7MHHynBZR/3QMcjqlv1GA7KpBp68rI/5T1/qtIItEdamdrD0ew1NIMz97l9+Hz68SXYiZfu+tLC2VNhe0T7bauJOqP9j8uuCs+9MKXvgFY2Dektwk4dIobuAOpOfJMAAHZt+F7JAtcPH4+0t3Im+OhY+Z9jUN5XnDlkDtGdCoChft8BDeGm96O0juGD68MQzuMpX+q8HZl3JDfsG60QyWYZhKHnK8F/49GgFD40l8lPrQ84e2DbSqsQInQrun+Ozcye+CpFOHIJVQg4+IjDg5qEqZRijw75TDx5ii0s8C09c2y1gAtvLAk2mIfUrsel5+JP/m/8KVBNnnNhr7040CrwyEIGksddGJeD3YCmvI5A7lcH3p6s7ofPUke4X1BZpeDYDy8rpuKjckN977j7ghzZJqyKC8Mgb+xpRSDNSeLDaB+39puXv4TMzCoMGyNdT9rof3uHrpZqFcWHRqYvwpvfJo3+grk1seHaQO0GpKs+fCxeej1QUwubgdaN2SMYbc34cUlEzmWzCj5U9S2TB7kTt1qNISqj20Dx7bxjq29HeE0xQzdJgmA1yBrRMScAK/eIVDZgYqRqjA6+fbRXRg+b5Tg0bd9yJwTP3rMjC3Yns6zmklNDkyVU6bsh4Q+CmBGQRP89xBF5zvPNWDpae+2/oBmy1c/YLhhq05SxhcCfralgSZPW9sPoK8jAWJebBKIW90sXQ81JE+ie4fnKOaIGzNQbfOiC1wMrpn1C05XPN7+3fVdY0W4NOiuWrW9u6tyo9j8X+q/x1IBMeevDDLwdSRLH/rYZLwd7uXfDD92iGHqjUnJU/AE/WHGtdgpnk1o5/Yf6Xu7Qb8KfOBQHGOIy3MFYXhtxVS4+14Snqc2UW2+Y8NrHe7v8x8c8e6t5xXY6G+dWNcQnwawi/dBIkk07OfQU93jaIVcHgIMnWOmg0kOT4CbYpXxtuu4+4bj4c3A17f63z9cLqvyIZU1CudlBoE/JPFjaRPcC6PI1woIRN1lZEfBL25Qb24Qcw5F1H8CPoI6Z4uhQGRS+yfoYZbRXveuGLx+Gmg3B48bIMTzLqmcSJHj7IuCHsKwBHHarTVKBB55WHrjBWJ+D9HcjiHXb13va1dOyuOMjR/Dnd+RnygUTqpAccex814wPTOa/zxcDhE4JFaZCyONH4JZQp3rn5CnbIaB5+D7tvV9n1w6c1Knu+w4B7NQU/Ie0ei8k1aKc2c48kDeclCl/pnbAgbJzuAHQolY5Shabz9QcM4b2Gu0VXYRmFgok93PN5atMJPiDJeRWbhXpO22BwH45kja4mww2DCOUC+PS4SVAjLJWPdhyDeo1L58myMe9qJL8ZobZV37AElBgSCj8CHaeuS8rDXFIXwjTfnbC6KzppDsNeTsVZwZpvpT+vQ6n42KEHsCjJ8s4jmHtYRvoZ3Ofm1TUIB7jM/UegoKnWoQnYMDXBS16AODxR5SoI72m2syvCxB1U+F+JdaC3YroK/7r5VdlBOrId9EFQKvzdlYfQ49gw3WPY4MNfXAlf1xyl/gKlV90K++Dlj3lmQ/DS+/xM+3eocxMC55zh5NNUMg+4aBhVGAorhfKuJsGfXEcZnsDS55VVafB94XoSaxnm3ei1Bhf8eu/S8gHodGHRQA6eStmi1IH+aTWFZ6CHyu3LZ+EP1r3sfrWIVwui4SbUUnX1vgXJPlXGpcIr/6hISqDD0Ok35dDiQoJZDTzm+G33R8jIdKiiEXbruzq0wewzZL1j2/1rNcc3oUcW9wpZHc6dc9fTKeEeBod9PJBJIuWGDKQfpxFT2G4/7P9NBUYwNS2+gHrfzJ9lw0MKf/VyYXXFc6dm+MhmeHAE+rVF3JuA7s2yyjNQe4C+/3Yjzq8K6xHhkJAaV46CLd8SSl7A/tHggFJYWndDqhJWyfr9rG3cPteQG1A1uRP3v7LvpIPx56Te0sNg+dSbB2HHv1JNWZjXMLSqCBskKF+rQt7TZs8nWhG/9O/Pz8Cv14RpFyEdbSlB14Z5M6H1FIICDmGC4rCKieKbNPRLjm9/1elOhB9SvZ0H/2jPyRXD3DnHmhb4PSTrNmkXzgnJR0UOwS9Pd/8Qhh+I0QQJuJhrYHsMcmtJc2vCKj/GLh2ofMh/ry2MDDuWFACHho7q3oZv2kTJw+H564IOjX3Yx+IS+dogs/rO/i64TNFeMgZp41spdvQjDwdPV1LCr7XtHrSwxP/ed5dhzGdEfJInjDmSYugHqRP7fsdut1seHXoOE1l1H2bBchsbgzdwOOyEXTvMfuPA/xlqu8QP9kJRHbfABXh3MpKfagRxYVA/uBsmGpE9pIdsYrLBxtD7e4SSGawTHfljAQlnnR8esIbqZnMYDGwYCYmE0vxaqrHQ+dWz0qFZ1Le7P7x+QrpdvDK/oF3a9RmSOZxP+NstuaD9Pz5eXvjLzuf7f5DxzPoB9UXEiYXFD01YRd+YegoOl0xctILL/zQ5/OEt+9q+QGjoq5QUAoPFbffOwdVLVO1L8L1odtRf+NJu+tTeJdSxX6Jn+OC+b0N7BGCyY1ybCAy21kwSovEg2uQELMSh8GsqocPwwocnJzXg4pSt1CXIl3Vh1RJeo9KttYG3wruZGRg8iOSgqz9Y4DrnajYn5GSWlFGGvyp4/pjAPNnGmkuw/axnxBVo9+ZQkzu7B1Goq/zAB16LO2d1A9aRf3oYA3mX7yVnwqtJb21ytq9//jhSAC1Wv137DW/17Fdcg8ImVlQkHB4EfStvLyfUlfsvUw4u7ArwVIYHrvcfOwaHYmX3aULxU/cHdSA182KOLWxapj19F2o/DeKIhtYL/ybiYThrC0UirwchIJ/1JQn6ktx58QS+CVkregsvfb7weRzOLgRa/cfnQSRekhvTgauyvPevweyOLOoQOHugry8c7mKhyY6CQRqz7l1CHoS5TopGD1T4o83+DYZyc1jNw4z/6oJ2CXsQxyJ3rTHDvcYWJ4QgK7UYmzg8dHltShomye/53CmCeaZ2ePkV/rrZ6DcAeb4YNsxBbdIclh2iHsQPXY4pStikHl5JC1eeX/f/KuVBlKlN6A9sG3JW4Ac8wMNxYxkGRk11U0p7EOWF1lm0UDFw9OY+WHPsgmK/vAcxOnKL8TsMFcmd/gmpvJ4e3IBs1+IvMSl4ECrLHUfZ4RTvvr080CTorT+nmgdxk/bi+QNQlSCX/g9GvMl7JAf/xsfsOgWdqjRG9GB43FbFOTiaFmUxAWPI/ZRm4BqdDesi3N8ncmvnMcSFXsQCK0wzCGvmgulbtzN4Yfx/1VfLdD2IHeV7T1RD6Q2Lgx9ggAFL0DcoIri0NQ+p958bWoG5te8qV2HyltPev/oeREHLwPw6pNPU7iA1QLxPMxkwQaeF88WiMOK/nkQpuExp7HUUfgwRfu1i4kH0bglEe0KT/wTc/KDfXqXhODgsn6j3Chp/zjicB7W4yliK4c+kn+ZGFzyIe7MS6qawee7Gocswory+0B2WzVIeC4Ma1Fb/RUL7rjqqWHhSIJCzwMKD+G1pSFYCL50WnCiH13nsrT5DV+nV9QlouDA0PANXL9Z/WoTh5aG+pJZ43k8PcwrY9M7qBA0snDgyyA0NggU9peDGDQHTo9BLUFBNEfaFi9OdgHWqR5a1YHCGYp8ufDbse94GVulUfA2A7458rbgN77UspoVvj+O7JHTfDnEZN0GfAhcK3NZS4RBD3qNCGFGXJtACjdYkm75D/bLuglGoJ+yTMgl5Oq7uVbbHuj8V/KcGJ3lnf2jA7r/fHM2hcigNvTvk+PV91RvSr70d8Ye5dVdsyd08iC32bkMqmMJ3nKCD+vlxvf9Bkbo3tOdhhRhfrAf84F7q7wvFHPRsb8Jfzy12PICPPpDPpcC3iS/7nsKj+1bc30HSOMl9XTBtx8T6V5h3MHViAPZ/CTH5EIQ4e2Oh3QjnFQjFNsgd/Hp+HLKNSYVSB+M6/j/vPfDPCoctIxT/TKPNDaP0KRT54KdgMlEByOiwp+s4fPHE2McSCnrniF+Hh3Qb9gdCur7RfSEw7LFE37dwD5yLvrQMw6gXN2rGYWX4cXvqu5ivOEEqKVij96VKF+6TeB1sA5sEgr0c4esvJvau8Il8o19ODPKRo9GlAPoUNFmXQMezM0c6YEChDt0ofGd7iXwS8n92W52Fw00qv1diPQiWrNzpVfhSmW9kCybkbpYzxHkQns8DfGXgMAkTpw201Qn47QdLl17Vx8PxjMKofPhm0eRyE2T1YDrfDjdfd5z+DE8c01UcgllP9kr/hFH5XYK/oDzPAvkGlOzR/743Ht939uBXJth7518LO3QqD/ggn4C8oHxXrgJVqVYK1GGi9GL0ebj7zIqVCxT1UL3oCffoRRn6wVxOztOJSagz/WIayZBX7xiRCqcNX/AXQvrf4lSfoPF3A7IWKBvks9YB1S/e7JyDzuR5TctQ0fLn+38wf2vzGX0y6pnMAUd5OCaSd9QCakhbCTlALZoHO8K3nd9cvwfJIq1/x0HJR++XeNIQL2ca5/jhv7KOKUGYzKndrAffkr54Ggap7ofdewpbJfjc30PS8svODVCe5JlDK5wW2TAeh1frNc5Nwxn2eP0F6BYvTFCnexBXrCZl2GCI/Alpblj5KU2cD75w6x25k498SZEevQeZA6LG4mDG5b3TGTBNqXShDAqW8C9VQ7bZmOUP29d/WtYGYVbM8Y0RmDJeuTkBDZfqqfcV4D3ZBliVYd7s0n4jmMCZwGsKN3fK8l+GNt9FxW7CgMkB8Vtwf26k5B1oVfhFIQNWFHSrlcEq1peajVBlv4tWGzQcUdDphlf4RAzH3mIfP3PZaApmyj0wmYcicretyUtQZ0VG3Fnh5UJBby4o+9fFjxf6P7dzqHjnQajFJjvXwlKFVvd6mERk3e6HFbJPkpfhOdWRJ/9gJoVg+iY8ZCz+91811v/knc1NyPDnJzl5DeqjTwM/FyQ5Rn1cBr5g8dFWgBRZv/QIuHrw4cHUWg/i9KXbIs/h/XNu0lnQ/ImibiX8Ms8T8APO8KumrMDfa1ppq5As5lzWFsx9Xt3NVYd6u+a7pQCpjj6iUIUxEjW7T0DVidc+MZC1biYgEdKYioclw6DrMa8K4R++6KZPUFhopLMFBs8e7euEEc03Gd50Yl6SN3gKoYOQv0gpfDwdYdayfc36PXMKvplxLZ6H6eb2K1RdHgQR5H2ED/59xK0mALV9P54WhY1FoiwFfR7E8R9u/5XAmNayIxWQknnGtQOaqy+3zsGJ27qDy/DUnVcz/2DkaZqNTfjqsz0teb8Hcf6zjTEX5CYevZCBvzn2FSvAwtKQDwT8WHdtx1nIJDxDbwJ1DR15L0GFw3E3/WFGu+NMKuRJoNh4DqM5ntJmw9SPEu7Fw/id+yohZfCz8JkH1bD09WGFWWj31KuZecSD+O5NoiMPOziUzFTgUqCfszoM11DNMIC+70JKz8PH8y1NF+EbJg2zEHhBVKslHe7szh7KhPNKexZzYOCjFu+WSejwKrITTm5FPPsKT8Ss8PyGtroJ+WxT2/n86LgS7HFIM1GDQsNZThowSuw/Vmd4OUJJ1AOW5JxT84WnRpsT78FbXZdJX0KJtAjm19DuaKlwPnxa2DCYvYh40bf6nQv3F5HRFUMxlZ7kbji545nqX6jZGJNKu4Q4YNQt2QfH+ejamaHhv9ZxDtgg5eMpD//GOew0hrbu6lxmMJ2d+4glfBXyT8cGBpR8ueIIeXOLrrvCa1zCy3ehukOGw3M4P/LwVhZ0OXAv5Q2k01mXz19FXOy3PPsWZpc1OZVDmfwrdP3wruPH2GXYmt8tybCGfZ6r84Aq/Fdsp3gCUrLsNNKGnjnniBUyT+KO+eOLq3C2b9x3C9atuexm2+FJxDz92acI/6XmvDSHBhxyJjch+1yu1y148q5Qwh1Y2j+/24Pak1ga+izqCwtfl5+6CZN3ae9+DLlC/3v9FgbX87aUQ/+O/TM1kPb5/t31UEyNV7QZjr88eKoDWvnqzUzCdcvCSHIaT8LEvek1FTx/+mcLHWROlBPjhkmJxqf5YJ253zUBaPjSXlwDZvSqdpjDShafBSsYzJO/zx6WhNIeuUHvSSioVBkFw7gaN98w6ODWrZUBZWXZOD/CcspR5SbI/yz/cjvceLlptsmC5y2lBO9gxXhqpZe74F3jNnku2MbK0yoJyY3bFmXgxpVAFkU43716x5TLk/iyxyf3MjzH8u/LVegkTePiB90remmiYdhvW6kEqLK+dj4JxvQcN87n9SQo9Z8GvoV/HmxmlsOAstvaHVCs9jbzFCTfu6I8Dy8KX7VegePjjXWZQp7ELbu52Rw4XsbEXghvO88vtMDHNZlPhuHof8ON43DVhPP3NLRnnhn0lPIk3Ayaaa/DUPPX8oEwr1N0f/J2u9rYziIoR/RLv4PMdJ2Xq+AH9SqNXii9VO0xCCtc3qeNQMrInxf+Qi1eZcbd0p7EwoKeGj0si7F2ZoEKz/3j6uFGWWdNMyRLE5zvgGwmf75OQbPfF2JJDnsSAiQfqndCpT7xOWpopb9bsVvek9ih3efQC6mYMh8NQn373+ZL0LXHnH+XgidhU/r7LQt8Ytg/wQm1a2rYeCGvvfKpCTVP4uXaUMAMnDYLLlyEdOv+k/uOeRLOiu/2S8Iqhcv82vCD88HzZ+AD76m7ZyHdpGbxmBbu23g7PQWHfgrwLUC3uJCPJNqexPHFhS/ssLk+8qwKtJjniFCH+2aya09Co9aM9Cp9TyKn4uu399A4iIqlEbb0ch35Cf3LZj7sMvAkqhmdf/LCtzWab3SgoZZa61W4JHSyKwFyCLYtvoGiLgYiRbDkXq/VO9h/gVynDQ6nx93uhvZ1/FW9MHVJV38TRp4/68Zq6En8Pb35igsusGeO8cKE0jDFKRPkGdV973nYJJ5RuAKb88W4mC4gjq/+vX0Y+lJ6WJvB0Eg1Yzc4kx2Q4A1ZnlZ3+MPcWaGHvy08id/ttD1rUPHuPDOpJdq/3NDjgGwbck3yUCBflOIsfNR9RdUJvuVxCXCHI2o3q3xgsgZXzjAUOqg/Mw6/94WJzEC/nj8ZtFc8iXhzidH/oKmsP78IPDfRZCkJX0i60pLaI06+HDpNAX0Mh6JoIENjW+J+yFc08egI1PyaOyQPP3X6HiCgs3KRwFlY7x1mZwIDIy6+ugR/fw06ehOaidYEPoQ/XV7VPYY9UQ93psMUiz8dXS5Y94cMzL3QIkvSZBC2NY/k/IVHuoqqdrsivh3HdjBAnR+smqzw9Jp93Sq0J5mnJHHzJIS/e+jshBm/npixw4KBXGUVeEL8bp8Z5HeS4rkCi+/0W9pCvqn9rQ/gUvQA/WMYuC/JKA0+Yram7IHs+tfS/0AdRSExMndPIpO8c30f7DZW51eEz+K1KS9D2qJTOlehUa5ejD1MPCu+dt/Dk1CbeUw8gmTme0OewebSieS3cGdCQH4zjCsj+9sBFSpClL5CUgf3JyO+qM+Xa8YmYKrUXrFZaCMrmMvlh3jsG01Xg60ahtMasDz6vfQpmJMRrtwf5ElkKb8I+w6n8+s6R+GZOdfjJMGoI7HFOgfhpo6joRbUocl9rAsXXyxPGMLHYb3H0uHBVYV7mZD+ZGpPDmxoztNpgHNzC9UjMDd14eaOW4ivNI/GXfDurTVGOpipFnyJAaoM0maxQh2jB8tckOz40ZOaUMSkgsoGvmq5YugIc7npnrhC+rBz0rHhnoS6i1DAfUgmR9KSAncJnTz1FgoFl7B/hSWl6dYD8FtrbOEPaBh9Ooj0Lta37GQbBcz7cIKTFjarm04Kw7NWtxxOQJKh+6Xa0PDoawo9eMZdrDEl1pNQze5hewYZam/ZZsAb+ht/aqBlxYLHNCR0psgp41AHScsMaeGDxIj0fTCPxnyZGb5+Ui0tAkW1T7qpQtJU0boTsL2bgUEHHinoIDOFJDZV+pdh83rOs6twldxHKhB+HPWvTYa97EH0T+Ef8TCLF3BFveBZGbzwrnaxGnbs6Vb7CMVcLfnGoBO3oyFNvCchXvQgfS+kE/m4zAR1Uj/cloBLRpufj8CKOdn/FODKLt+3Z6ESb/ZJZ9h5YfWhB0z00J70hbuiTN9kJ3kSHuxDpHmQI9TSsBgu7gx73ARjbXJ/fYfG1ccVx+DlfwP3pmBMp5Si4TNP4uYuuxhjOLk/bcwMRn4fiPaBdEunFeIhf31K9ENY5z89+hhOMSsrpMPHsTHRmXBwfmw0B9rQ5UQ3wAMC+Qo/YYoaZ8wv+EYlbGwWduwUiWVLw7quvhznhl4dh5T44SOdyglluPsGy6QZjJ+JJNzhwTmhRB9o1dUwdQMe81qbb4XDISUnuqGKj1dKL9S5cfrkMuT89usUY7on8dS5Ko0Nzo4l/uOGt16q+dXnIy7VtL80w/Lqs5KdMHRphmoDfmkTVxYt8CR+9Ryg0ITzv3VaLaBR46NE/+32IfOyRzD1VBFzGixNpXF9CaVfOhddLPMkzMODGSyhgsEDFxv4clnxRRjc3N3vnwYlMigGXkKOQ4flc2D16dc8P2qxT7ywDRiDF0YP/ZiCH0vW3lPUIR+Oj1AdglevlNiJQCb7qCZJaCgn8NYL0syzsfrDT/d2+wRBdva59ftQyI6+5xXUl2SRy4fh37mS3kKH1FK3xk7kTQd7XxtsmfYnPkOTI+HEPCy9r5yxtwtxfb46QxhKUqnTScK96Q3uMtDlNsPAOUh394WaKbzop5B5GVrOEFnXt69vS9M/gkqeQ97PYJ9e5FAGFLn1RfdwN+KTr6RYDpa+SuZSgXNbiqWGsL0w+awdlAyILneCrjKhfB7QVoAmQaMf+02/06YOvOv3xVofikvd2m0D/RM+cQZDPQolkcdwP1WYYun2/WxMLyrhOHP6nvdw5PqZn4XDngT1y/Nn3kGPaovyKrh69bHDZyjBvINrChIh3Hfm4ZMRhZUVqCzmcO7ACOr6SFLtf1A1pElMBG4k92trQGNJ0UthUJLtx/U0eMmQSrwU1pFcS66ESUndlO9hRf/+9NeTqC9Bm/QFUIFlMLAEFlc4KbXCfJ3148uwgnKWlHoK9SF02nkPPLUyPcQIX4VfkNGGQfIuz8/Avb1hjOdg6ywH4QL5Lt91iIDfVUv6Y6DFvnGt+9A7oubswiLONV+j6n9DPwZzuXVIIWj3k3MJ8ySdt+MYpIpO8dCEogN3xk/BQ3sOH7eh9iIOCZtVOUI+hXA5N7hGdpr3DuyTWqJ5Anu/SISkw8FrziRZ0GqU4cYeBi9CW8pwjRG+cE/0ZofPGQscJeChgT8WJ2BZlfZ3bdj04OlFPZje2XLKFcpZSDZ5QYPxRE1/WDjypuwBZFTelZ8DI00CxQthvMP6q1IY8NL20U02L0JF8TfnbRj28VZKODwa05mUCidMzR8Ww2OxJGzl8Ejlswc10GDh5N55di8ik8EkegU2iDjsXYPEkU9793F4EWo5KvRS8IyFdexRKL07hl4JCu9fFmjj9SLqabqzu+GtuSKxPnhjkeYEBR/uX/31/Sgk0ZuzVIJVF1mdDWDQuQckTvD8pbxgd2hj3kzhC295m0hSSuD3FZZLaKHTvyiCHoYbl4yJwopRnciTsNtqk1EXnv+el2II9wdNUGVJeRGCBW6xbyDFEAlHERw0OanUBM80l136AbsbTCbGoEztmvM0vOEcF0cm7UWc0FXm3AUXBKbSd8MXk0ZuKtD7ua2aCzw8v5X0EipUOA53Q6rHl1l/Q/8nlk/X4EaytRDpYS9i2rVw0RdmbY76BcDw22w7Q2Ck85pgCuQeu6ybD51VM3rewvn7s5cr4EimQuiKrBfxOpGSfg2a3/ycQiLnRSS1/NXnhAwUt25IQdqPVlSy8HfgyXgleDP7xStqeS/iYPvno3vh8DxFHRP8ojM0Jww1JvhfakC+YVvpU/BAT26lPlTfEGe7CVPaw9Jvwf2pI+Lh8LJ7/cRzaP/019MaSKVhIloPhyaaS5rhr/P1ansUvIiBBoNWRsh4dNiYHR478IlBBj5/PNqiB+fFI594Q+/CCpN42N7sM/YQBv046voE8vGH5ESp4b2v1iomwILnJE1J8Mbd3eR58AKvqlI9JNeJaWqGx9xGjDsh24OjE19h6LtIz2/w/bny5k3oId0Uz34MeSYnx7cfflTMzDsIfypxEMLwzH63XRrw2nkBGh9Y8YCmOx7ukhB7lAv9/3QIF8Pccq93ZfDpTZ6TNdCAaPj6EQoOH306DD1fKq/uUMf6nSa5QwWPLNax7IE5okJMQtpeRHm93wtx2GbedvQIfKEbRacH/d/WP/SHYj/euDyEl20EdzyBObPp8emwbGaDpk7fi9jNRJX6CRYoMh9uhfOUnqyTUOiuwcF9Bl6E1m9Sz0NwF78ktSgU0rd4LAXzAxKkZGG/smfwaXh+x2hpAFTWSnySAskC56SfQZUSrU8ZUNRDtGISfs9/pjcPWRfYxlbgE5c9l1kMEScHLmhKw2mryQFZeDLbz0UZ+p0rTf9tgvatIoV1yJZd2El6wYuQsq0TY4UNx8xuaEGucc+rQXBHxfONUFgZ/yU+EsolkwmxWnoRxc2TdVzwLOnni3zw3tGQSyqQu9lZ3AGKqhY1RcKI11KtmfCNpK7NG7i71JGsCGoK6j75At8xByj+hfafSr5sQCv/JecdV7yIl0ckaKigBckNuoMw4HqflwLsPitMrwr9pW68OgGfxwxuUVz1IozCupNoYXZQ8xF6eC26+qkAzCFU6FTgxIWTmeqw3fesuhYkLiZ71tptf586wycoe2D+TQvMGMzj/QmNpx/u2mfvRTAfqPE7BCM77rGKwjshZkVS8Hl1791jUOuv+pYxLF+WcnOGKt/Z93pCw3by136QNN987ZaTF6EvUf0wHE4WHJCNhvR/yvJeQJaQg421MEU52eYTdF6np2yFSk5794q6ehFLIVfeSMEr6e9Oy8K7BoeaT8M3g/UnreA3cYlfdrAzJCnMGf7zWbj+B5pa3OPcgI/OiJaTuXkRf7wr2YSgf+Cfr9qw/tn+lXg4+m7ncg3sfJXIMAh/2nkb/ILm9WtdW/B+/R+3ne5eRE/LCgMNrOTpjBv39SJuq2vJzMBQ5/c9i5DctsaCyg/f95gp+iAMZEiXEoaXog5/loAkjvNmgUFehMvhg+Sh25KbZkZAsiRt5TSYL3K1qxR2nnzjXQXDnFa5PkBTG9W0aTjTmaK5CLlOrM78gfdyzrayBXsRtqdXcxRg2iUBl5uQxqj5Zit8ufHYYh72/zXa9Rv2rdPnrEFt+ZFqlrtehO5+CVsueHHvzX188E1w8I7j8PhyxZwXdL0t+sAflu5/QgTDw+qyVQWxWJc7x+xKYWrvGaYquIc536EfdlQLsy3C9aBT7//AyDMuThvwluB99h1xmNfdVR92wVGj3k9C8KYP0awD76zNtF2DkXwRAnfhoAq32Gsodz24Nx9yvJ+8VQJfnHD7V/HMC+dUzaw6mPyN50IDTDvt1jYK/VkazzGkQdo3ogpwOixvkIAJDMVRJ2CywYcFPbi6q/2Z0XZ784DBRWjvrtDgA8cCWpQT4W1l5aJ8GDFmf7UE/khJZqmETBmHtpayUBcNl/P/QU76uqtb0DBn6hdHthch8Zb2nRS02zvvKAtVfT4fUIYFIle8vfKRd0cmxPxhm+610SCYb55c9RCuJs8+zIWMp0PPFEPXj09/dMLhV9kCXAVehMPhMJ1zcAfj+CFHmDUbrHMDtn0ZcYmCGTwtAgkw1qdkKAkePHDr/bd3iMdd9DdGoALps6O/4JaJ2ZVVuMNENIamzIuIcTWRFIDP53kjtGDd4Z7jZ6D23aits5C6SlnjRy3mV6NgxzhcGxGsnoZj7Gz5O+q8iMcGz8YZ4X+FTb3CsGNx/fhpqL70gMwQ3qE8WmUMxYa+9U40ehGJW/IPZ+HBI0nnl+GgFOln5iYvYqdwgZ4czLTT3+0I/Xz7m+7ApGnXu1Fww41WOwF2ZL7uke7CeH3aZDlIv8/xogr8XKuTYw0lB+hrE+CDeauofMh9d1GvBJ5VDGSshM2PD88q9eO59f4Fx+C1XQ3eJ+F4obnBVWjg2ycWDKPrFJfD4CD/09J7cO0yzzTJCPajUrlCCsgidO46LZyaHEjhgxwWERXy0OFt2W0CCv43c+oE1MvZz6wDx3TPDerBCPH3Ue7b44oOdj6DFC/UKqrgovqz2x+g2caO001w+uCfepYlL6L2568ELthWNWjJB/VzPtoSMFP+l9NFeFxnRckS8vnuoLWF6u8Z+q5Bb0o7+hAoovJL6xHsCqVlS4OfpiXHX0Laa8ZFOfAxTXBwIQz4kKP3bvv39mSe/7q0fS7gubwMKQgL8VW4eipjYwsyZdObqZN5o36GS2rBT57kO8/A8QBSA2v4L+yd+y1oXHBSMxy+XO/jiIYpXM+l2+HVPl3KL1CkeL2vH2Zay3RsQuv+/cekd3gTQWfL5c/Bqf77dKbQOtBj+DIkm+BZPU3tTRjq3m43hEtfpl+YwK7L9F+9IOPVN5JRkERSZFcC1ODMHkyCH4MuPuqk9yb2MH3z7IGHGszODMJ1TcroNchqv7FHhsGboLNa4QqCI7sGzJ5AVqUXss+hWpwrfTa0URqJH4UXqeqvTUGDP680F6D9WaUrjIzexNu/RQFHIefTtyZKMNq+7PAxeJeGpLuX3ZsoW3LIHYKCW/0Ro3BL81A/GYc38eW4pbcS/Ka0Xm8C5cQepJvDcVWZwKswZGpHbAsvvueukUsXfK37+kwvDNf2ff0bqjAGUzPy4f0d5n+xwaiJSw088P2djpcHYYH/6/+UYJBzO68DHD/G+TQYZp/ND7gDZSK0zKPg6tddj/Phvr25/iVw2cH4YiXMPcM48BnmJPw1mYGUykXyS1Cexp39H9TYOLy6CSUY//aS83sTJW/GZXmhtsfrBypw7ECY93Fos3TlvDZcYFbQEBT2Jhy/JwuKQ9r2TZojcIkmNUEHhprp/3SCKlw9ZyJhnNNF6TjIMfGT6SH8IxNWkQVNNFlTc7evb2YFFcPKgV27W6HT05H7o5CQvOM7Bc+OS1xcgGsUR849F8c8CcnJZ8N97irceVBF7GZsK7Qa9mv7A8f+e1ywAS1ja+/vkPAmdn/6oPJTypsgv/2PfxLesBWnnoenyFJtGaQxDyLtm0IwsY7rpwQMCnJskIFZPWQ7k6Gxuc9kKny1Z7HtBXQwnrSqhPNHHv/ohwMuIvU/oOfn8lfjcI74ms572Js4Y3wzXAA6PhR0FoO7CnaXGG23Rxzi8INs/+ZIAuHryHdjIZD25Q+xTnlvIv3aGnMPFDBj2foGQ4tSnqzArWR1YreCN/Er/8dfbtgRyfKDHxbF6DYIwdjKO3kS0JHx40MZ+FCAkc8QbnE9euUCDx4xkomCrRa+c6kwYdg/pgTKTEz5VMIZZlOL9/C/f+4H3qp4Ey5b52kqYLi4ykotZIgbDPkODxB/WTch/teTkRPexBGL39NUcI7agvy9GvK+xnKuASqnWfe1QYr2iJBx+N+vv1w7j3kT7K70VDTQ5aDY8l4YUmx8ioC3xsNkT8A5tXd8OlCIOc7fDzKF/v6aBV+ZfXL+BEPNBU1b4XhEhEY3VLIy5v4OD++roxqDxeNiK1Mw08HMikkd4xxu1ahDyQSLCxZQk0vgx234w6W1+S6sfSBmnQlvsTLMNkNFx67eTvhyOuFDD2S0dJX6peVNbJ5x2j8HC+yu0a1Ag+vhhfTaqINFa5oysHqA8agiFJaQOKgGXd+cYtCE8SaOpKdhrGTUnAFUURd5aQ9b10uVouDd4iXhBCidIs6eDAf637y8r+tNXH9l+eARrMhkC0uDL+Q+ydTA9ed/Rweh972Pn3/CtLTED5NQtyrs47K+NzFN5v12FX5ws31JYoD4Oq16kRtWXLBf1oBkbD6jp2CX62CSPfTWCz5zB4qRZqpGQcXBdqkEeHH/Iaan0P32WYoMOMYS8ucVVFb5+rgdZhfTC5IYehOyzyuHuOClluwwVXhzndFXAzIZB9ifgn29ma5/TVCPqO5c3YQlNnYm5Be8iZrNBS5e6OrqOCsH+dOvDKvACHKzL8ehcsA1JhJLb6IpQoWWAno00O+ghVGNBp8F4Y6t9gwN+N+p8senoOELDxd76EnrI5UASVsCBJNhdUX4/qfwXF7RzgK4bvFpvQR+U/+2VLndfjuschg+/lkQQHvFm2gXu3BKAh7/kqwuA2lyBhUUoSKLrV+NK55fTOZdD5+FPXZvgY2tfNajMGB3ig6TG+oM++cjKjAV/78sYdFgCI8t7NlnxukEH3+bpw+EZN/a94RC3z0FtJGQkVplIwuKkpHNfoLjS7t6FyFf+/nGve5Y/yGBCjE4man57jC8lGH3Vh6yHR822gzyJmLK3UzIgzHOlvIiNfwr52DNC0dt0q/rw+TAlEhPKCJuEn0d5tKzxwXB8mCtqaN3vYl3z4bnlSDDv+u/j8Gd19dpTeHzA6TiAZCsQUHnMbyV8E8vHbo8LDXKghEncl59jPUmNl7QFTXD/wiXik7YGX1zfB66WZ6noopD/kh37NsDtZV02Jngi2B3s+Nw6+4Oa234X0u8kx6U2hBK84C8hFVrHJzdmnF+C7WIDJ8KGFZqEVQH37eb/BjNR/y6xq1MwQL9VqpFyHG83YS6AHHvmrxPFXKP9921gqdUOx1ewi+OXhPNkOzCzo1OOBySsK8XnlF0Xdct8yZMr35kOAf92jmFTSGRPvvEF5ox+jA9hLdVJkSewKYsY/Xn8Ij3hcdsdd5E5KXoEh5oEVbfeRC2D6g6a8GvwzVLNrCHi5HOabs/yUbAA+o9dPMKhUycHTGR0Pq7xKs4mBYpKZEPXSsvtH2BPxK+/BqA8zkG5COwpdS643sj6uTU9dkxuGYeTzMDxxOEH9E0oZ59PUPPDxknb4gLQROVNzoSsOo+0TbcibzT0pmbgLxqJnvmYCZr7ZvdXciLLLczIjAnNslZCjZU1kXLQuUTRcbz0L+C3/c31PZJTFqHIszunEzdmC+u6SppuB7i/l0OHj2yRULA2xQXZ+8MexNvqg8zRkP6Wjr5REgWHdmRAx+aiEa1wFv83EVdsOjIvv7e7fvTTE9Yj2DeroQ4OMLLjvmxbjDI2Ec4AormmH9Ih1flnk5lwd20P/flQRdvfe2yRXy/kbBXDdQIpEirh9a7w/W/w11vCbJ/MOS6hNgWVIvgNdm55E0MUpvoxsGSfcF+D+G0RU7GE2humHmrEuocOmvxDWZlPbw3Ap29v7/7BQXpRbcGVrHfPKAWG4HLdpOmv2DOir3GrjVv4vx9GalD0C9L/LIoNKUSjpaGo/E957th+OK+sD64O+XU2++w7WJS2hb0lzh5mXUd69ueHM0NtSvmq/ih+litjfEOH+LY8fqkSzB4oaXZCnJnbMXfgPwS+UuZ8OIlv9lPME40c3/bdv/JXv3PMKc8l2MWLppMn1qGsSeEAlZh5arsSQZyH4L03yi9CNz9SPa4FAy6F+klC4X53S9r0/gQDQ4OiXqQk9y6yQg+TbjW7QlFfigypEAHQQPNZ9Ct2t7/JYxyDMx9Tu9DGL8+MpENDytN8+RDFrEr177ChJP2t3/D9CSlinXYqUC/QsbgQ3joPq27C7/wZ6/FQDett9IP4MUdWwx50DZgfLkBXvDeJdoOE6qFrb7A+g0RPSYOH0KjizyCA1qvDn48sH1db5YvD6O6wx8bwDt9Pr3GUELKntEcFjawNGjx+RDh9JsUejA0Z0zdCH56GO/rCY3Sr+cmwP85ru94rr4/DuCFyCyZJaOIQsoso7qy955JRNnKKPGxx5eMhBAqMrJSVsPeMxmZkZVRoVRIpPq9+v31fNzr3M89533e5/2+mpMezZfDp5fK+apgf3jzxQYo9nsoow3axV1n+Qznb1yN3MPnTTw4/LCdHT4UGqDkhstB1EqHYISQfIgQdDtMahCFhZt1P3Xh4ANiMRg+tYzmzYQSUd+t8yAX7bmMJ/DI01zPVUFvwr7P/tkmlFIV/rFNyJsYv8UjwwMTdz2uU4IBflHbNCEd4SKvD91cZlfqxbwJ6sGYE20wK16a9BqenPt7cx5qdC/f/QtF4ovf7RD3JhpOXvYQgkfPG2qbQOkhyfjz0DZn75AN1DlTP+cLZRv8GvKg3n4ZqU0YL7IcuVcC+8S2t4cbOhorMfFDwb0jkyehegk93xlYlq5krwTlXsp5W8JG4z09flAm25opFFKqlplEwrymicEeGW+CIf/m/iG4Pidl8w4+UyT3X4NTKxt3GWS9iVDF6klmWLYUyM8B3ZdUXA7AOgXGcgGYTqfdQ8AIXVlKD9ikrVZ89981/5n1B/C70YnTOfDGnXyyobOIh5iB5jvIdeRv4nuoI+ZPSabgTZCR+RzlgFQep7wOQNZT5A0CUNTqFY0INH+XaCgBnzL9t8scTn7z/X4Xsl/RtX0J52fb4n9Dpy95OzgVvYnfOV06vLDj+feUI/DJp7db3arI6/Ba1UHIG5BzZwzazZg2r8LM20YEs5o38YLeMHof/D5rOMIDF53FpU5qeBN3H/wJPg3fCHb1KEKLub3klvC/w19D/GDE6cHeECjwtJozEtr0iXBQGSAvaOYc6WHxg/uVTNDnZvKGMHxUaTKiD8V+lbM5Q9mRoaQHkGSd3NoJ/euTWPv+jSPdvTwMr1BmUc7C3UOFxgtwYvuLR1/hiPqveWpD5G3pb68jkPcGT/sxyJ6qxC4FBydZ+cTOYd9pxq6fhHVxDztO/7s27Wc2haNbwWVekEfYmtIfbr2UNwuFphY2bM8vYj3O687VcG40prERip1Sbv4IRzra3Ths8L6O4LYD8IrAGc7D0Nk3mEsWvjZW9ZSHkrd3d6rAk8JqB6zhxuuo7kD4tcaJLxxu0mn7xMCWqKKAVuh7gSd0CXpkHB79Du8Q4sc34JMX1AuZjjgvloln8+HRS7xpT+FpJY/f7dDy8LjDGrz0PquLwcmbuPfV5BAL1LvA4M8BTW4JtmXAPWosPLnQzpbMuwjiv69b/fAHvY7mChwtNs3ZgPbltn/+QodB1QwnD28i9SvXlhscdVk3uQFDTri1xcFbtstfXsDnC4pVw/C/mwpsE/BGpKLHLHxo7lEsTvImLpyS2CUDs0LWXQg48mJRxQrmLyUdDIQL3p5B/8EqR8OpaHjd+QNPRTDO+02f4DooSrt7tgVOkvs7TkL+hRb9vzDovEf5jhBvYliSl5UO/hWSbDwJjYR/8p6BJXE1YUrwm1e16yWozlHBEQ8vXuQRaoHUWfEsc/COZpLXIlQ8d+/tN1iqnkymGoU8L7ey04axocJdhrCr1eOCK1z/xL8SDo8b7TS9Bf/wL1XfgUxLmQU+sdi/6b+7g6DA6Qte4bCIw8orF5JXvPFqg0n/aU68hpFV7YoDsDvFxqIh3psoSPrV1AZv/EoU6oZNNLWiX2CXuXcvVQLm1yN0kgFWFE6lM8N9TKzX5WHhsYlxFXi2PE9JG476GIQGQV2XrqiH8NheL/KP8DatvCfDHaxHyPgdM6wrc1HkgLRbbLt/pqL+HGz1+QMDS67PUaR5E8ZF9L/4IL3Th91K8HhIKUkDTlAEzuvBGcWD1ZZQhnyd/xI8KNQd5wTlD/LnRUFzt26DHChBk/q3Fn77Rsk2CV2/0gbPwQRTps+LUItm+s5cpjdhpRdJtgRdyKWufoeRG1v8dFnexIBvuYYwXLW4USEGOfNOC0jDGKcvApch/672RGfYz5lN7gH9ipiPJMBminbtMphUVFtdASMbXgjWw0yi7G4rHBcsoXwNw92HU1fgcffHDUzZWP/FtmP7IEXt7H0eqKH2JPF5AeLtrEpZA8//mr3eBDvlmvYtQJ8LW8fYCpHv45UZnFCnncTIB80PRnBzPcV6Sjrj+GBn0S4KISg3K/taERadeJVkCUdp+akvQUutEJITvHdf1uBlKeLi8La1Fv7I9JZpgbynuW2/Q80Lr64Jl3kThzzolJShctnkS014w/qZsAEcqzebrIcnjp4zaINVVBfaXsOf9Um0XyD9kQBdhnLked39ZmYY31x7kgPW2l+V6KtEvaHnKByGXAfbD0zAn913ttbhZWU9bfYq3H/O2sIFLyZOyB6CJ2bzSoVgWua1I2Lwdq9ixkl4fDaFpA81Yh+YOsOk/JAed+gv7qTsDSer3S329KM+yii8Y4cFQqwW3DDex+ecNKxhrjZ3gZHdd0dj4KOFZPM78LtPymgqdA+4b/4Q8v/MGs2Fu+Yemz+Bkwc/mbfDy2d1LN5DeyXXdx9hfnWsxTJMJC+KM5vxJpIfZLFZwVfF9+5fhj+p0mXDYdg++vlymEamen8ZdqqbyO2eRf3/Ft/ICr8y9KlyQopsxh5eGNSyj6QHRZOePrwBI0r3HA6A6so3noTBvWznxI0WvYk4C+Pqc7Bxn6HSRfh01uV7MDSnPpuRBdvXzY8UwL+W10uL4Yvb9O2L370Jg8oPBt8hh2Xz5E/4t1RnF9MK8pzyb6c4PHF11VgGChkuvSdgxMCeHhLc8Oc9FwxLsqQ+RMA7YVVZ+dC80GSgCbInh1h1QsHfJUu9MGH8/Y1h2OW4JfkThqQ/CuBeRR2RW6Plh8EGyneF4f65FD5xyPltuVga/lU4/MsKBmXVVwTBdmcJ5QgYWVzw5haM1e998/gX8qt707oMtrQKfKuAF/1Wjw7AR+4Fm6vQQv7rzV9wNerkXrItnAeJq4f1yH2I/aUBlSbwUFGcpiXcMSxaEQZPJ6eqV0LHhb539fBHJe2VNig78F/CAFzb335oDDLP0L6chiXT4tu3YK7Nr4TjFD6EfsGeq3ow6GwImSk8ZvrjjiW0WHQSuARptmYqnODvwo+HEyCZ56RgA9S6EJf2EbKfkRVZhgH3PtSvQZejZNUv9vgQ5FofDWrh6FLvYjMccY3WmIQ53J4K25h8CI3Ga2OUkJjz9qCH/0UE0jLD/Y9vZu2DQ+zlTiIw5g5LlyocrxSz1YGR1vpbRvBOhOcdC/j7WIqwDWw3qW92gPHZ+TWR8Cap73khzD2VG1AHr1HO5H/+N75URI6F2YdYcBvoloOBP806zkMNsSlrW5i/ZL/pCDlngoRuwBPce5r94aexbIsweJk5z+QRfM99d/E1VFqP/fAF1p3WClyDHyjp925ByxG52PV9PsRDJUXBP/ClhHYLBYcPsUTK6ToEu+xIA8rQdTHjihb88bWdxhAyHDaim+VCPOfe5i3AiEPWSt9gyZnkF7TcPoSK2UCrMAws87QRh5a32bbJQNfl9dedBzG/pXWnPvjceZN6BO6QPF37Fx6Wu7Eoz+tD+IdvnL4Kfc1Ojl+H3594k/zgg8s3ewrh1vCESykc65Kiq4CN6cflfkFhI0GXU3w+RNSn3CYnWHlW+aI7vM39YZs33H2BIXVI0IegG9svOw4Xx46+m4Ec7e2ZtELYr2tnHcXhDSlPWhmo55v3mIBnqec458V8CNI8eeMSPKR+6PIKVOH8nsosjnm4tQkdg+Ufd1jrQrrVMZkbUEQ/52oKTB8oelQJV7ODmX5D9iktdS4JvGc+pVMTkjk4krnCeXWuXE/4X9mABgkeu8qqckAW8Wo0/iIAc+6lJIrAHca1YmqQ6tgnL0c4aqbE7QYb6bJbveD8h7eGfArYv17+v4JQQeF6vij0jD3yWx8OcfDoeUKt1nebt+AJ2sbsfDg3/067Ge58cXmjE07tXsnqg3VeBT9FFJF3MxZZkvDcW0ZtObhjz9+fxtCnz1DnBjx1hHfTHw7QrGaHQYr70wxCGojPhly1KOyfTnU4+e+6dG7ABb7Jbp9LhIw6/UQWPGocsl4DKfNZc5ohV/hj/VcwvJLMvVMf+5mudLAPhjNGvRmGXeF0ihuwZkvq8gEDH0KMMo31MNS/t71NBB6oc/SShPdchwTkYGpZbKEbfFbT0p0C59pr5KugercKxRDk5hjwWoe3qm8e/gP7FuTfUhj6EJPGxaafjXyIbtVDNKvwe9u9qk1Yr3oniMUY8ThGr3ocZuWkbUjB4/nChadgZZbsuNw5zG/9+W0F+PuthKI6/HH3s7A3TNv4ffEhbMtKZ82DSu8UOp9Ai0STS+0XkUcNZRw90M13z5tBeMnwWzeFDfKnW/8CP+QZesNyFH51MeoSh7udvB9pw8G+neeNoFN7KpMFzKBMy/aDXUNTkukw9detpRw4WpGyOAB/x5hJ/IbOcUKL5LYYx7ctkwYy2osuikHBRbZMaXj6zzYzAqYQRZn2UCuDXyoSxniIfL4NR4ZOZidDrj/Xvqc4IQ/mjj3OgKuWS5dyYf23dc1GWOiWLTEOu6hufJmBl45p5y3AzxF99u/dfQiBGINDn6AU38j0MlyUoxig8fAhQvhPbUnDbRlTLwl4+fF/11QgtUJE4TnImnbS/iLc898inwOsZjGIi4PxQUryZTC1ZLGyHhJSJ53e/xv/Oa3rkKcPwVvKLasN3zwX/mkI07Xlnp2DBu1pZtE+PgTtLdq9CZD1o99ICszjsB4qh9MivgM9kKN+x50h+HIuzmAc+iZmatqSfIgzH23pnGBgz5EuN1jg8Fs9FaoWatNUQ6G4rpuzkCOJn4be14eocDzSyQTX+kUi90HeqKsDDiHYFx7F5KuwWWOfuRdUSzdaTIfP3/6saIDHpyY0FuDBhIIiiVD0ib9llTrwYtiknzF89pBe/jxc1koIOhzlQ5j5n1c5Bo2VBeml4I9degsmML1lbLsHTPBubPOG/C2FMYHQRctErRme4Dy/6xUsDb002AeTdj38vARbf2R0MUT7EA4aTfEssOPER9P9UO76jIRkgg8RF9f4WxbSKWe3noWHGQ/5OsG8qr0xeXDoYqhCH1zbflR0BUpOGm5uwBqjgKZtd7B/lx5HU8FihndGDPBMcbnPEfjnmZeDBrxg0SCmD/feo98yhR1yDI1WaejH0Qy37OBTL0ZzV+hUYHYwGf5JteaugOxtIYt1cPutvBet0M5wYtgzC+fBcP0RCc5923M9GI4GppXeh85Nf7jq4BBJ4ksLzOx1rumCtc/E2J4UIj6WHp/KYUb286oqSE0E5c/CK6UbyfSP0T/+WDoyw8iPrXIcMJ+LWsWiDHmkKbffBt7c5/7NAT6LslEOg5cPhqRlQNWo3qu5sCCBR/kJHHHgaW2ECl990jqgBOvI1V6o+ely6yIUpD20n6oc30WvU77RwwARxjZmGHsl5rsUjL/F3H4Kimo9uK8IGcZ3pbvA9z1+r2KhPI3AwySoPfvm+n2YUlHQTl+FvOZ5k8EM9Q9v3eCAdLVrJaeg55PwxQtQ4GF302U4JcF+zwXuP7XkadaEvh+hoGsFTa7fF7KD16y+6tyG5SxHU0oha9YjzwrI039Qtx5KcPBSdcMz4rnvB+D656O1Y/ALxzrVH+gmr0kt0uxD7Ot5aaALlzddj5nAiQuHfLxh2fdGiRewMS9jdy0s2h601AyTNd+clHiFvnpbhE0WfvKKWZOH6q9mPt6Al7QEeDLh6/6iP3nQ9Y/U+FPIMNXtp9aP39mlckEXUs01ECawzW/0ZiB8eL7uWyYU/GnWnw/9T66XF8Mr1XZ2W//GNfKpkQ/gu8V1VpAGnlBzNpGBh0+PZ9pA1t8NoY5wzTr/shuMVk3MNBxDHH4cCj8HhTUqnC7Cvw0N70Nhaoa1eS68wr/nzBOYa9DC+wyWsXRQBMzg3NT7L4XB58wnBqLhzj9iHnmQO+ZxySRM4BbW+wXlHjNKk82i7k5v8FDDnPrZnbuho+qbr6xQxrtxhBMKGKVZEbD0cHOvAxTr1ZdPgHWz7kdS4dXMRMaHUJ26aiMXau6dmX4Cr7+h73wGp/X7HfvgSdMHqytQp2jm3SZ8WCjUsn0O30mXY1POrGAdhibhylBk+cA1Lfid0U7YAb7d/LHmB9m//leUAk2OCtCOwHtaJiWb0MXGLn37Ks4T5TYJIUj1m/mqF2SPfc6WCoe4KCgfwnlzw9VcGH/9+8c/mz6EldeLtzt+oX4dCuikg68rYvyPwbiz5CxW8GDj5x120HJ59IcLnPLVjjMgJxGHc9XDzGFxoJq3NZTc4XwqFF7cJj5RBY9fcYxagjZsE4qsFCQiRUY4yR9+eles9BSyq4rLPIddF1+K1MDLDrrt52lIxNs7FHW2cOVq1TMn+Kmt5HY4zFofccqCndR5FwtgTpe3WQnUr7Hf/Qm+eK5P9RVOWJ358wNyfqMb3UNLIqg7dhVJQqpzbNlycOD+gTQFKKPq53oZUhYnX3KBj9vLLTzhRIbr8WT4LCeEvgwK5lZRVMKbZj9+1UPRbblnmZlIxGuGCjkO+KrntdRBWPhKlvs07E2U3LKDptvtf7hCfe77X6/B+uWBBV+Y5b5rLgSOXmfuToda00ciV6A7yykbPmYScUpS56w2NMkelTOCjK32Jywgu1wyYwz0yTmy/hS+eTv67Tkcr7+1VANr0yWUfu8jEVbZRmcpOEjEuoX3GVpIrsIrIQB71PWPKMCzJrf41eELtte8ejBqarY1kpdEvFszbIuDI/VtbXfhpkNJZyO0GdnWvQQDxpO6V6Dp3WM9m/Dbzlc92/lIhNoxh96dkJSY1y8ElRtJw9rw1MsTI0aQyvbHiAX8pafBliOEcRcn9j2GioKeXGUwo/vm8SE4/fC4wgbkVZ9V3iZMIuryU9Wp4MDBM5Z04iSiXbXYlgkGCPA57YM1hrejTsHcFzKvQ6Ax72h/JJxW8R2Ng7eq2j+kwzIajy+PYOUenrUiKLO7gLUPRjzaJ70KEzPmzvyCSQZlymQSJCKtvkrjmAKJkJd3NZWCc368l07BsyVD2VZQSXhR9AmMqLaJnoSKt+7X/4KM59NfkymSiB0fs0apoftxB0t+DRKh+kbM9Sh8KfrXTwJSCPG/NoEsInmat+GVpVSLZOhlf9v5AVzfKTX4XJ9EWNgtf6iB46GFm81Q0P2F0jSM6e/IojAgEWH2D5/TwsJqUsceyLZSr6UI3xIlVhpwQCvbQx/ybUbVucL/InNoo2CXbglXPDw3VCeaApfydLOb4D0H9xedMP1TUmcf1DOZ0SU3JBE7OelbjkJxZtMRCdjambMoC9WpjBT0bUgEh2ywhRm8KFp6zQqKZMWM+kKJS9y11fBX25VBGlsS4bxk4SoJleJCBvRgwgSvrCtk8a4zvAYVh867+sKXhToGt51IxI0rJVeSodE6S/QDuK++6XclfMP2JW8OWtG7tSxB7rYf0ytQnvmYjasH1h2WEXwNctUwZ/pCp6lY/ycwja1zqxN2rNRXrsG2PXajWzB5fdcmuSeJWFN8otruQyK6LbYce+CIrFbMEBRQoJXehOWDoVSHSCQihHb9iDBM2umsKQ7XdGw5LCFj/dKpS9Bn3cvKGaao3tF/AMeT+LY1wtHP/Qc7oAzdf0q9UEoofmkimERkD1LumYfzqv4nPkOTL16vqUNIROg1NVt+GPjz7c2j8IKiy1MJyKJyc00+gUQEu1sfUIMsjnJautBFquiwJ7QbvkxxF1IkWh1Ph5VhNlNVMMR5iPkLbLDPaaG5QyJuL7z6xgifnFzj3AuPXDphHJ5GIj63qYXdgv/9tCxPhAYtPVdL4UR+3dEeKMr2xWII2utzR4/D+dBX/rZZJIL+w3KxE8xgZ5txh4YbPYWx0Gym2vMxpLH6/agMnnhMvK2E+jcUJBmzcW61C+3Y4cIKSyo3JH/0zkYOcgy+i7eDzkWfYqPgoGZQYzz8WMWxlgLlTod2OReQiMwZu+2ecNZMW4oEe+S/ejyC7EwKfp2Q01CjtA8yXjb+MALbQjuySKXQoX8sGKoemGKKhKF06sJPoLbxGN0reFCFQukNDKc57vcWPmZceu9Qhrq234DDDfpvVBvcgEbZP13uQZYwN7ZSqLDLXWwIvnIndxqH7PnJWbNwtwpPnm8ViXhw/+lMCAxql+eOgjF1j+jzoAfDf1vNMLNY9GQXlBKY8uj/dz9ycGS8kURU8KiyzcHh6BqjJfgu+akOdRP60A67iKOwsOtnqwR0d4jZIQfpizmPvYCHTOdcaiEx9PRxC1Qa7p7/BBM+yBxgaMa5uctnxQJ3cDOm74cNw8PsqlBdesREp/lfHx5LMoYMuoKMwfBJW43mI2hDPRNVBLUO0L4qhxL8fyjfwvrc9mCKFtSTzj2NtLCh6cJ2Jpg+l8FQ/grzFb+pWwUzzTzjG2Hs+VOpk1C9KGqWvItELJ9J4KeFGgX37ffAq2s0wzn9JEKaYvf+Iqi6xGZdDpeOOVaOwO5aYTOKAcTLccHlAPT5wF12GHKcNv15DHK5Jpw6Af/z6gs+DXXN97QrQfOwoIOOkP+h7Egp/LuvgLMSmrhy2DRAt7vJA2SDJOK9SPVxAagqb3pdBCoeXa+ShHlMjBfkxrCOmF25CtD9/e5ldch//qzJFUjr+d0rGnob7a5PgF2MojvToEOTyB+9GRIRv2iqZgalv4bdsYLfRBizEuBY1uHSVshQnj45A9nYyIUWYaWxw/Xv8Kf7m4YNOOR0mn77LInQNCd7IwxddI8mm8JxjcOVtZCcRjNoAQZeZ339DfbUzbBvwFHB4o9bK4iP5CUZilUSocLNGU0LWzfzrp+AiYb3rG3gr3O/NWNhytzigyR4Wmf86324dLfvbA5kFGx81wGvXDLqWIPbjjtz/IZFo2EuFGuY767NZ5a/SITjf4k0l2H4hPgFF5jqwn8uBS4XMpPXwqeJgyYt8KtVyuMuONH+MteD3Jf45hv01wdyMmuZBMPsGkbWGlhpmjS4Dl13JBz9C00T48MoKXwJvmdVp4Sgzd2uRDE4bTn1WRrm5VYZu8ANgc1d8VDIW9w+BZYXXanPgC/ORz5xpfUljOOvU1+H5YWXbP3gRJycUCa8/rDoeyu0jq3W6oacF7vzBmFnXvkCweRLLDWUq6pCh4YXj3Sg8+nvvp4wXftaRAvM3p5+YQGSuqdrvsG+IIH9G5DSiNNFltmXyKAOfHUWtmfPHVGHnaKhVtehU4TY3Uxo/bbmRz7c2q1pVAKrw9Jz1fl8CTEfIzp9eNOUwc0M5toO2fvDfVy7Wwug98qiYCnsLu2MrYCjDU+urwj5ElSZDhObsNBFQJlM2JfgkNipJQB5tAMNNaH2SctqA7iD4QzfOfhS4RnJSdyXuCJ9cd4dCu/fo+cDteTE5Z5AP0FZ/X74m5WxZhQmfv0k8B6y9R9hZpXwJZ6z7AvghL5K9At88IzqeuJZaFfOU2QHP8vcbo6GZT/KVSrg/ntzpfXwtchernZITl5haibjSzQtHGi1guv1MeL20M3R/FMYPFMpQ18IDaabfErhlx86HytgnvJvJ2sFX+LRtvV39vBXwYrWVdjPtCskEVKPU6Z1QLnqI3R9cDhKx28ETm5277uv4UvIGlLHZsPMdGXyx9D8zGr1CHydtkH2B54kzL12aPoSzUM1i3Qw9Fhm1QED7Lf8oNgRaK1CW3AcuhUo/TGCMbq8ncFwtis1NwP+6N9r8w4uX/nU8R3eOHJFfhO2D62/3G7oS4Tvtum3OIf1uw5r2cI39drtTuf+5aNa6U048Lr9Xi4crzdnewpV85fjnsPqnSX0122wn01mUX4w0nMHdRhkvhTtVwD30258noDbn7JP09r6EovPtyyZ4K9nM+/2wWqz+wMnYYZukrILHFngIKL+/d1CrDYeWrRqyKVC8enn6+0hvoSnn0hwL/Rny6cbgUU/ZRp+w6uDplFiob7EaYNNFhm41P0gQx56WYn88IOKHZ8Dw+DfY8W0MdDm+bBUIXxQm/e5F1Ix3rwxAq9aO5NPwTXJyqOkBF/CJNO5Nhj27DqoEwlTe1ni86AESX6wFT75zni5G2o7zf0YhEY/yvRP3sHvBpTMnIGHaEo9VeCtvmk1F5jsLX8rCvbvtuJOgFb5QcWpsIadf+0l9I1JlBmGu8XevJqA20cYz89DqZQNHassX8Ksc2veDn78S+Z/BZ7X1nFLhFcpP9tWQS4X5q1GqDlyOqETrosT4V+heqUv108opFT97C9cOSNQcCgb51k487X5P6XuCnnD3F20TYHQ5XOgeQSkjnAb+FmAOvXd23VboS9hbxO2cye8d7HvKj9sWzB6qwh3xPt6aMJzZx7RG8JR6eH3zyH3KSG/WnhHOZitFU68ucixBCulJrj3PPYlskKNK/fCnpE+wwOP/72frEK/DOd513ljc6jLWrViDc8G6TkEQj8a5n1P4JBdwotnMHSF6yV7uS+hIa7iqAwLA9kCnGF89vv9njCwt7iSBBcDW1zyYRL7mboJ6KbrO0jxDPNmDfWggzUztxiZIXXDtw3+KpzHVMdUETjlOy8jBd0T6P/YQFWxu1l5kLLiUls39LE5YD8Ew9imdk5AIYvhj+JNqMe7w6JloXSv5HEFWCY5fNEBDpY2J8ZCR9U/7c8gW73RcbJm1Jt4u3oeuCXrcMQFxq8nkqXBWzwF5n9gZub2OL4W9JmT1ySFYfHo4ltx6EbrKqP4ypeIttOf1oDBvdIRBpBmbY3XHbanS9ffhlW+cnZ3YerlswwZ/67785Jj+lHPaMfkE6GV3u6le/BKlOqZJngkPODjNGy+0B//CdKrCJ76Br0+eMhyD/gSzySn5vhhcbzObRHYSRTMGkJhKz1pEjwhO3cyH/4iH5hpg/3JIbd6YKSMlPQwvMH36lD5mC8x03Wqvwo+CisLbIK9rCKzn6Bb59ga2zv0E5XrWdwwZZBJTwAKlzyuNZjBOTsveOUcvM5RyG0Dy9u6poPgiA5fdgb89LTeMA9uP2i1oxhqyuVdroPBs7psbbDlwVZbN9ytFya7Bkmmt/8wzfoSIuR+vGdhCsVSsj0ceJnF/Qg6RzjONsO1FFJiF2yqiVUegDVPrqpJraAOTylvOw1nBHheKEGfrmg1Z3hrxORQFExY03kXD8kOaySkwrydFB6HVn0J/n5pwaNQpMx9WgK+pblWawCLg7S/uMEp3qwcb/h4bNMiCDJdqhUw/4V6STY0bQ0VXnxNc4DFV31CI+CkUItLLvQv/iXwFBKaku+fQyulG3GRHH6E76q7aTyMabjKnQrVrXtMRqDDtXjZv//uz1eRUe33I2qvfexggIWmqXQ+vH6E/ZWmoSDYnbOccROyVtd15EGDUOPwYdgTbalEyedHWE7U7WKAp2zUuuVgtO5rEw+oxNyjmQrzG53YMuHabdr3+VDiD/mxUCE/gu3+5a0oaHa+qyMBPmT62VUJXende6dh0kvXK+zCeF6M49EJuPmmxeMM7L/jIa8CFVxLvpmL+xFpdtKNF+GO0OZ4R6jCU5gTB5+Jxt6sh51mB+9/gH/rTk5RSvgRGrU7Shhg5+RgECsM4svX54Lu0QG8/PB59sQJLRjW0aPpCU2etXP6wuvNzV9C4BTVVKGugh9x909vsCns42gxs4IPll9Gh0P1vE8fH8FR5d91T+AmLXPyc1i8ftS1Fjrn0Xp/hkn3zoXuV/Qjxu76TsvCiyxdLxVg2kuu2xpw/qXuPR8o7FThEQzFFA9pRMLm1iuBJVDwTe1EL9x5TP35CKwoHYmZgoe/yevwGfgRVl9ihYVhIMs0tQSUNVIKMIAdEcdiIuFfcx7yAhh3IHuqBAruEaqtgB9uXJZ4C4MZhgt+whRvn4hthn5EO8OByzshfS3V9TNQOLvNQAW6lUeK6sADac/zXOHzKXGeW/CeM9OfRFhx8MfYfdgjHpYgeM6PcOyi9xSDubdTDGXgUeOPQ2bQvzHOzBt275KRCYIDEXP7bkKPM6/X2G39iHHLL2954FjhntrD8OiJY2ym0Fb6ZXQAbMoncwuHXSq6RrFwT910wG0PP0JT/7TjXejO+sAwA17YfepPHVQ/EhP/AW4fpvNbhi+fxdqtQ6cvWltcnn7E+tdzccrQXFpoyw+eq/kZlwP1iiSZBmETB8ufd/By1frHWWja1HUsKwT5TJPDUwibwgIZy2B6AMPgG9iQ1uRDFupHDIuqzOnB7Y97LqTArU9WrA1wOuExVQd0dv/1sxeemLYUyUrwIyb2FB0qhPa+f/aXwVt6tptv4GXKbSPfoZSda88m3Pg72Up2B/NTUL0nCL8JvU4Qg7c1jaJkoOjfRAdzqKnx9EwwZM2I3VEJqSmkBz7BVC3jrL2JyMuQVR95SLAvuKtBgbn3jnpQY2Hiohn8qPNLJgjmmD9iyoeLnS20JTDM4yN5BZyrfKStm4VzzqShaQr7Hn1Xs4KOyiVEIDTbnnsiA24UOEnmwbVYcfFiGEffxf0T3lcs59yW7UdwvEjn2AlDzRzpCTg0cXwzFubKsc6sQ6OnfG8FcpDPN2706UCa0sUeE0gpcLH7AvT8L4blYpkfweJeutcRht0b5XSHrNwDYqnQqKRS9w30MBt1JCv3I1o47JP1YURqYn0qPCSQ/q4TLvEaT7+BfRd2z4/C0ta9G5tQ5fTsb7Jn2Me1EjJamK9CzSoEL4rdO6IBhw6EixjA/3SviZ+D7cJeTOXP/QgRYpW9GnIleHI1QyPzJIlZmC3Dp0Hxwo8o6WjQpYPGdy8aM0NzkYBq0yY/ItONo80KSq9X9tnDZ9lmWxHQq9tZpQEyx7r6fYK7HxbW7m32I/TfhQwcgWMkM1p9GCARrxUMBeWla95A8peu7aPQ1y23/z30OXS2m7ffjzjSrTQpBFOqNb+KQ39ShpIF9HNVSQuFbRbuj6Ph9d7T3x7DZnreB7/hICPT2qEBzPd6AKUIPB+rfcUSqgcljNyCIjxeXsPw+02hm5PwrfRM6gfYs/Ouh9QY1m/8Pvw0pFg6dk8Z/qEL/3wZJhs+NIiFJc922SdDR8sg33QY+rB3r8QM6qu/magcrMyZU1WE7GX9tc6wXsyZMwZ2Se2VTIQnQjs070Oq3eIVV2bxHk65Pi8Y66H6KQCGFKWqZcAdKZcL6uG3sNuN7TCwuma0F87FatetrCA+RTnjv+Altm1b5KuYR9FagjCs+6+ZXgseXjkjbATTH9eqn4euudqPrkHRREQb0vU6zIRB/9q284/gchz/ejdk7h1iGYa25yIlJuE+jWBOt1/oPwfmTntDSWUNqyB4OpVEVQBZ4w48fQPN2B73jkLDJenv7+GeFcPtBuT+xOWupUPnIMePcHUbaO/bsD0a7mDVryiHZ8sZJ6rh98wBshZ4U69VV4XCn6BMabimA/eJ1qeaQMf3CwaBkI7H/mMG1J0Ip8+Hpz4XiJX8u1/zMMOU1p/4G+fXbgXZKyy+2sNlzYUXcTDwTJdJKbS/1xVQCSM0enMb4XvN4Z5OqHVI+O4K9Ej6YbWfzp9o5jl4kw9e+q1bIgxpWAN0Ipn8iTC1Ep94uNI7n5MKLaQm9Kvgo6nuEQpmf4K6SLD0KFy9mj4uCX9GsFGf/nfN7H8ihtefeEt7wiERnjZfSb0Pt5P3J7RCa7KdMcuwhelT7TosKLy2cJjPnzAZfT6rB09T1bOaw96oLtWL0CqpvuyOuD+hsUi+dA8qp6nz5UAd64lT3XDtdhD3Mvzc88lkHdI6Gt3+C5uuXffOkfUnpr9TPCuCb7uSvj6DdoN/J4agIIMH9TY5f2LXTX6lnXDOajxwN1y47PGzQ8GfkI02OvEGntgte30UWh//VEyu6E8o1fxYFIZ0BtuFJGGiyi7HU/BHxkiEkbI/8XtPS/t5eGa2fOdl2DiduDMcxh1Z2JkHTxv+VC2GMhPUN19Cmrmp4f2GWE/NFc5DcGp9u81ReGtyV50xNBw6Yh0BRWXrySuhr1WsWiOU+mgd2wnLJl8/WoSD1PG1dEb+xDhVCAULdLD3UueEveOlr89Z+BMhUQ9ZbaHF/YQLzpBmMLArEbp7vJeug1b9G8Ft8GYyc1cPzAxnpwy18Seum63pRUOauMH7d+BX+xuvn8E1YUO1SWhjaZz4AWatnZtehj9eePNr2PoTT1jy3A2gwdu3tefg9CuNiBjIffgg5Qt4vsxXvw7ezx590AZfqSbp9nj4E4XHeLKG4XJA0dok3DNJQWz3RH5F9vgYwqlTEozJ0EroFlkHTA++tLoJTxKOKuTX/Iljh57NC0MXC6P/jOFEqBZ/4LV/cYjwjoBRGW1dtyHta2qeFGhoo+PxEPpNhNc3wm4aRoZZGGB2zXoJ0u8ZL1+FA9o6Is4kf0JP/2eIJ/xYn/3WF9oW3Dj+AI7/1hlvg2/TuMR74d0N86kNWK/KcIvXF3UhmGxWCFbwb0pLwMjJd0XaIf7E4R8NlCbwkXfBhQvQtd21KRAu/LgX1QRjeKi+zsKlySNqn+H3vzRUbKH+hEjeH6eTcCZfoYWABezRXGowYnXYSw92M3yIDYG8v2fLu+E2JQqOrzD4gHcQYxiUZhvbC5trX0ochJzxKmuKUYiXkpueFlSzf1BkBKPtZBpdIel2mU8AHAo8cL4Rdm+LCF+FHzs2Zrbgm+1XiB3RiNvZGSMu+FLycik/7EpeYjgGqzwPB+nCMQUNXR/Yt7nyOBiW82RQR8GUErKTN2+hbjWFJMbBVMWdKynwepacQxUUsqqdfAdPdlmfmoNVuTvTPsNDo9XJVxPwnmD59RtwNa3DOAgOnvjPoBmy8GXH/YAJL/J3s9/xJxqsq5blod0HhmOeMDjoyNMReKhrbZkm0Z8o2sGrywR3FRsUc0BHw81eCajZeFL0FNz90CdOCcbcXXe/Ak12Ba/ehq4m84YpMHC39rOH8EdLwA+/NH+C77KB2X8w84Zg9S3YIZ2vUgzdeC7098GWOz6HKO75E3XmYRF0kC8hYZEZHte4EWab5U/0W0QtOsPo9w/1rkGvYK6FJFh0KmN/MXwZUcMxCo2FRTkoshGvI7/2icDq/Ecf4+EruXcL8zCl4N7S7hz0mfkLBnvhniT+ygOwtyNyx81CxFN83TUOxjHZjaRAHRE1/yromPYf3zicz2C5NQet9+etf4bp7LR7YsvQV5qa/ZPhzHzQYjpsiJK+8Qbut+JOOFGOetFLlFtDvnk+zhz47FjI42EowNW8dwpmhO4M/wg9WlZylqpQp4S5WdegOL32f7/hvEaxwPFq9A/34o6LMDiQTsYJ1ux0LvCAzi+0uXWb0A8Vw+JN4ZRW3Q5r2JlhW5EA2362t01CjewRdYlmf8LILHKbHSzsEfe8Am81TH3wgn9E4s4FwuexJx4UQNMY4+kBaKJ+1Ggc/gqm6piDcq/t9bZ1+RMvqCTad0LPOrIzjPByEREnCzXukruch3sl12YuQXmdBXNX+EXuzBBzP+ro2zUdTki1+rTjEOw2rCpWgYp73jG6Q8uDFVE+0LkkZUcI/BvL3TH8b/wdfoUpyM4mWvMRHmQgvyU8gPebuM/ZwXEF6aZU2F52+1QWXMpcfFEIy5wYBVpgi4nPw9eQvWmeYwi+1pUO3DaIOj62fU4QxtfduSAOww4KjcoO/qs/7koPx5BH9sWN+fD8uW9nSmHyvfpjc3B5e2vmrneI95/jPOywwjf9Pg8sNHB87j+D/jcyLxUOXSYvv4iF1xuKKxvh6lj3qc8wa1ClgW0WdeXJXvVrMDCnozsd3v+vRicPJiyU9xbDXz4xOuWL2Pd5l/5q6D+kZ9ICC9Q2F5Zh7AxnwL4lnN+ww+S8UK1QKlwI1kSwu2asoF58Pb2WB3+O2/uWwC2rKzzvYOQX9362VeRdG8036dV/+X31xllYv230rzo0f92sWfkLz/2nONwIy9rbrF/BnNrL2+fgf4dDn+/a8ifSxAXk2eFs6+tXPJD6xAmqbPIAQq19685jeH2m5eAz6FNGbz4M49i8uMkoAgjCS3b7aShaTcQqw0QJ7zZ7SDd87FYCfB9ouv8efFseWpANVW9S/udKG0BkXNnB5gXzp6nyAuB3cmuGMijnfP7aPKRcj6FchvfpG5PX4dejK0mBTAHERU81oZvQUjWrLg4WvUjJqYZvJUvWJ+DjOJHoD5CT9JTnK3Ssf85+lDeAKPaLKpOEe7tstE9D/cE3hg6w60tmfRRc+Pjg3B14yvPBj3vw0pHxITq+ACLkEYM7C1wvV6DnghL3ZH0IuFu/OdgJSjNwcnnCV+e8K3yhFcEgkA4PXPJtzIXmHF/OF8Ok4xZ2Y/CU8tPB39CnUNGN8lAAcTZznG4X5Lurl8cgHEB8phlUZoMTuy3muKGjSt89A6hVLP7cH765N2cYDlP3p63EwtoH/vu+iAUQu9bHqn5Azlm5839hq5xJqKB4AHHaRo1GCx7g6S40gqNuxlqWUOPLXvMs+JrU+KsQSj5wvV8O6TbO8g3DnyL6hRvwXQyXFplEAFEd9OULDZTk1b9+FArS9ctbw2X3VgEStIxp7wiBM3LdTtEwLGiYPvHf303NR9thcr3QjlXIRm6VuwVfjSar7ZAMIPJ6Zj2Pw8HLuRnnoE4epYItZA1wmHOGwl82PBVkEZfyrr2a0HhPVq0h9K7YuR4A1XI+DZRBQaZF72rYxfaVqwUqdg3OGisEEKGs5DEXoOqGuKQ9fODNMRQJW0VPexXBILdY7uewT222rRZWVspdbYMhno2MC5AUG1JGpxhAcFtunWOBbi03KLj+78/H/JDX0tfoGAyPJf9zAm68eLKuB+vv1J71+2eH0K08WGs0J1UCY3wyJyvgPoFIoTm4PmUx8BmWiYv7/YCBXsU8e5UCiMYf3i6KMP2sJ6sWdBNwrzOCalKZrcc18J7wPe7ScNPjP86z0EzI55UtfJJrfeg21E7b6L0LjY4k+j6E5++0JJcaBBDbjtQpV8EvZtVrTTDh5GDJPGRvVuPcY4j83O3UtQ/W/4wl8cKAT471OfDT3Y4rT2DfrBD3C5gs+vbdW1hmo6y+wyiAoHjdtUEPF98Y57PCvTuP8FvAtNj+QVvYXhYU5gJHkrhW78J7Dp/3vIbG862NgzApTE5su3EAIeYk950XLlDJZApDb3lZfUkYfO021S6rAGJW8UkVG7Qr67nCAz9lexMK8MCAM+NlKDT2pMUVOgWtenvBttYRS38bxCnMljkc7ptb6YiFvzOMMkohY0y28AQcEzJ9Pw/zHHfdXYaSWV63hW2R1+81lCXhvQberVNQLyDupgPUnPPNqf/n04MLq1BLXz3jN4xPvGZMeSmA2HmA3psHOs8pHzsCOdVD50Sh1aPPnuehmJmediBkq/4skAVviUxtb4Xko5Yvu+HHQ9OuwzCYzfnKQ6cAgoXi3OEC6BWvNV0Kbdts83/ClMti2446BxC/rp6rkITqnBHup+FxpqBrRR4BxB6KTtHnMO0u65daWBJ7h3kLXudtk5X2RB7oqP+Uh6/clHkC4Ozr09Fl8CXbeB7TNdQHG1OzM9DWWYvGCcqT6bZ5wONyxqG+8PSzyv4yUgDxvPpcQjUsd9hm0AK3zny4TeaLupzRuesE3GaR2XMGdlb7xarCvHf1sxYh6BsBCbmXIEWHg6MrJHl/uBYH+UISYoah99aABXloAMHB3VlKwOSR+WBnyJf42qoKBq9eXluGv59Mv/wJeRitfLeHBRC+/P6RfPD2eryFLmyfl+Qxg7V+72asId+tD4oOUQGEyAMWWndoa6LS5wMTY2uvP4WfTYKMx2Dt34n9s3BQl5hZgucXIm3fJqA+eZ8WeQ+/l66tL0DLsfqPrHdQh0lxJ87DZ0/c52qgNg3v3Df4Z5vm0024O+uGN3kizjWXdl9JVgCx/1DGw0poN7rm1gQnQtzK5mF9wN4kjuwA4pF/eZ4KJD+o5K0LrXR/WIRBOevi96/gm8KcH+sw71dA27Yc5MPm+bvUUChPj+VWGeogh9JSEpwg5JrSYWjvKe4mWGYVr78MA+Ldz/OV/3u+6osHTPjOrZkMbQyDeTPgN/uPm3lQ4bj+mxIor8Z1fBAGxnPc+gn/ZD66tP0Z+ullyVM0MPeE3j36qn992e46K1xdDNLlht7Lzi6GsF0jsjgQNq/0Rt6EXLocl+LhUxnmTM4mnPvsyAB+qN5Ccf4YjGJKLz4HKYISKSKg17WT729Dfp7JuhTIGnTzfiZ04TVlboUVLQI+x5tx7l6M9VhAhx0M71OhLncpay/8cmVidQSyejH0T0PtlZuBlf0BRE3nmm0TFLO4pNYF2xntXZgGMM99T4r0oBqz9MuHkMPpEMswdA7fuTkJqSyXJz7CpbHQex4zAUT3pYhwX2hXFOseBi1Fl6hLYSLjUPSHf9enaW58hc3nth1ing0gZI5H1BDw27GMgHOQrXQ/RRx88yN5OQWGb7COZcLj0r1XelcCiMyBEuu3MEM02eA9NJDU56BcRV0SUp05Ap8Y6wyK/VPBvE0Wnvy867IPvP/hpGkIfJl1ST0aNn+tX2+AHuWiZV9gdVhUzjocYv+UvG0N58jmxW8askD0GyafXZB36eoPJrjUYG0rCP9OrmgrQZKU/Ss1ePh4p7QVzKBsF3KH9Sd18q7DAq0RPhJ8GFfvx0wTSMQ+8vvNDlky5Pw4YYv0BOkktGdv8jGA34pSN00g92FPHwvo50/mXQQrv/39WQJL1P7eeA7v2LNvdMFrD09tTMAvH3W8Z6AIi+3GBxgvI7G/nCWQ8BQayngJi8h9DtXAPy77T/bAZY+onjlYZXTWcAEucP0a+QKp+5dvcu0LJF4dc93NC794fkkSgD7O0SdOw1aTZUszqLbNxNsJsnSt/b0CQ7KHBKKgVsOc40tYuNc9oR8utcvtG4EVVtQP38Hya6sFkgcDiZTz7yRkDv57T2vtaZiXHjivC0k3DO/awXk3vYPOUIPuwkAw/HX43n8p8KrEk90P/t0XbEzNhFE0I3y5/37vvxDrRmhTsztyAKoUyzK/hfdi7B+Mw4+eh/fQCAYSGwmW6QxQLD1JmAkKnN3lKwJHnvidVoL6XV2v1ODOE9duWcG8Mi09L5htQ3kpH4bU/XrWDJN0di0NQfofad5jcDJCkGoK8mjb1H4UDSQ+tC9pf4YvRG9MfoNhR+fO0osFEprc095n4Mq5iL82MN9DPjcOhpvuOZkEE4Xm2lPhj9ad7H2SiJuqdMEg9KxwkhuFNZ9D2b7BY3HBVuRSgUS3Sft3KuhGvzuMDl4Zvp7cLo082DIUeg3f7pas64Mysg+kPkNJK/khRplAwtpDufIwPO8TLaYI9YylzthC7UCmlwGQ77CQaBpUd7nYkg6jM9PMsqFUpoe4mnwg0fbRv1MLMhyIttaHGh4DNbZQiFJ2nxfcqjErIcEYOx/VQPl/+xlT1QFHjvTod8MH/XsW3sDAxYP0K5B939B2mrOBxG9a8RQG2Locd5wJurd8b2OD5DFGF/ZDba7VahGoE3eoVAnSd6WpqcOan0zT2vAP184z1tBjR+TQJTg1Tu/qCLc6tH6F/bv+2hbxECoyXeJ5BIsFKF4WwARfYwVGdcTz2r4JFjh8cerGPqihNeYvCgfY042MobaFYIM9zHRlsnCBI55/frjBIo3fAo+0EBdu5eYCGPXxttVTeFOQz7UVjnHNkcYh4aTE/h5aPM4tn4cPpVaEanQCiZ8U3B0NkNSuebkVqjqyjY3AENs/OouwuvXU52UoxBUQuQpr5zJ2Fuph/koPHj2Fymn3Fcvhtsgn1a1QtH9C4i2s3StStAgtzaesqfQDiWeH37LywvNzcTtVodyHvkeacHqCSUkPrnGQLOyh5VD7pjNM/o89xQ0+nnbcEwqdI4ejkiDP5EnBNFh85F57Osws+HCpxCiQ6HNJ3fEcpgno5FTC/mJJvtdQhkcyaxKmhv06OwvvTze9/wjtZkI/vzcLJLYn/b31AZ4gfI8vQf+YuA0q80Bizs7sADesLPR104LXnQV+XoB/Tw2n2MKzVDdlHeBm4Hd/d3hFtIDHC+a8tWkkwZecH6KTYeTdgWdP/j03nmNSBuU5vDdewCN3UiqHrJGPYdcujMGUqwYUUzD0UavcOhSQdbrGcBHn87pOtDw8fCKQxxAqk+JaTCFVRbbjeZjx4uIXP1jQGJYQDG3aCk6GQ7PAIPcH8K2i/+Nn0JSiQq8Sxtes/aiF3zSbH711wPxrd+pMQG9hnfX38Avta2ITXuRJDuF2DCTMxxJfS8G4J8fq9eFsYa69CezMPsBoAbc3S3QtusGdn7y+Qie1dN41uPvVm0EWd9SPBVkJWZiwyptgBffvKvjiBeWpUlN94betKOUgaCLaHrHpHUiwFi6e+AtF+Rg/kPsEEko3FvQ5oMunql0i8ILFWq0YfNl93PUEJBGunHIwv6Soi4CKB5dJSnBzYqe0Kfw6NmHoCW8oS1F4Q5/i2DI/eEInodEmOJBYv6Z1zR5yP6A+7AKHNBlWAqCKyna3ZMiRum/5CeweXn1YBjdZ+wxfwilnumj6SNTrC3Rn90BPQ4afrHBCXbD3CHxwwypPDqZHeVrKw88PI5mVYUh4euhiDLypLPcVPo9dXlmFwfS7zzLeCiQYq0tGDkP2NffbR+FFMSlVMcgZfs9iLS6QcI35zbIJl+9a9fyB3jyurqzxWL+VlOERqJdRRC8Cpeb428RgjT+3jBy06n+wQkDlozxFSrBEgUr8Kry5QtkfDm28pD3SYVsfVXg9NKqqI1r+jS/w3uyAqQ8ky7v//f7dFZd+uNbRxrAI2QaanpIlYH+o7zpQQSlFV146yJJdtFKdgv7UcLG4AdbN73Vphfeou/ZPQHnR4q41aJftd3MTlnJpKf+FL+MNyzhS0QfOiF3lgbXfGY8egrfiTZk1oNu2A1tXoWqu38M0aHdWO7IBdi65q7TC0AcpFK+g6PBIW9tD7G/m3/Au+MrrsGofbDw0pToLt3OtUG/BLK3jndsyEZ//rkTugNLtxeo08BjTKs0uqGgn/YoJZtwpjRaC1+vf6hhDlf118V5waDAi6T7UllIcrYWOQ+Hv+qBaNs/9IXiDVHV+DC4q0YYu5gcSBgpPVb7Cdg0j2jW4ylE6TlcQSOzafraYD2rR/TIyhC92mNVHQEF3IjQG9nw6ohoPU/X+K5IqRRxVKjxlYZn6F1kCal81+WABKVkyDoTAlXcrH8MhValacTR8LiDIM1eB+GbmL3yC5cJCz75A7wWlye2VmJdFEDUL1NkcFz8MG/V0atXgFLtJvje05TUaiIani/anx0EZ5XmHJChU8CU/rAF5f/WZVyR0UvVXioWEznPfTBi1+SmoEs74tOnUQR66XM5m6OL/UoSuMZBo5qrY2g1Ze6s6WeCSxfoDMTj4LlXeEF7Yq6XqDM8weLG6QXmxB4sxMMS04XsOTNlH0VAA33xWjX0Kab+T2fztQF85c0WCohPfURnjO6ih3nShxn7oSUqXkIaKWsdtHWCx/WzjHZgeoj/2GDr6UxeV/Bsf3ej/HHKbV06uvEb9ujta+hOuLGyF/YaDJW05LN34HnbauCsGbYsknE/A4+TuZ+Tgc3J655U+PC/4P47rO56rt40DePZMooRQVmRvsjooZWePUGZmhSbJ3jIzEspIUllJtsysyiiFMhp+Wckss+fT89f7de7zPefc47qu+/5OEn/gJaemvVvwfSAjM3s/4iyuiFEexrTHO2rDfc5xRwxgDns8gwkcaSiwPwed14cqfSGXx1xMAJxYJLULhats20zb7wMJ9kMpU6SD2C9Oir2kglpKOgsHoJ3WDx1p2KeZyqMAFa0015QhVdyPYz+GAgn6SnHOObi0fG1lAUoaWFPtGsY5UVFQTQAKx0azicBX/inGx+DK145b1vCalLqzHdxMq1d1hpO/o0zfTmDdto5IvoMdHLP0Q7AzodNvFnIei2gn/4J5Pq2fSwMFY/fdZIA/WqwvTn0PJBZF+/V+wk9lWsJLUKVVOYdyEvPdq7qPHfqqdC5zQe1W035e+Kp+w2xzAfk3W3iEZDEQ/3stOCiht9V9D16YRn5mWAl2FgnUE3DKc/HecfhZvozBaR3/N/pIVlzhr2iTkfOwL7/iUvC/6/yE5Qw4m/xn+N76v3pt35QPLd35PPaQBhGO1J2mbNC4/cJRLhjj2vdWDp6oeHxFGzrVnjtrAC995dc2gVdFJqUtoWdqIacttOT2pHKAaW+fH42HzTfp+h7C/D/zNU9gXPJgftm/7zTplP8HOad0MmfhT0n98AX4NO46Ky1ZEFE6RR4gAo9M8LhKwrk1dWM5yFpear5CE0TQJjQeW4dDCb2Sf2GII+PaTtog4vyauoEiXB21T3aHcr9K2nLgRzNev+f/LPsyMAHbuSyaJmF38dviGThtp5X5C/IrtEWtQH9JjavrkObAEDszXRBxo1/siQSM8Wq/Iwvbpc9GKMLemeWHMkxBxIvXaelH4K13ylGq0MpuUscIThRMjF+CLCSaV9JggOKvzQaY3S6bPAGNhr6dWIfuoZ8V/sIHJh8PkzMHEQ1/HlJRswcRWYOlG/TQcaR2fjfcVmSuEIKT5+5f04Dp8/Yq1nC+6jTpZehaYZmfCUenJG1roKFGpFEj/NAyrtkKL7srKXVCAcV08TdwQfw37wDkj4tcmYSn2h7V/oUG6lyl5PuDCK/J2/k08Gw1p/wqZxBx7d2IyAa8tC+TZwcX+jWv/Z0Tquw5Vy4HjeTUCpWgVSBnNgHHnl29t8YdRHy+tpy6DVucfeLIeNBP04zT3PA9xa7DR+Hvmd5V639+vfbTDu7nnWj1/Xf/Q2twLpTeV2FZC/fsDzN8CelOWmi1QSayHgfqQ0HEuTR6m53wkamBGRNkXLygdAhGlFKzH4WmTHbMxyBXdi29Fpz2EWsNgJ9+59aHwqEHbC+i4GlS2qwseIeENaQMygnl3qiEszfErtT+//nYterDGEehy3IDPD6qOd8Cxz0a3n+CVS/c61YgWZvdi3WosGVZ/hdanTV5Si6Edf55qpAGuj00yGOASR2u0QLw3NNej+PwiIGdiS0c+hJq4ABv5hRpu0D58QipIMiaUyMaDqlvzQvGQK+Zj3vvQUMlge0XcN+g11odXLvbsNwE67KUKKLEggjZdHHSONjUwP83Cfbs3rNUABfUDv5XAx1XDn9rhKvvZCda4d9Rg/AySdzfyguthM1a68G1kN+5y/cd3HGx13vuX/sjVa9F6MNYcuE3fOSY6kEiFUSIG+10p4SPPMJd6aBUeqDDAbjjSaKNNNQ8zWWtAOPkn1qpwKrShQf1R1Bnil49bIYv++89egVHtFjKRuCySHHVPPy0cadmGdasRdStQcE3szTPFIOIox2i9FXwxsJFhnooGTLBNgiP7fbnn4fRah8FliF1jqzQGrRJcH8npo71Mfw1JA0PalwdU4Bxjum7neEpgwbRAKhttl87HXLdzHMug3+V7Dwq4S5hbu9aSB38noVCO4jI02g/QAt1FKoFd0Ffvju2ojDTuyZGE8r1vLqtA2ctPmSdgo2sUwWmsIJuq8QKvpJkrj4DFedzJ6/BF1yOe5JgyNUkzjQYQNZyKBN6Fhs+m9dD/gf+qV+GnhE5HWvwc8WubSb9IOJrINsOESjfOkwrCQuUsvfKQfVvwqnThohD0YTceRj4eLV4GbZXFoxTG+F+0SIXzz+VLggLwDMkP+VF4MWkqzZKcKfoX1cCvt6MvHIc2i0fGvGEd2P/HIqFVL550onwceYpIhUGK+33KYKGLgMBJf/e13UrtgKKnLvV2AGti3MWP8Gx+Qt/J2CpM0H/H3wvEMw+axpEPJsuEFyAD7++lluF5t8CLtCaBRESmmqFXJD50I1KXsiqXN0qCFXanNVNrDBPB68bWcLl8lv2ttC/e++zq3Ds5HuyRJjld/HYA1ivXWBSBPkMRx1LYKOTdnOJfRChEUwxWAE5PzZPVcOCeLuzH6FMrvqHVfhrgmNmA+45vba9wyGIiNJQ52hxwjhNzCQ7oOI9D83X/2T8lDEBF4fCyDegi1s52w5n1C3ZCTEKeOms8Od9bkGEsiv/MgdUe8pNxwOZfCVuKsEW1dwDZ6BQsUzyNajPaVnkDztfBTQFQz+Xupc10Gpk60MjvB+lNt8KBT2eO4xCL/+M+U34Y/kPJal7EDH40JKLCgarTli6eWOe64IuXYAR1/jiL0F5w0GtdPg60laxHaZaCJh2ww9Oixd64YuF9NJdvkGEcNXtN3vgYn3SLBuM0s9xFPt3vWdy/QQMSdXwsf7XzmyXaAfX3gaWOMOB7tzX7pCd6tXMRfgmaI7mCgzQ8N7Ihm+3Y5Kq4M7FvtJ6+JqP/W0z3P21wYUlGHXthlr0fhhq1v74IDTR/yUpCzcdVaq0oHrs4JD+v+tlrw1jmDGYmecJv22Ve8bCK9dc4xPhLRmeslQoKvW5/y6UDz2fVQMPF1lqvoM3a8RdhqA7PXX0KNSpjApai8J+fSy0YBvasQR1k0Ujz/5Gn2GFHQerl0Tgc0X1fh0YV7sY4wRlP9cNJ8O3p+bJ62HLr/0ZffBT8uXGQZjl2/dtBK5TUEzaJ6E+XH7G4AJ3CjnKe0IJzirhWPiX/eLvBzCOWfngY9hpSKtVCm2fnb89dQf194/ny5/wediF2SUoGhabSZ2BfTpzPV8AflXe2ycCf/JJbUnCs4l1TzVh6ti3IR146fIuSkNYnUL51Q3urJR7GQpZouOzsuGeu6OdefDtkvhqIRykf7v/exbqeEe81jRs7Da6Og8DDxyzpsnGPhsbzMwF1Zyt1XjhQKTCBUGoc8DJejYniCApmY1ZgOaRV2pXIe+biut0uUFE67nEc/ywllsqTQg68L9vF4fUAWRuNEXY/18eyGKAHHqqvcxwyX/trSgMSOUj04PPS23ljGA1y11XcxjXMZRpDeXa2Xvt4IFnsllXYLKbkVsM/MBUmJUANyl39KVAi9ZDJEzlyIebb+X3wehw3/MckLRMRUsS0iy4d5jCBC/74Qsw5IHM7svQQYDmpC+c31P9PBTeC7w9GwXVFL1546GNyI6/eXCXYv5wFbxUlrq7AQ5fiTnZAjvDrL1ePcd5ebbwUQ8Uy/090QdzY7VaJmFr+9P8DdiutvvzjsogIofu6l5KSNlddnuyGu1dvW9moBP7IvUCrLwat0BRE0R0+f6JFIIByZGTWvCoSPNbW9iXu6vaB64xei5dg3xve0RvwsilSEGqBozPyc+RHsYIXry/G449t+oRhj7L9nUElJ84/+c43OTyl9GBgSVsggVNqPseBU6PYa2fbF4ppJmJvNMGbz/9Gz8Mf2blvR6DKuNadN+hhsBZf/Jm1K+HLLU08ML1t38Y4IRdnOhh6EIZbq8B620t7p+E3DSio3rwNgU5hzFkMflsaQGfLFel2cDBx6rx3pCCerg1FpZ7p93MhGWqiXU58L31rfUCePDJhMBQJ/KZltF1FPLXE0VfYcIh819b0L9KtZqnC+dvh/TgE/DlvX7ac1Ds81FdD9h9vuSWF5yafeP+pS+ImCFulf4HmWb0VmahtLaMHlU/8rzF7ywHbOo2fsANRw6LTR+CwqO04iKw7MeUjySsFnLp0YE3VxhvBkIxx70tYVD8MAd1DLS3uPj2HbwvkrFnGB4zb7ccg1HK7c/WYJJcSQfDAOavaXHnHvgyV8GYDSZ4zItNvEfd9vS5PAkZ29dqZ+DY3ToOykGcb5Qf+R+EvCZarfxQoWWGVhg6nlG4lzkURKTYOv6XAxefJ4k/hEphDqfq4IvrFl59cGz6bvUg1KiYIPkE6wwuJU3CD9xNwzNQQpeRdwGKujgeoxzGfhh8I0IC+omoPToOpcPFrJ1gqn7a/XjIqJBCVwT/vFEwKYHGDaOZFfDyhQh5nlHEj83zIAHY+uB7twiM1VpXPQFFYuXL7aDZ46BNZzjH+0bTA7q4cDgLfcG57e2ecnGolrBrW+bfNSeTmDZMOTnsHQo15DcHiqHgJfGDFfAOnZNHNfQ9MDInNo3z6xsHFRl4dvhn7BFYUiDVrQ8/TorJR0EhYzmnYtgpF5c8AHdynv36EVKclZEehbvSKCOlF5FnDgdHFODYLWUxVXhtfva1Bdxxc3tnHFzcufd0Hqw845P5EZZce5XwB3qvKnzbgowDT+TJllD3enZ/lFoPIvoP1YopwCsTzmEqsDlZdNwIVrX8ng2G66OtuoWQUYPhbzP0Hfht2gHftH598hpOq5qNTZAEEwWHPI78B8W9QpNn4bmrWxskpMFEB11nAwdMk1pj5YEadcI+ArCn8OxrESj9J01ACvoV9QXJQ6mFvceNoJbhseJz0Pu6YU8EVGrkOf4U0hVo03RAZuFXDq8hH7NmQz8U+CtdPEMTTLCWjdEtwLVXt1xX4fge23E62mAidYPl+SHISP6ZSQRu+TmQmEPC66J+BHS5bfckFhZymNImQRJaHZc0eKVccfwJ/KEgYtEMz1TIV76C27eP73kNman6H+cwBRPXZe12PoQHuxfPP4HHhQxXmqDG/ud+H+BpI+vPn+DLXxRHv0CXbH3jb2zBhJAyR9UU3KcxyzEPb8cf3EvLHkwYMhYWHvindMJOftgycjJHESpa8mWYws/pfH+tYLeagONZmESq/ecyZKyxsPGD48OuzYEw0q/dLBVODAvMPIaTJfqnyqDez6vPK+H0nb0eS9zBBEuz/7s/MNX0h/I2/PmuaJSZJ5jYf5V5SgweVk41lIGngquXtGC4NEnqGajReGfbEXpVypxzg720sgaPodTV+RelkM3gycFKuDXxoqUbpj156zwBnXVz307CdvOrCrPwq/912gjBYEKSdeByLEw+ID6RCKkCX8Q9hMrqdsr18O6BgYfNkMPtBHMHzMssuF15GN/jiNxRBw/TeHg0wQPM5JGfoGNhT95vyK7VvWsLnjDv8SMVwnxWa/2xE8H6qdo4nYNBEj79HrDmv8N2t6ALh8Kvp1CYcly+AarJxwa8gV/MemcHYP03FqshaHBl3UNfIpgYnns7YgxvvXuobQlLhsguX4K33XMloqFsUdK9eLjLIowhBbJVZhSESGGdLnmyREHXPPXwOFj7/RJ/CUyKmDbpgreXPrW+hW5v+2Tew8pnMndpFYOJZttzDIwwxS8zaC90r+xqkoAR9ln71eCXRmFra8jMEvLWDvKMflI/B+lZj1R6wIGWtMPecKErxe0WTHsV9bgQalmQHSiGM1YBSc+gm1saNac25nkXSQgPXBDy3BKAjO8LzPRhbqNyrSvMGu6QvQBb3c1LL8GT33YfDIPC+kUZ0ZAQO743AQ74XfR9DGXaK8fa4ccaD6se2MjP/74PUo4r/5EwCiZMKU5ekYNTuabLSnCtO3/WEFZfYf9+Ds7rqzp4QqmjWhZxUGD3QncFDNQ8p9ELB3bWNL2HKXq7iBF4TeFRBYlxMPFNiUmaCva88C+jh/bWxx7zwCfBTA8UoLTSbV5VeNyDNVcDKm8Jlu20wndS66WYYfQjkwpWSC/I3HAEupYf7rCCelvjWmfhw+aMbic4fj+j3w9+Ukw6nQbXKvO/lUOaohDnKvhon9OPephNMsrFYh9M7A5kzN//T7/jh7khe8qLk+pwx85xGwuYefo//+vQ8svx7AwofNr/WBP8KPTD7w+cm7dIYnAIJrgf3BATgsk3hSvE4di7T0dk4e6t9O9ibsHE3miv8zJwKEX39xHIoVqdZwrlXuhuxcJ7XZXmrXDuRf94J+TjW3B9C1/6LB6w8EY90Lr+xAaev0d6xAH+d+RCaCjMMjkhlAK/T9yIb4K3tKU5XkEtmdnCHnhEVclM2hf9W9CbVIA8Ag5XVGGEyL4PZ6B8j3xHOJQWu2gRC88wP/6RCLOqPJKYg4MJcwOGQ2xQ3728mgu6UouZ60DPzIrXHsH/6hlblD+8kyu44x6MpkwxeA4fvgj4WgPFfnpcfQlv/TFkdogOJvZEPy9ygRx5+9XPw/NGr++Fwv6ZkK0MWNyxI+U+ZBcNFCmA0TZuI8pJqL+XT19Rh4ksBrtPQgV9eVZHGFpnfSAQOp/0qAmDO2xvmsbA/8ySO+shw5sGxxa4/Wb2bwesl2nwGIOMHGlDK9B6ZeTSBgyy4GUkSUbdmkwhZckIJh5s7MnZDysyU49yw7+pldXykNz4p7Q+DBkN7zeGIyvcXpbQOJvW+0MWxuuhwvQZjrR7l3+B82V20muwPMO5Yld2MME0VW6yF5q2kqywQw0V3/a1HNTN8ViXv/AXYy4tRS72AzMpWW5oWz9QLw+XnmVq6sNu6gEvN7hH5NrRWPhG6fVEInwwxBeaBmVO7DA9VAQ1OtaFocvbpPuSMO/v08960DD7K7sb5LbpenkBKjx55nwZDh12+xFQjn2meTMxDGrOJSrFQHmjHV9yIGvp5cgq+JqER6oBMk72jrRAGZ/cXTtrggmjhLw6Jkiu/tCVFVpeGO+SgbLsCzd14I4MBhFDeLFYbMgM/nTbydHVhXpg8qT3Lfz8QS/sPZQenzOfhRL9yUJk3YivKt0xavhEnvo2A+x0Nckt6g8mcnZHW5XCEZNmpko41Ej6pB9WPAs+Pg9v5H/YWoaVEuKV69DFIur8joFgIm7/5CFKKOZ7fIwO8vlUSYrB21YuoafgePaUshmsuem5chqOWWSd0hlG/J7RozeEL8h2dJjBcx3OYtehtaNQyl14g/rvqRyY+UayqgW6Vrw8MAljLF+MzEDTzNK0BegiUKnBMIL85Gj8ywxHi7tq2WBMp7CLHKyqeLrHGPowDPZawCUKklu2kOqmCKvaF/Tb6+YHTUhDPpCqC1XjKZgvwKjdZYzh8Ot1+p5qKHVJOXIOimdRUDJ+xXmEprJtL3yz1zVsP+zI6JF/N4XxC99eH4L6Nrb1YzC310ifdDqY4DXMH+OD9rUJuUIw4lWAkwRMuuwlKAeFH9sQjrArYTAlFj5KFPd+CU9pnTZYhltr/F9ZZlDP1wILOGBlxqgrD6xr8BX5voB4EVhcnIar0h7Vv6AS4+qdnYvIo9aXvkJw+7O5mgTsurtAJQdrtm69UYLum948evA/nl4yN7hwp5QrCG5qVB9Jhwq3gndkQ+YGr0cvodbbKLYpmLbn2vhPqLzt8nAZsqdLqLKuo86pulBzwWsxuf28kKt7ro2Ahx/xz5tD6eZI1guw8Mke9XDY9uQmfSy0NJ4ZTIRzompyedDjfNWOR9DVVKq7GJJk1DZ2Q7dwx4ofUCNl4+ZPWKKdorUMKT/1vdcmDSGYLbryTsHWG21eZnB57/urPvB2767SaPg7hv9mAqT/paKbCu8yplU+hEn7akKfwhOvxoyewd1srZa9sGKbR3AOzv10Wl38976Ix61/oJztaVZBphDiSOmdOVFoWDLcLA2nPqU3m8EKh/G0AJgyrOkZBvO3S9RjIFONyk4S9hDiJBvLJCVsF1hooIf11UeeykLuEYpMW1gmJzbkB+X+qJYHQWWq2vlsGGGsIloHye+5UzbDzTuZY69gb97553E8IUTJB5mk21Clfut8BiS79OpaCzxwibRz/F/72Z8PJiHv9qfgWSi69M6FXwieYNUShiQGtoclYeOlxKKTUENoTvgs/BiqQ+8MjZKfzLrD9e4rT69CkdWxW/5Q653O+RA48Ty+9z707GWSboB73TKZW2H9C8HlTph+9UsGrXAIUSMb78cIfz5UtWaBqvtv3z8Cz3PTkZvDAxQj36zhWubTNnv45VB8KYViCPFCmjudDo78eR6wG4bea6cQh1aMjvmacJt6T6wuJKtp9zGCVTL5L7agRWjhPTKlEOJWbEkEDSwI39glAF1vGKcfg6E+1wK1oTbvfZdTsPplVtR1dYybfO/lAFhMFn82DD75ybaeC/uDK836oWqVmfpHeK1wTXQU7s8iryDRCCFKjyscEoYNa1RNJ2F4x+gTfahiVJVuAn+0ph6/oR1CeEw1ygTDqa4Z3kholONeXAbTdF5bvYWu7Rza76H+9vkjI/DkUovgBDR9sJ/1P+i35wrVHOw3caig1QkhLtywsROEFPSDp8Rgh4UhIQOT8n+HnTRC+/Gaa/rwUX6AuwncTLTkuAYlvloWPIXfnAQt+uAFJZ1989DAp2KQ3jiEGH5gFiUBu91Db8hByYWKC8qQzfyDo7BVCJGVo3paEiY+LTSUh+xCnxjsYLH4tbGb0L55uSAXBsvcdOqBsj/ErfthuM03o49Q9QST/DRkbekT/QXv7LjNtwoP3opcZT6NOCmJ6ZCENIRHozwcSzSoVIFeU5Qkwvbox38HNyTs/62DyoocNP9v9YMJTPsUkJ4K9ZXm3drhm/2GTj1Q5uXzM/1w+SjTNX+3EGKcgfJKCPyat+kTBSmfL7rnQBnvEYdqaLs9bdcIn53aOtMGI4IdOAS8US8av3KKQv1W5wPScPzUM0Fz6GUfInEZenQLSPnBjs030kEw6btNrpJvCCHWl/lQDdpHjD45AfNXTr1ygpOiNF9CYG2WAmkhPNz5iKoYnmrk3FkBBX6/oZAPRt0obmJQgVrSL/ZpQM0h5tAYmPfoatkjaJR2r6YEkht1tTyHaW9lmdmi8bxh34ED8HPOBRF+uGlR5q4BXwYwhRnAk3bX+3zgsLPs7iTYxUrDlQ7JM8aEsqGu0gl3iaQQwo76gZ8cXCigiFWGgqfyX5vATxvfD/jA+532EtfhkssXIgCeeXR9shae1Gb93QTf1VVTdcCkF6e1xyHL0mzsH1je+jBrG1K4OBWTJ4cQq3IX921loG5e+C5Mdhdx42dD0EBHvvECAWhfOPrnKNy75b1TE37hp+XRhY3uZ+I1ckOIaUP5h1pQkoGp0QA+OBEsdx4euNz0NBaKONW2JcELwlWf06FinhK9UTniMSJO2AJSa37TtoXrPeYdV2CS7IfQu//un9bNz4Ftp1tbHkJ+497AHvjWwPp+P7QXmGn8CD8zaaguwLOUCXU0z0IIlwSFT7ug68rXjb1QPpHlpUMN4mld5KsrXCI0KS/CGfW8C8Hw/uS+qGdw+rz1kX6o4FRg/RG2KCwFjEJNk01jslrkm0SrjhjM4TxyQQbe/FGapAh5s6pVnRr+xXWxgzucjiyI9IIj3bkc0bBEurg0F16eanxfCJP8360XQwN10rd2zSFEfOfAyjmoIlHIcR6KyCblPIYkyzE7vsIbJoeZGFowvoaq9yLQn2VqUwqq63PwHYEPHnrXsXeFELsaxyYPwkNVBrsF4Pabou/HITMjueJVuE/56rcK+LGHo2YAHtVRdpqFSp4iSnTdcIbGeTcU15lO2AevZFi9EOtHv2PjvsvAG/ZtzEqQLq++xxhq/ZWp8IbOisZdaXDcsOpPFgzWOyiQD/VEY0yLoNrCn5BSWMer5fEWnktsM/kJc3mNQ5YhZ8bXsnVozNf0x2UQ8eAwL3gBkkQctLwMn9KRssfBt2tH6Z7CPqY4pWdQaPeYezXMFPT7oDccQowu+NGYwPCcACUreOrsYzIfyG7e2R0Dyw7+t5UIm3qpJNKh6BbHTc0vOJ/YDj3The2F6VNGkJKf3/4m7Kody8+Diy9fDT+CS8XljKWwI/VTofsizi/1QpNe8F2vH+81+JZTxSwN8hpwBbyFE9culv+EHvs355dh0uNo0Q3owDNpE7CO89LH7ewwmHmTfTwGql4u+JYPB+XNpuphtW6sUCsMM2xz74IKQ8vPVjdCCMv++pVN2FAbJU+2iXW2LQvkgZQmS51q8GPCGN1JSNHwRk8fKn66wy9AGkrEium4icIV77/F0vCT6zCbB6wfrahMhHHH0zfSYGr2TSIbXvZtGJanDSVKvRR5VaGDTbX7MZjLsb/0CpQ4qrA/Fd4yTzzbAU1PGD56A18K71l8BzNKNL30mEIJqdMJ9cYwb+sTjRX8fj8y4jp8//qH4T3IRGaZ/QAeFe+Zfgx9PWpDqmCMv3xvA0wJq+Rog/k6vfqj/54/nR/4G9Iyq77egspNw2zkzKFEli4r1WmeUEKzZsHKDkbyvik+B/f/OmkU8e/amSOjHXYpmCfNQm6Ny5OLUEkrVXEN7hU/Ee8tFEocDFuYvAaFh7JVA2DhGbGVbOgqUXi6G56n7XFbgBLdp6NVhEOJQ9e81G3g/qjoDAdoll6w6Aptp1+apEhBJfXSu7Aztp0uF273V8W+gbuj5l1JpEOJiWPGCQJQpebmXwKW7gnqOvvPK/aHzkHzIc1gT/hTfP1piGIoUXdDcWc0NOzx90iAnKEbJ0sh+YJg2CDM4K8MpFEKJdQ52GwPwwfPHtaLw796RzjlIPUAX5uZOlzeJ2gDedkZYhzgizJD1zxIptu0UgffEALBg9C60+z7J3jYPOrkVzg8Uy+jpI33v/a4qwa5K7lIT8Kz+eRZdnA5sTA7CI60XaOIhLokuh5xcGPe5WiDUSgh5nqgqBU6z37c0w0v2nxu/AaFwj+4bcMmhyfvyY0xzzqhBB3knAvdTLdCPDIuu92DAoTz0AOo+uMNSTu02XFRaBJeryK7Mwup/TOoluA8Q+MfdZtQYuq6l4sWpF089NEAapjtT3OFt1JZzUKgW9hUWxQMCqqXTYDktJwh6fahhAWp+Uo29KS5fe4BvFRdINH4r32Z8BiD9vGZo9+h2uXb7JQOmN++J2aHYAGjUKcIPGJbpCQNb63Etja4oB+fy460wdHBoeJu+PFsesh3SOF9zeIvfLGj7jWFayjBcp9Ugx6Wvd/j3euG+BGU/TEIj8da2H6GSh3k8r+hidyTXbvdkbeyM2H74F5N0U1OeGT54Zktr1CiMUliiMw7lHh4rM6IFnJO5JcLQb2R4gDbf2Y5rTnCLu8DPu5Qe4WZV8EX9aEh7L4qvJ69znkcHvs9y3wGnnHfSXsd/tqVHREAvbokKcKhQpX69QLot/pj9Qms0U669AzWXjVzfw25Vhjs/4Mpu96NzUEOItNmGb4/0rDUH4z8f3zi8hBslnm3OgbFT/FvrUEfrySyPSGoWx8Uw9ihiNkkJTdU4x7zLA9D/sS1/6qCsnvKfBohq5BvwBB89v5SzBK8UR3Dvic8lJjMzclih3UPag5yw7eH3tnujkHd4ND+tg9miLS4csF8v/YABWhzojPFCN7Stt1vCVtcVu+fgf7SezjbE1HPxmsf9MCxR85iA/D8ooThHOTJErxElRRKfHOf39wJy82rw/ZAiwZbUwNI//rEqCn88kf6nDU84LidGQL3TisMFMELKaM0/VB9liL5I7Q9K8ExBoMDLxpTJiNemko/0cOIg8tOzHDu5cEYUfjMr+CIPtTbQdNiAs1zz+uehjUrkX+jMhBfR2xjE+DPu3JsaZDU8YVuGaxkFAvshpkJPDv7oawEe8ZHuOr3n9qlXMSZTUi/L4w8y+MQBKt9Na/XQaPVhL+/IO/YjRWuPMS7vFs4P3Qst9onApV69VpOFoUSpx4UmBvA19mks6bwz69ElYtQ9WKrbjbUo1iRaoSTbuGv2iD9Crt1D0z4SaVvX4P5zWKadoEBVw6GX4CRnClJCZBROlKpCjLrFJ4cgiJfZ76Nwdp8qaBJ2Bh/g3MOKuZ3Vi/Brducwgy1ocS4t0emIJzZfK8gDkNL1d/L/msXZTa2aA4lkinmFm0hGU1XkhM067FhCoQB06KLyXBbktq7GM6r0zE9h9UBu8tr4fW9h5RetYYSlgeEPr2GL0wl/d9BwVlPknl4qbTuG2lbKPF09DsNH9xpwfJYCJJva+lKwi+r75OPDYUSHQ2PVXWgV3XolCFsafk8fR2SpRSq3YVOCw9nc2D2mbb0OkhQX9KcgYb7zE4yD+M56vglNpgs0p19EGann/ytThpG/OXqf64Fm7/ZXjoFM68ZiHpDzZ3xk8mwO/bogwzYo7PkkAO7mr/Y1kFeX1KrD3Dw0gDrKNxf8vDDNygSu5VISRZGbGl8P7UTeir17toDw4jUKGXop1h6zBb+FW0mc4LKdh+a3aE/D23eDoowwuP2d3sqeEezlYcB/hGRs1eBZbJSPGfgzVD9b9fhkJ9jfiBMeebvGAF3hfnFnqYNI0xuzejbw4APtrtd4Z1Ns/uJUP/zIc9nsF21SbwGqnyxXXwJ5chXN0dgq3g91W8Yz3+tawt62MjdIqcLI5ISQ9+zwnd9BukHoIwJ1+lDkGHpmrMa9PpW7WUNj9Y8kHGAav23f7vCF++G7G4xhRGFYiqCtyHV67yfGXBx0Za6EpbfG7/8HX70Oa88CyNj/5IuwVeZjpwMzJjPgEfb4jD9+Ok2OVhxijFWBSYIUzy0gOJvKyJ94Y6oaIMgGBHhwBIJXbrDwr3Z8ZxC1anr8OHsHHsgdE8XZsiFpk4TJuvQ48bvkxz7wwjqj37MvLDGl2z0MBxM/a5nyhNG2D+a3G8N1SlmpuzhKIfUr1C4NbHU+hRW8QmLN8Pw12e3OmB3453utzCHxMYiTiiMaDloLpQCO2JMNu9CqpPRP1phcX+GxDikCKoj/Q9a+k28m4MsrVZWbVJhxNNqPYkeWL2lQTkAY7lUbX/Ckv+exTBKhxFPlLvt9kHZ8e/yXFBLzFfdRzOMeC66zO0La4O8SIIg136WM3mw+b9HdW1wdlQnswd2Cy34DUA3zW889KfwnBkFFTPMajg8wwbDfuw+qwwvkP76ZQ4/D8q+t4V/SQOqneDQnLCwgRH6NezEaAYTDuStWMPWTQvTcEheytpbCG+w3XxeAu1GJjMqYeqMYP4RY6xv2rsoAiZnhlw4AX/z21E6QF2de8Fh8E77BZdYmJahoZ8MrzA5j7bbhxGvU7K7X8N7V4ar3kGSnBnPX3AuWZaH3iGMuNUQv4sZNmnObbLBP45eo+R+YUSp8aUPdDD2oW8vE5RSeP1UFgaePBV6Bj61CvB3huz9ZVc84R9XBrm6YOTpzQGpFpi4fle8C46ujvFMwv2B5CykIWFE5/0ZJhrIfXhwFyO0dK1t+hmN+HcIaF6BFq80WzYh2aBix6GYMMLI8+4bc/i0/diAL6zbqfcuCPI1WryPhDTDOukxSWHE8Pn2zCSocfFYzh249sz22XPY31TS1getMuQ/zkHPtn3L+5LDiGcfBv9wwTqzO1v88OtVyW7vDMRZdsTAdZggMzESCPW/um5lwuihB4dewpl2bvFX0J83R/4N7P3y8VJaeRixbrIZmQ1/qvBmPYC93qYsvVB//1m/JXg1tTR+HUZGkueTPEP/DxreflATRpAyOj95AlWv32x9BmXyRVQ+wPBXXa9JapHnE/ST1LDgstH2LviirVQsviuM0KZP0k+Fxn1XzmdBzUGRn9XQtIX9/CBkbpidW4Tz89s71+HZ+3vESLpRt6KciJR+1IFwOcdMKEVOF5kHOWmdlV7Bi685u7/CU2Z756eh0VlG5kVYxSvyau9AGDHy7q7fEbjkXn+PgFqhX1pOwOlS2ixveEd1j1EqvOXscCULft5VmZH/r12uTuH5MPLqdPTZOphAbh3ZAn162gTG4XU2y3myEbSHHhsTg6su+lRyUKjvtLgKJBUNCtCBRQfvPDT6155e8dYSPss8fvEK7EjeVMiA/FJKdjnQy8Q/qhDmsT4ff/4F9afRi74eJsxJKrTCfSUCzD9g4hrfT7qvYYT0LB07MzzstHqcHTqGqqn7TiOOXr71CoInw+1yImEhrYhENiSZPc/VDOMZntNPwr/615TnoA7rUY9l+PrKfsf7i6iTTE/SHsJ7CkR3Maw+VnGnG34I1JSnWEJ7DNl5CXgnwNrLBBZXdRBecPngy0vX4NCe2sIAaCHO0XZvPYyI6svcLICPSbhlimGPnilTN6yeaPz1H2zc5Sg4D4+asFLRb4QRIQWdnBLwUf5rGRPIfeihx2n4SjY03x4OVEvoXoOqpByhAXD8I21dOKxrmrqbBzt8q/1ewlbDjmevIMOL4Zk3MFJEVeY0aTihwhh3wR46hk4UuUI+omrgFlSlPX9oEPqXT8eQkIUT9Umxr6hhPpkUGSPUL88VlYEtAWYchrAq7YCFBTxPzCafgf2PkiQcaMOJaaWPF9zgTjvuEi/YWtU6kwIZzjcJ1kA5W/UH32HiyY5vs5C73ZBvGTbba22/Zgon9vNUqr2HSlcPhX2CtQ/oktfgheXI+yzM4cSOOLZvnPB8/VMBfih6f9T6OE84Qbf586EurFokXTKGL4auHPCC7je5dePgm0nTtBTINn3rSyb0J0/aVQOZ0gWVP8CpnUERo/Al1+f+7zCzKaopSSqcoDcp2pMBM8LfnMuBj75XU7XDP+52Jl+h8fijh9NwenllfQEypBlOtCiGE1ExgQrdsJ/nWXw/FN3rt0ihFE4IriptS8Lnl3NMj0D5dNqnBFzd97r5nXo44SK1wfkJ6i2KXP8KE8jzM3dphBMnhXRfKsEPhk/3a8A/XExXteHfaY439drhhAGPvGgbfExiGtsDz8pzuyzAmx9OHmPRCSe41niapKFs+dWDSvAGc2+AOlzSb8/qMAonOFlHd/TClZg1hw9wUGOmksw4nEgKOkwrATlzLnnKQ1/3ll7Vf9er7skCFnjeUWxNDCoGLtvKwa1HkqvG0DL50tI1mOF+xjIQnvul1xgBGXq8xceswokTlXGpk/CDXvHWHCzwMsygOx1OFGd0ZElAgT/0FAqQkczU4yjM+C9mbtYtnGDPz7VehkeY67s3oHiXTiSbezhxOJKkQhXuXSR4NWEDQ2iSHlyOSva+4x1OUHX6fb8PNerPWRRCslxlvnb44WxfLqMP8kGxveMYvNNMpqwLxXccLzGGkWfaffN80R/rkoUimMGY6VIOW+MiDv6E3JZ7Ztj9sK5eg89PQHLl3aIG8HuDQb4Z7Ph5eftycDghVnHsuj/ckN63HAq977lbFcFrjHuUP8BZPeYXo/D7cRapSejxh+PpHAxyEhBcgaGXk+PZQ8KJu0Jq3ifgbvNrc/pQXvWZixlsk/XYFRSNuClQiYuE0wNMOxOgR8+liOdQ8bM46QjUFRYL+gJvyUnsmIYkf2UDFuDj0KPbf2DcK13/HTFYZ/mH17lg+Yu2y8pwK2d5WQNmaAlc0oEJ1IecL6aGEwuys9NXoSVf5YUAeMuFLCQLHsx8llIL9U3usbfA7Ndx97pgasCAtvTjcKK3bW1IEW4O8Lqqw8iEC60XoKdIekIKbMuYP5AFpfq0S/LhiyaJfcefhROBpWeLdOFP19sqJnDP1FtOX9jrI7d9D258SU58CH9wrPCVwGw3kj2aVeFE0ZPyR3qQpvbcUVP4ad4u1QfGKN+eS4TSvu4hd6BmqCZbDtzn+XP4BZwr/HixESqWtVO+gife5tt+h/GdTyvJqpFHpA26dHCDqv8LExz2vzJ9oQbf4VQJugrVo6hYA2CjsrlPFiySaX5TC8sGi51a4Mjxe5tdsEfztkZmPfK1b2EkD2oLGV96DPnWvc/3QfLZBZffUEe0XFSmAfEjtihoBQs/FTfZQTnLC1aucDj4QYdCSzhx9L9+BwLe30/+9wRMMpSmOg87WZwvxcIQ9/pdt6FJAuvju1BTe3iiCLqPYQuA5cces9ZAnQ3f8I+wKfro8ip8oNYTvw1bOqyFKVvDiYucXA+jusIJyajV44nQ4VX/t3QoFKib3Q7H6bWrZiH1YRPzZfhyn/3qBnxA0NeXfQnH/3oKl2r4LZyUuQmGPhR1+w8uex5jofyK+KV2adoJY/3jPfbChfs8Nv7TWB8eKvow6BE4XxMLq7NeXHkMEzUrQ5ohK90jq10z4cQl3/nLKpAtXYb/OBRJ9n+nC6dN6rYT4ciqcPEdaHHlnk3Ov/b9t/e/hBt/rg+NwtfqjFGTUNOtSOEnXN+bG/dhEfGmW6M2BgscBpcnobBer8DepXCCh4rGSgMO3zTfqQOfDz56aQQ7JmYL+5kiCGkaXo9h6LXfRvwL/JLgoUzCHEGcuXtO6yAMnW+lF4SpYod6xaFFwFP/dvYIovr0f8fewDx+fvpB6Eua8msT7lFjfs+7P4K4QdzIFIYxolMO0lCu8nzfe54I4sLnmszPcH6Z1uU7HHzunULOG0H8d7izmRfqVSjHCcM94hWW0jAgTbUgRiiCoLt58XIyvGlecOwuvKz4IKgG3qXKsJmCq1v33RiFIwgxKhZFVuhLFk9zEH5apBsSgGbvYwvF4UzR7mvyUC47yNQZau7zd7gFfxlJSqfAwaAp0izYYBVZWSMVQdhsf45qhk/T5G26IHVqW9EUPDpO28MoHUFQMcfeY4VZSrt9DkL9a1Vz8lDuml7TUbjuOXn7BKTI43pxHnITJRRxkLrvwlAKnDKXeZoFhUyDeCwVIwhamfK1s1Ca7r9eF7jF/kU0Eup47I15COO3Pe1L4JGoriMvYNuehp4tuG6snk+hFEGUx3T57YSWKgZRypD5m32aO3Rh+/I6CfL0lD3IgElXw/xzoYPmIV0GDcynyksBFtgtbkvGBX/kl+gdh521RQY3YIbXDeFQ+I7HiCoWzhs18XzSjiBapw1Iv8HowC8TM/CX/sZRZp0IInyBJ1sR2nlN+KtD/fk8G23IyGTQvWkUQQStbRaTG0cQJRPFSfSw1F5sSgla97/j9YHf2hqo/OCpmiczwXBmh0RojBXm6eMz92RYX65kfBf20DoU9sMdVaLTa/+uG6b6SE5HELs7H1XTwNl6A5tM+whir/3syXxoSX9L5glMrp19MwApl/xNyRwiiLqDJp+kYIGiSociHLUSqlCHPab/PTFziSB4WT3v2sLYL6tRzpDPRvNYOGzbqNx+AI13Oc09hbuE9316/u++r/2jMrcIIuQl+51q2LrrQ2QT/Pzg14kJuHZjlJLEHXHF0bhKDc+05U0yQtmp3QLd3pi/Rz/YB2DY5RaGERjIbj66DttT23J4fPD+jx0pQlCfvzdKCh4tTPSw9I0gJqsJRzs4OLR02hXKnCqVSoSrOj93l0HrjU6aaihU/YikCXKeVun7BRluHun8AwNKjjTt8EN80iQkSsA3zp9cLeC65k77s7BDVt3KBfbuqe9aD8a6y/e1k4ZA96lmWrjmfa9ECgayNqfZwzQOuttukE3KIsEbvuaNkBjKQJ2he6UwAYN30qlNwVLmY/Y0d5G3z2eDD8PgLNMYSSh5rzn5CLwr2M+ZWIRxnmQTuwO/hzuq5sCaRPaEThj6RoyP6THqzZZShDok7fqcpg2rnocUGsGnY0+0ksuxHvz0tnehwK0L3nnwdVz2x274nOpW4p5nmLf5KW49uKRWKGcKD1S66dhAxz36j0/VIP+2clssoBLd5shZ6Gftej4Rlms6kjTDefElti44qBIu1Q9dLnLqDMPox4KHeWsjiO3CsnwduEgaUW8MG4PODp6G0SwbS/bNqI/NXozusCBlVsQH7vAguZcM9+UuiNZB4b8p2q2wPET1XA8MOEg7PAs93V6tLsPRkUjmLSjkGJfH34L1qstj0YS/q+Ok9WHXqP8pM0h+4vP0/m7M70A3HR98GdUgIgKX6Z6V6kLWqCgZTxhVn2N6GfpyNFzxhw3/WX6z6o8gvhr+pXaASz8KRd1hCuX1lzHwZSKX8RMYVz93tQLaszRl1sHvBSSvooZRJ9OG5hMhV9Vz1gyoyHqqrgb2DjSeGYGTuU2RX+FEzquyGRg+Mc7Q9iWCuHJ+Uek1ZBajdn0PIwWiOFdhdfijXpavmE+G71tccKmTT1gAesb/KlAgjSSKfUW/EbAs7zy3Fkwty2Jxg3IrXuF3oWX7REsedHxvSvIELsw6dZfRRhKlA3/pa6DERpZ+M7wcu5w6A/sL+B+I0kUSD/apPtGHNW8Ef5rBzvZ9EmcgH9ub8RYmtN9PONQD593NPd7BAypZIStQX1JpnIs5ktDOETkkAElMeTzEIXNl8Wdy3kji05UB4Z2QMmjz+l64vIOW5Cg8ED8c7gKVmqTeX4QjyvG81yGZ6tRkhXok/mScP14PZ3N/57XBWO/RdGoNjEeI0VsKqgkN9ipC15v3xTXguGDR+LB2JCG55KzxFbLsFSyYgQXUFpI7dSKJ06GVNWJwuSabUx4e1YoJPArNszNXFrzxXkE+z3UYwFb6jdQnkvD7QNfCB80D+VgN4F7PT/Hm8EdjOtVZyEatc6MsOpJoLRTeUQNXXjCGNkMmzb7kb/CM1ux9yphIolppjW8XfJ5J+2gf3N7NubexOZLQuqVY+Qp6xlib98KTotr+G3BC4ScJV0skIWKikncI+iwmHBOHvuW9l952RRLcFfzsH2GiUkDjOLyUzGRK1o3+8wRM80OqMyQJYpCaO1JWHqbu/OFycCCS+MiUxnQYzt7XrpOENZKaDiaw1ZeiIuCfdpM2kf/a+7qpEiHpY/1gl+FIgqfytbgXbNA1/Hwd6rHfSs6EQiq/l17BUycKc3rhvs82BkNwp1er3RBPFDHcbCD7BXbVjFHPwDH9FaF9vFGEtMnUNUXI3/VQVwPaTLod1IWnKm3INqSiiJ9hrmNk0lHEQxLfWnpoEMxEfQRGDBwwdYJT5Yq5iZB5MeVmBoz/vGKVB3XvaaY8VowibkydvVwBc74EmNbD03syUxfhLa59d44oRRH3LW9cV4dlnMSGE1RI+X4jCqqsXbJJgtH0NKp34YyPqAu7RhSxqVOrywv5BvUkReDCUnuLAVTrOmXqA/vSdiregBn73nKFQXqLsPO3raJwbvE7kwVFfK+cKoAmTrWrI9BA2/0J9eko4v1GdtZuaOXyIY4dCujemLsBG/3nRsNguJtDbxy8SPonohZ60W/rjcHHWnlHf0B5dT3JBXjt48R/sfZRBEfrrs8pMMFTvT8bLrsH35iE0nSlmswOUYTdPn5lDpg4kS3JD798sOOP8o4i2EWoeJMgx7Gyg3eh37fdzH0w4oQ17Qpc3sjc5vaJIhyMkjeF4KBH3Lo0zMu9dlMgJoo4zyMaJQGPXphMPgIZHmw02EArj9WpIEg6P7wcDftVW/8mQ12X6ZMDSVHEieky809QWPmm83fYQt5aypQcRfyqYKbVgm/b2diMYHMhn+Bp6P3+FIXC3ShC40QcqxoUjO0V1oYCGo6xV2EUy/cdxf/uuyfp90Pur9z2I1BXrPLyN0ih/Fn5Ti7ep0tlkgstpOXcH8OUQ89XJ+Af7qvBrHlRxLfv3+5ww5EA8zIhKDhgZxlfhPcYdVxK/2eRdEIO/Dyt7DENOZfzdnM/RryRWogKQflpRi1peNCQZbqxPIrQox6i6YQX7t4/3A87A+YLV+GHTqHjfM+iiGMrPE6isHvzQJgc/ChicPb2Ir7rxJ+bBcsSd3wrgLsLYi6MQgf/E9X0S1gfTtuNvZCh/LrKASh4s9Eoaz2KcO/9kl4AV9noxkrgWaoDqqNwkvJeFv0G5nFh6+te6DVgJ3QAFsaqF3+ERAPDygRM+29MaQa2KJqZM27id7P6O07CtVqzE4bQI8QhzgouvErYqUkXTVAI51gbwKaYyscWMO63yg9/+FeolC8Pnri66PME2jQdaXkOmToDfn5giiYMve6pTUAu9tbb0/BIS+TELuZo4jtleJAqZK789O4E/OOkIGgIZTOiAorZo4nRzc+DLyCbg7xYEzyZrvZ1HpqcCDZW3B9NkE5wP9aA12+2k+rByiIF1hc80UTPxc8+L+EtlYi3nfBRDm/GH6gxxdgowRtNkFH9ZleEd4S/XNGAP07x6tBoRBO/zx6uYoJ8oTL8HHAqiZHbFnbUMpamwgOz9pz34WvxmuhHsG+U+vdunWjiQ4S9y37IcqJpiA/aLEwuOcMfn5SFU6Fzw+fMe9CgMoThETyhqGrMZRxNRPL87BCAB/jyVCVhmbouiRu0jlPQvwPFmoRac2HETh7FJ9AshcJe7DR+78TwSR7aGHKYqf27ziiuughJPJfupcKqKzLs9yFDlu/tR1Do1U/XRJ9owqeNeyEDFk1ZXsuH5z82cryDy2u8TWSXoomgl7dP7oSiT2l7WeCmWLtBll80URtkNFIA47a+OpdC8z5q7nH4IeOsHuWNaEK5nH9oFxxdnHdkg1U7ToVl5kUTG5Khhwrg0t36VyVQ2e+D7iBkmtfo3YTsFk+8KPPxnTU2ZkYYnlY0KNQSTZQe3hElA1d2nFZShcHqF1+chzTT4dL3YGDN/slCqN77PL0cRoX0GMp0RxPr2YHUqrCMVLHxBMxzNMk4D12KWb8WwsNi9Bnl8MwquWEdDKOUXhUdiCa6KlTK5OH1Yj0PtX/X67PM3lDKonM7HS4cY6jJhSf8LS4/gXciay73LEYTFgXbaoOQguMkwzhM2Ov1kX0J80T/MdcUNq87XzgD96ttKLnCLb3D9yfWo4lzcoMXZ+DS9Ui1FWjDa2J6aAPffVCYrgdTrye4msPyQn9FO0i9W1jmyGY04X0tmUIDRiiRfNCFc5/mOC5Bwx7JM3ehQOdbiQewn9uHtARykL6rOawUQwQ+e1QsDYuGQnNV4FVSQW8nSDWUq3YLzrOXyKbBV30vD+dAZ+aBoQ31GMKzZLGPQiOGsGnZ17ULOonx5qnBKklhPx/Y5Rnr4w9/cy+5R0Du2/SLHqdjiP+c0n5fge7VAluBUIrtPvMjyNIzfrgPrpXkio/A1r1ust/hQ0PXtROOMcSCSj+ZEYwsIRisoc5jSYVQeJQu0e4JNBKV9KiEn98NXnkJU3pmbhR6o59eKvHl0DHndk4ddKi6u/UTJlHcPrHPB+N/wGPFDSt7Kz2E4Yufqi+MYUr/z04b+F4t/9M5aHInWDEDvnpAFtIMn0X8SumBIitfCgdh38t1M/3cGGL9WmKIBbz1VrTUHhp1xsenQAu3xKMNkHzRyaMDarMSd/qh5cd2jwMDMcRXvjMVh+Er3q0Naciwr5jdBrLJViuEw+7r0YEJcPuiXUcGrOYXovn5JYZgFA+3/AMVF/57RPo1hphLOKQsB83ydW6cgVn3Jntc4TfjCM5LcGuSIdyALJYY33b+YQl/fGrVdoQNTFfe3YL8HSPWL6BYtmdjEwxTpODpgV63XQw9OGOJO/RazVfgU1Nx6SCYlEf6uwimsXVUvYN1tV8Oj8ENMbK7U7CpWO9DoEYs8anG3SYGljyM/5oC5XzuBndBM4n7d5ah3vftA3+hiJ9DAc2xWGLyk5NruXMs4bJTiqwe6ouSZ72CYlSR5ItwpVuMUuBcLNGoqXxfEnKWGSgqQw+WvpgJt1iCY/eKwCxc2uRqXYUMrKSy3O6xxEfKugc6sMFzv7oZXG0L/F8F9x3P9RPHAVwZWZERorJHJCtlO5TIyFayCqFItjLKjsyvVYlIVkgSKaKljFJmyqpfUqSERObv1V/Px933Pnfvu/f77uEvw45QWVwtS9s3gUy3sCkZQVOHH/3WMP9Alm0EvB9YNFwOa0vun78PYzo6BJ5CgbNBS+6UBJL092WFH6wJ3uZ4Hg5nVO64Be3F+W6OwMr6cqsJ+N10H8McHBEt9WCvTiBVTyzktsFlD7o/4tCmhoHBHDptflqYBsU9ak/mwryuOzKlkPoZS9/W+gSSsEvrujicLz/rJg9bnS4n2sGtJL7qItR0/3suDXoXnt6XC2/kWHikdieQAvdDOtfgsJkJbzEkl+8YDcHCp9lF9D0JRL3zfSgH3L+yzXI7jLTvv1zHmkgq2rtSn8Eqr+74Dlgrwum1CKe0z5qLbUok53urDOXg1uu/9qtBa/vR8HSORCJjzxJ6HcZnagTdgp4V6i59UGRCR5+HM5EcSq3bJwwVvRXILjjy4ZJjLVciEZIIsXsCNSp9bF7BSyyXjBfgONVdbRHuRHIh9aOmDNxqu1ldBeY1meXO8iUSNTHV3FU41bIjl2FrImGoEMpVhGcTinI84Pa47pxAyPKULjcCOj3J7a+WSiRln/w/NcL2feYTrVD49AaWPzBm9Jic0E6scyNQRRo+vJGmowTjkk2qXfYmEqMt7U/PwKkJg65gmEqVtKkEFhwIMu6Bc3ly9iPQXHvacwKmeYVrzmgnkuTIS5Yr0Hk0+xS9TiJ5rW/4QRNuuMStHwitVTwdImDtnlb/RHg1iH5inUEi4b9RTLMRzvEZ8fPAcPmvNw/BGgPnnhiopnJoKhUaniWMObDwwo8bBb6JRGV/Zc9teOdUIN1D+PZb09o0rKumnt/hl0g4N7HvUISJHWJHCZRuCIrmyUokj0sC24XhVbpQNhm4+3vXDlvYS8uuEQc5HE2j0mGbVFbbdfjyj4quYXciiei+e9sa9qrKcTvBi6YeD1KgS0fpkUZIJeD0tBW6rghJ9cIJR9d1IbOJZLTmaEgszLlpNU+BYceiPj+GLG4qrT9hcNOZfYtw6E5FE+3vRHKiezC++lAS6WNfU2mCk5wS39ugYB1r+V9oxH3RXcIkifDP/NiyG7Yl27RpQtqZWC3dyCQia3iJ1QxyX8gYsoOhj65duAOdFX9ZzsMicxsR6qgkMm3QPsMCd277Xn7kUhKRjMs97wLDuw6becPd93R16uCUAWX3GnzVU7iBKSGJGKo+/sAFB60jjM6kJRE3028iIXBWynI5FurmDco9g5eWz7muwuORCpqM6Ukk4PsMFxdciv7Sb5ydRDI4hu/ZwLrooZQTkFFNYF0mnJs5+aACXrinbNgJRTaHSQzBBJtWmnHYWBIg112dRCqnqvhGoLLYb9rvsNFWu5L3XhIxF9qjYwUXah5JH4e+yoY8p+GJzdfD7txPInZmvKcaYNmFa9YtkCMx+Q91XRIxphUsVYByN75laMJi2fsRBrDJQrU0oD6J3JIfz4qAedS5MUnQ6UWtViPMebNn5Qec2yk5+RdKCKuX7GhIIgbD0mYuUPbRCS1vmJhcJBsK/2Z5jkR3QwvBwVQ4yTrYnwOvfWV+9RoKfyxuWIEpcfkPGHrQlrtRuxn+mr8czLiMuGr/JHPBR9FHbwpB7ROKf8xgcGP0/kg4JihpkwzHM3pPZ0O6PsHv88LJ5IrvRy4akWTSolCkvQmqJNPMEOgR1nLdGyoFdrSHwgHKwHwcfEBE3Dw0k8nNb6sFQbC16eNIFOSeq/z3n3IJlaLM0sy/378c3rsGHzfH+TKRZHIhkO7iaYNksllgqu0cPLUyvDEWPo4Y21IHGbKeu85BoejlW+sMk4lyierPjXA1TTMj1imZ0CZYjKXBiWdn9ubBdtO72yfgC5EP1sQ5mUgNHS01hM29o4uHYUYi33rKKczrPGmdC9nCnlfcgi//uB/9Bl2qzR3kPZKJ7GJEjQYciHrAZABneoxjrvsmE4n5oY9lsMLRT7UO1uR2Uv2B/adfPlfwSyZaExX8BKpVZJ8zhArBI4foUpKJjvSuenb4SiFKjB/KZov2mECmyzQXIuB41rXvSfDspKp1NuTwOHaoqSKZ5MtrvmqHoUdF9PthcN96dcbbyUSzblZWDU5Y8d3WgwKHD0pZQhkuC+GFu8lk1E+vgKY6mRxR2ifMBln3hArrwMjeMGF/WCXyqCAc9vevF0mCvVMBTKwNycSM4VUKH2y7JMElAZcrR6VsYGfrepIA5Vfzmy/D9mw9g0JIa11bPfcO+dak6K/vTyaZuf4jLLCw1mivFtwVupbgCx2oxYQvwHdr5g8SIK+3Qh3dUjJJXBo+zgEjmCkbBeBwammdGdxTUWsbDVvOVmygQJ7XZXdzIW9fwI9+mRSindjuOALD+UV6vsCr8+X5a/Dmgu8wv2wK8eSdNRX7J3dA804YWtuj/+1UCmE0kfv0E174lBo0B8v7VPtYPVLIsW3jcpIw/YRnqyzsKJ5z3AvFXVcfvI5LIbybnZx6oH9rO/MAPOuxpZIhHvPkjZgqwcjaqCUNKNItXbgffj3EazeamELMYufpv0Ohl/33pmExb4wzc1IKyfQ990kMpq+dT5SGPOlxyrsh43/dhblPUkhgFIt3ISzSM1Irhyd4mnd3QAYPQ+lf0P1m3cIfWLMq8XwFijMsqOY3pxCtHQUMJZDH0+zdbdjevzzwFg6k1X6cgSXH0m7/hUfM/UKoXqQQaqMJ9vLWFHJdlenzXfj3kGz1A/iL9+dsDyx3G9/9C3L+jNFlb0shuV7qsdLQSbrCejcUYROUUIVfP+VtZepJIaX0HLNsUN8mrpUHtvtzL6rAoU3CEnbwvcrLVSc4kOzVexL2WK0ESP5JIRVMusfl4JFlipESvL55etEc6rA6FntBar5uSgBsOH4wLBQanj1tLEqTSphe6WrvhNeOCe9RgEpKd/9aQseC2EdBcIgnreo8tOq8URgDY98Yxb6mTSWK4pIhPTD+KaP3ACzsub9vHqrvS97MQZdK6LUyGXlhbnj+mgD0+mRF6CVTiY6VnwEr/COQacUFe4r0IuVh38bLlcaQdfjjQ0toRLPrhS3srDb5eV8ulYgM7lhthGr2G1hewDypa3bj8N4dxxxa+VQiX+NewQyzOQIfcUAxR4Xz3LtTifTniJTtUOJJX74o3OhRv6AHnwyfV3f512+wZuwBK9gjHX0h+0W5Ha4klSRReLRPQ41V6qP+8ED78LvLkG09lVoNvKrCbdkAw3rkTz+DHxXD34hppZLP0cPfpGHIXrJeEdJ1zLiaQi7BvteeMFvL4asffP9skioENv62NeXXTiW3b5qfEoPVtcbR0nCw+8QPfejlr2t5Ar5ZdPPyhK7/Jcf5QfrCPR++HEglhoqN85MwU/Lg5t9Qaqbw0ia9VCJ0NGOdNFQY1uPfDT1eUKmrwv9sxqM2mmCesXPFnJB7YFMbH2xtTbdQgobneoYtoKAQZZ0t3KdgIeIErzS8/nLcCuPm9JlPQvvsNnlvOOv591UipLXY7noLdra+SKyC4uW+9+pgtimNOYdNKgmcaAnmhdemU28KQh27/w5owPhckQkb+C5mM8dxSBliVHOH65S/bC9wRx2EG5negr2aDyOrYGn/FaMO+H42VH8GZppyh/yFD0RrblOdTCVz78rlw3xTiYqK/Klo2M7dUJAALRw2xZTCVrFktxewwkYr/zWkZVx43wN9Coo82vxSiZvaYmEntDI1G+mHMytGq8vwHf/NbYL+6I+TtpaAC6frU2QgA73pk15onXFwaRCKXtdTHIW1xXaf/0IjtuxU1oBUYk41rSEKp77ynd0JFQ0NqhXgg8Gz4coRWGdQ9BmBTI59NHowJK6ZyQUKCEmxR8BmTRqLOOj18VNGyr9xb6UH2i6lEkmr10JdkNfZ++R7uH9iV9wfeG2rTAlHQiqJnl6a4oVj6basSjDFI2KXJSxgCAqwha93+TQ6wTvxsy/oKDiXXD92FnhXfdFuM+wK+/BOGfaFz9Baw3Uphab20H6HXY4LlL7C77r3cirR+xRcqwGv3x+k1YUl1xN1nGD5b4fwC/Bt+/jbWGgtFySQDG30vNlorqYS/duTx5igc4HHXXbYznr1twzcwji1xwg60V+OtYBUmfv7j8Lvq67dsdmpRHlbr0gyDGnXDciER0VUG6phZelFqk4o7yZs1g/f1j4tGPlncP82kbu41w+Ph0rBtfTpQXmo+Zeq3hqutp9W9of7GqSuhEB3vR8LkVCc4SizdC3eJapTp3fD5+nn36rCCTaqI0cg/4/gTwGwgeWhThg07FgujIYcEg6bnzzAu7Gu/GwLlDi3MvQGll719voBS7IPurA/xLxmba1boEGJ8S5B6Htsg49oYypxqOF4vxNql4mQ3fBBX+agKWzZOh/oBama5UYCoCWrt24Y9C+8Ukjfgfcp/grXJjjNkxvLDUOXhg0U4bXNTazmMC//xwWbf+P6BWaOwbi7XrODvanEpOSw+ygMMtQd+Q5lK6TuM/SlErkNNMni0Oc1H60MVNNWCt4DjbbvuT/wHu/g7zyZz/B48KaSCZgWvBJH/wF5M742Kg1bHqrYKcKud0O9ajB6wYtHcjCVPPU1osjBO3kyzMpQ4ftHT3v45G293iUobt73lAK9YufUrsLGvqqmfZN4N8Rv6xjCWbnKl+YwtI7n4wXI877ZtwjSXF+br4CH+DVCaiB9zZFzbIupJL+RdsMWeCeuNk0A9uwrfaEBk2mc/9pCvxzNGGf4Z56fwwOWDY5zcFNRiLv5sZvb4aukod1iUERqNWAfpDufqncSNrmrv/eGBlt+up+FSZb1UaVsFNLMqS9QBefzB+rr4Ov/LCXfwbD1g1lzUKrjisIKXHS1fUPDTiE/Dz3nlxKgkD97Q5/LwztzKu4q8NTux7vPw90nTrXkQI9eD89CmMHry14B2w2eVqkIUUjWTIu1NpQ/07OiD7+3yWe6wUePPkjHQp1Wtp4k+LjM6Fwm5Cr9ZrB5F4V0B5z5uxXeFVwpEoEjZxztdOD57CmO49B0Y8kTd+hp6+LlDdfpJd+8KUMhHFyc5uWQ/2nOunvQfPtcfRe0fvnWfxr2a8WI/IVnr5JuKlkKufV3uLZPiUJcGZRODUPG5Qz+MThaoDFNo0whxz2vPRWGXTZigVLQTKpGSgEOZs6K9Whin/P1IwPQUTPu8mcY6zgVvJ5QiK34FgdBGHmJnWcHPNe3qVMW9p8NuyGsSyE/Luo5SEHmCO6tCrCPy+PVEVj8Sv5xEOT4Lh96AdbO7lW5CLPGtOaT4f1nJvey4LZLzt7XYc2bUZdG+MVS2WYIetmc5f4C3fQbeybhEYk/WwUNKaQ3KGlIAqbXSuXKwksznXmH4NjINqcAKOc0KRwGJ7ubRqNh/qRAF6MdhYjaB+eww40vPrjxwmX19ce14MngrmRHuDXK6agbPBb5V+wMnEuSy+dypJCBlJDT22Fr/CtVMbhXWMN7P7woPFDkDGP7rP084IPw91p+cDXEUu3eMQoJnypmbICTNmv9z6Am49rHCdhqyPmN7TiFGJ26UbsFTkYoRgvCNtub89t9UD9qp9+Kwajt6qW74NL9W8zG8I53rJcnDHSO1POHe45ECYbCqQIXVscQCjkTVv/TFZo4cnV4wd9y9wyS4frZo623IQvPaEktLN7nfbERMu7SVkg7TyHVxwo4s2FwLsOfG/CVtYVdGyzNKXs+Df/T1C/6Cz2/f49dd4FC2K3ZD9ZFYX8nHu16DAfCPTlaoIXggtc8nJBXXMcdjbx0bR3bDg3DGNrF4IvI0kDtXAphOHnb4yCUOVl3zAw+nNojdQ7O7xleuwIHVfjm8mH3YbuJUvjxCMeHoOsUIqQx8uYCnFa703wR/tUSzymBfMkVvi0wK7Tc/S18FXPHoR9y1JjW7LpNIXp/Eu/tgXw2b6o14F8d+ip7KFYgeDsMWmmmVsRAs1XaiiQoWDCg51CNe6rtaeAKuehpjL0gRzrlcDLceODz8UpoYV/ich9qZfu4NUHDIJNtsw8oxN5kq8gSjDP9IUn9kELip511hWEE1frjOvCI3zp3A+jLRnfGHKqx9VGt1FPI7ZBpetoGCjnMzs62EeYHrVdRhEozMzaWcJPMASc7aJ6Zd8oFvuuk0WFtpBCe/f6G3PD+5wlLfii7aS5YE/6nkJ/vANOO7C9zhe23ft7zgkuh2bp8LyikKkrZUhjurR90koLxV2wqzOFWC4mvvrDEfW0uGO6uHKCJgjpHIr9N96Lu7liuW4QPNaV51/fhfaluChWC+bYRn7ThlomLiweh6Z10DnPYyuzzIeYdxkXr/06C3kpiLFnwMsfz5CZ4w6hw0zdoeLZe8hfMH+7btwB1ZCfTNo+hnkcl7m+DY+9PfhCFRcvOt60g711P1UD4+Oy4/XkoHHkyIhZGk87Tqj8pJLvJNEsHPo1612QAVc89i/eDNRKBNInQ2GWndAYU/zZmmQPpjx80fTSNe+DKGtIM5++9L3oNI+v3mv2E32p2rbDM4B4kSEhwQ/EycXN+2Orb+tdwEXHZ8UhaQrN0Dxs76OI1wxcGn3H6DuXCoLU/G4vhjr0XNCphbb12q8sqhbzJUVr2hFRvFGQCIFOZ5VImpDaR4a6DH/RtDj6Gc5T40Ba4SWBLtg9dGuF6sr/7HKypCWSKhMednoiUw7LzChq9kGFjXsAQVPrJVvkFBo7nVdxnSiPd9ErjTfBRWI9IC1StC+YYh7NyPusZmdPItWoNDXZIlbDpHC+MHThbqANNgpUznOHqfdLpAbMMjDb6wzdC79vNWNII24gAw1FoOeup6wSH7r1TjYJrxYuyhXBHb+DpChhjs1hWAzOe3PIS50YcFhV3ZeDAvpq5vdCxmHH9Edh59fnGczDg7bJJBNRyUkmPh+nUSZ+ei6SR54/dpF/D9P/0zvbCe96Lv1fhjp3aIgKiGK9++IwElK72bZCFC4KdDcJyaeRjx/1NO6Hz1wLn3XA0NP6eJUw296QJhHaK8YfPw9mI8vJYuJDpspvsSSNGwnmX9KDw9o//mcAWGy7iA7sWa7PT4K9+8dls+FA09+BNaOFh947VDHn69ZDwwG0z224JQPXxj4e0oU2TjoMHZKkaavGDqoKh8qGwf6whyN4qjcQXTYyegLNj20y9oNO9M6evwKmqEP56GLM4dukZZHputdAO16+xC0vaphFix5gmD8M1N1CrQvZpuWe20Fk2PTIM3rj/dDYGcj7745T8b9wWzafr7dNIov8pBSZYbpVzkwPuZbnmrgiP0K3utIY/Mo7lOsBnt9pY3eDOXOkr5ufSSLDV6FZbuPFmXp4zVK9srYyB9B2yjSWw6Si/dhX8Fsbx4gF0Hp9+axCfRkR9hR0soGm2zQ9bqFjx9F4srJLfyVQPP+iU7xuCpyzVu7/ABtqeYz+hz437H5QpaWT41/bT2lDvv0vrDKAMXdAhT+hztDEnGR4c552sgobCnecfQgpVIscz+PWz9g3OzDQS+U1eaRs0p0h0iELO23vF9GDpEXGtKNh//caVIlhwfUamEv7dp/fiPpTNuR6qnovfy3/w6EKPE1r3jKHerxZBb2hfx5ucBtk88iWvwU+t0i9uwtrD1V3Hi5AvTXvfU3Ctm4XTD/osMmRlws+Wmx4+gWKNf23aoFbvt6UuGCJeMvT4fhq5VN8c1woN6ccVu2CcT+XYb2ganZfFXZdGtpvO6wjA173mvySgk42s/sWHqF9r4fkU2M+6tfAKfLxHya4BroVGbh6Bfs8qn32FJ5598v4FjWrvvWZ8hPw+OxTKAdsv/dq5FWrSVHzXgMfUkm8dg1XXnWxOwvlGdUZfeKOo4TPP4zSSQGObIQhX+dcdkISBcx0bjSD9/LceLyj66ElMEFwheUrh8IS52Nziv+/mbYqpn+A9OJJxhBnaHKoTkoH7fIUmTeHjqJRcGxhiQWPqBJ9KVf/d8hT370hhuRBM081xkIIXONqHreDbMU37CBhPF8h2CSp8qX6eBi1Ck8Y0X6Cut2tc04PBF2ZNTWFU+vodfvBzsj5VFhxrkK+9DpXLBD1KoNonh4KDLWnk+1c3G3P49U4gmy1U8pj8EQbHaHPa8mHQzZHwWzCGVkK5GrJwfP/J2ob3pYy/mAe6bLBxEIR+inJVlnD/QDMlCDLnaBqEQyehJup4uE2uTyWsHd+NLc/GQEnHHRXJ0EbT3qAeau/dLzsMrxwtGx+Dh/ZxF0xB2cGrnw90pZGKDI18E6jP/c3+CDSdemkZAgP6PjGWwD1Wgevb4ZV278fd0JXBJ2wQBjWvT23pTiN88zcPdcJH04YsH2BRrRjDCtyarEcj0JNGcrJFnklAU2+6CDn432uxqel//Q2Jtxchtf+iJ3VvGnm59+spMTidzndSH5q6NOwwg5S14+M2sPT2ZXGRPpy7atvXnTA0bV2JIqT/wFN6GIrRi5cGw/VhFPco6NNILZkIg3eerrScSCMT/62F2MNYr6yDrlCHSjY8HjqyW5s3QYeeXYIt8JUH89RbyN3p8i7sF+5RwsbSWGgkWH8uBT6YL3tSDcvGdn0YgS9Xucq/we+/aMKmoW2fC43BIurfPmnQHM42N9yzhQNfln9chJHKlf0v4M5TnMoT8ODtIrZZaN6pMbEEtXL4NqWwpxP27ycWLsNGsbqP+bBWq/hkB3x3I5p5BqpKss8twprrN4eoOdLJ4Id+z9+QzYnNegX+eX+I0HGmk3r66C87IIutQ7wRpFLq9rWCveuN7Byg0FvdBp/t6eR+Tkh5MJR3rLsWBV2W/rMrgSOszay90MFZjWoYLlc8+DUG97/6eOATfzrR/MyoPAF/T6lIzsKMhj1TXALppDizploFTh7gK9SBwlMxmYYw4mqap9HOdJKQQOdqBauCzzs6wMplRZIANzQ38DyFjGmh7O3wlP0+5h44FrGBk0Eb8dCs8bHDzynLwnywXFRmnya8c6HqmBOcdf3i7gH9j/D7+EOXZ+slj53GeverDp2EB9+e8Pf9184PYr4M/0vSb22GZVxqUx1Q99nuzf3wplL90vkAnHvzsFgc1AmhN6PAa3OTq7WQrr2wdxSGCW5c9xPeyj+3cx7K0i5fPktBXmRn+yLglcxfnAmQBIhsrIJRn+Ro++BtS1edEehFUxD+DWoyanRrXE0nq3I+XHrw7eXyI6bwldGuW+fh9MfdSxWQfq1a4z4MsFWOeAyX1KavZGSnE95U5uFcyCe6S6gEyrcoBPbB/mHrKwLX0knK7NuhHTBcz0RIATZ5bZK6WZROXg/mB1RA3xTlp7UwaE+S2hf4K9TRnbEY6//eU8MBw+9yrNsGY2OjCopfppMnS260VbC2zdz1IVQQ1zcdh8ScX5WnBflgMMkRhEJ8sWuScBvfbXWfrnTiefG/omDIYb1tUzQMdNCruQWpRZ1t3sJKx/5n7+H3FTPpz7BNVNOG/j3qjeH7SzYoaJajyAffVAbZHISKnhnnz8Iy9qQfEbB5W+LRBGj/Mv6n+3A6eXFyyMEXDgXs6QyBZxo/ZN6AJXlmti1w8OiX153wz/kwzQGotVnmYuUYxsfwr9VBjRNcAU+hpbx+6zTMv+Jzk/trOvn0rJRPEArafqVIQi4LIaXypXTCXW39qAa2JaRpN0HapmfWX6AGoTnJtIz5T52b4oSybPN+26EfLW3YT6kM8lZJVGQBvqYxbFu3M4O4mDdVqkLDxI6fp2B9xL4Mf7iV7YnqeVgmHMfnrJRBHm+WafOEaiUDQYGwbs9bhVzYvd0ppwNW/DE17IcKXgeWPsGID53J8doZhJf+1P506DPIuJQDD7YkxnZAy0P69nMwvESKcw3eLeFso9dBO+F6yomDGeRkfLbBGbimkEt3Dvalsd6+BQM5nlzthNy+dFYDsDjMjO0LnJMsUDQyRPyvJ6etoN029duO0Pa1vG0q/NOmaFwHkwdbGJ/CgDHrlW/wx94bP1mNMshFR++yLfDsngNuwtBFU5iOzQXxv/To5oWqTI/yRGBwkFafATy9SMPsCwNGUt+HwB3hosUx8HOeo9Rl1wxi/OvEYj5sXPFtLYOCed9pu2G4qHElt1sGod5WHiYIP3RtMpaCFQeYzc+HZBDZw36ycfCbwueNafCCq++x53DF40bNHMyjtU1bg8/dt3ozhGYQz6MxjOLw7Y9j32Rht8G+FyrwSh2bxnFoJG5YEwfpKk+lpcGc9RTvHLjhMYPr5UsZpMb/vfENKEF1Z085FD9n3NcNz+iaBizBSUMXe9oErCNxQZcVLvTn79oC0+3buIThgQd/V3dC/8Cl6xbwBqHsiIGUKVr2FPjR98LiFRj0U9ZofUoG2baeWYkZWvz4IcQFj9E97FCHsbUXzrnAxT15Ll5QM/mFydl/bXbX38GZWJfv4edoWEDF2Z0MNx9Wu/AEejZ8UR+H+/dGSc9CjqQd21ag626tXrfcDFJpsLHNB1bpfGwMge7fz1BuwuK8jy6voPaFaZs+2EcYTD7C7klu6qAinHOr/0o41Ev4MH8JKnYpDz6CBY/Sm79A2RCNx1NwQGDq4V94KOCZ1pEa1JOPh64T/Gq/1cATPnUTtM+AOzsOej+CzqLKAS+hoseu4E5oEWXXm/Ygg1Ax/R7MgXWRqaPFMGfAkPotNL5IL7QAs6NGd6x/iO98X8oxQx4S+PFNE+6ntcPke6jvYrzwGRYomUgwP8Y8LjedNSAv2/szerDjLmeoGWy8dSBy4/MM8ohfgMINgxPX8gRhxPLTQX2Yq1PF5QP1vd+IhsC5rN+7Y6BLEq3q81Hkwy/NsQNauEvE9ENuXRW3zV8ySKiopqge3PJEwsAMdp3c4m0Lx00b1PPHcO4DGc5lcNQ34FINvL7P8doyvB2TpCT6NYP09jxzkIH68lSxyrBx4cVFmUnktyy0WhlWnFEd1oF1mmfjPP75V0AxA/K7bne8Dq2/Cl0qhf03g/d2wc2en9/T/sC8t3bRboK3ly7I8kJrTdvJtN8ZpMd/fGsu1H8ealQCHX5u3tQJA8srqGnmUEeTF3ezwCmdUy48cB/XVPXQMt6Paa2Jr1B2IltgBsbNHFzkXckgLAULjMbw9NMrWoehx5pW0HFoJMjL6rGKexYboRsAA5hnQi9A+0PzR0vh48hf3oPQTLm4dAxGbXT59AuaD0VseEGdScqYirTfwq6jb0M/wPRvLEUbaTKJbW1+B4GbQ3gZDeAPp6v7LWG1gPm9XyyZpJaTzC/CZrndKrSsmYRGy1B3F9zK9MrUGr68SpVxDD4xV+s/BY9dHl/w25VJBO0GTc9DX4e+W3H/3CDq9gimFcaJTsMh4+6wJciwR6SfViaTePNJBhtqZRLhAeNPVrBu9NyBY9Dvp+/HeBitGH32HtR/PzPSCBVfuuq2Qsnh3S4KhplEpmq1Sx1q9L4hetA2xW7BGzaF820vgvmdigl34Dsf68WHMH1DpsNVq0xSM1fecxPeU23Xr4RjTxO3v4dCirKz660ziVhaittGaKS/MMQNW/Mz3Q+6ZZLMfL7vFnCcpsTDAY74C/vGQQ3xj2eroTtT5dIj6GAeHdoCYw69yb54OpMEXasTTIMspqXFOXC/bG3TS2g67Wi/DBuqs0fpvDIJ1/DQSTbIZLLo9xO2eY0sLfzrX2iPoD7zL873okrw6B8h7ePwQcaRVg84nZNlEgib5j+9sw9CPIx1zu5wOD5j2hfuH7AUzYVs+26NdcFSngC+FRgh4W0ifjaT7PXoGZKD6ds1T6lBnoan9erhmUTrSb+xHjyl8ueTGawort0VCnf3fQkuhkXOuqx3ob3r7RsN8PFad6JqBM5p8pqgLuQy9qwxgTpOf2mC4d6ZdxaF8Ovp798q4UVHutCHsK/EQeFiTCZRSpRto0D+cfpjOZDU3jXvggfO9+puiM0k2WtrQ2ywdV7OfytkLLk9Z5KE+lFYST0Kv6uY7zoBv93xVsuGI163bjdDyW0tjxahY0CSDW0y8m5oO88KfzqazdJdxjqdwZls8O7zcuWt0Pxu/QtduFtZ2cIbMrdVzAfDg8M7smOg5oPf8mJXcE82jPfJQpYPo+dU/7UP8jOdgKmJHdkpkJaGhWTD66sWo4VwM0eD/1u4I1l5wxK0k31eRns1k6xYWplsgo8iv9znKUTd8Bo4C0MB9bpNu+ClrQZeTtBzf49gEuwfSei4DJ3pjIILYKhrbeOzokzC/kPfowNeXRvd8h7ebr/2lroYcby8HrsL6rwJU1SGD5xdPutAL5eYHWLlqIu+bx9kodo7swRV2Byua3YCMmXY8aRCzXKmtmyobfEkuAhum/TbKFqbSW64TDTLQNsA1zAVeC2wOD4a+pqaiNVDD3bZkWa4epL78lsY2cv42LQxkyQlHQyzhftHU9VcobfNkiIFltVVyDyCD1KVf76EjRtel3fBii2BrtueYz+mXTskoIak4qQ8zOli/mMHxXLkqeLgCt+Hp2nwlmpcdC6k39Jeot+aSeb0Ok9bwPGtI7sdYHTvcaN42GpqdaIGKn8v2fkYLkpQz7ZBhmMBEwltmWSh91hVFnw5ZRF0A+q3eKa/hqunh+8swAlLriDq9kyy/MlSkwU+ZrrRc6MD72KIb24FtM8wdKuDMVEryZ//9ffE3Wd5g/x3F4dvgX5nXxuIQB8ua0WvT5lErjec+RyU1bv3OQru428nd2CxyPbcASg/leE/Bg+c3mw0DY3nTWdGv2WSmSNtHVNw2P9g2SIcF7q8TWw8k1SVjyaZQjejW6dsYWVxoJ4rPLN/y7HxzVkku/6m3W8YzaBkswa1K7sNpbiyiOl2FU1rqEfNqXYcGjyeU/KEKz42QmuSWWQm8Y80o1QWWZd8VXkz7N20388Qfou9UBAEM2N9KyNhtefp+iRoor6Vr1I+i4iLKe18CK0Xj6o3Qwed9zc3KGSRktVbSxrQYEh640F4q7huuyV8pEXRYFDNIu/rSyw5IbX4Sw9+2KKR0moAn0++FAuCDV3SGpGQ5Va2ZRJkZ5f2WFbLIh/pS6M2qGeRTTM7c9jhftaENQ1IG2Jw/BSkmeQKDoB3jSfSwmHK5OiteJJFLoxPNmdA7YHlj3mw6Bp11Ge4/JtTQkwrC38/JujIwZN3mBzUYIXVmecL2llEhnXPJ2qdLLKzkXqVBcbxxXurwpX6nV9cYSGX9npfyO3mwB8GTxfkxdYYY1+X3pY/htu96bvaodPSXtcF6FvosSxyKIvkn58UlIU3DvsdUIV3958pVrXLIkF1zO90YZNCFZ0Z9A9Iaw6DmWttUWWwruX+vVpYfLV89Am8drhX48hx7Pvcdh9n6F3sVegFf/XS+F6DknxcWq1QoLbSrwe62pmWjEAGtqWBCcjcWc76BwblnNBZ55RFooyeDwvBg3Zm/9nA5qsWXCfg/Kj9QW84ruodFgKruJkOlcLnu/gE+mDjX3+LT//Gd/ZfnIR8HMr0Zc5ZhHNgp3otLL0j4fMENie76f6EO0qZ+fhcUCeLJiZikN0mJ1oOpvRFmjK6ZRFN1tGLm+GwteFjAXiEVyPXCO5PKgw5B6tdre5FQwdT1skUyDnynPOEO+Lj4DfyhrlHwqND4KstR11LoctEjX4ftGp1jPgE/R5w1E9CW/5lo4HoLHLuYefVMShwrvLrNPwfSlYcdQ==</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="13232">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="13" id="controllerType=0 controllerNumber=1 scan=14" defaultArrayLength="174">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="143.117858886719" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.122186e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="6.2564815e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.10693359375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="727.888000488281" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.14.14.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=14&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.138876666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 379.20@hcd42.00 [100.00-770.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="6.866637229919" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="379.19500732421875" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="770.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=13">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="379.195007324219" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="379.195007324219" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="7.748355e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="944">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1128">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="14" id="controllerType=0 controllerNumber=1 scan=15" defaultArrayLength="195">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="372.215911865234" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.87559375e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="4.6235645e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.075538635254" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="728.7451171875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.15.15.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=15&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.14259" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 372.22@hcd42.00 [100.00-755.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="10.571063995361" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="372.21658325195313" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="755.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=13">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="372.216583251953" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="372.216583251953" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="9.824535e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1048">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>eJwtz09MFGcYx/G3u9hDPbQu1aQtbQZGo5GYGLVJuejILpvYpjXZ2qKtxGFX0PKnKFItRWXcYUlqtn/EpLGN4sgiB26Cfw4cHGehhx5qS2ICyOEt7ElNjK7ZamqM4fv09Mnvmd/zvu8opbw7ZXsspZTTvgHtTAytO3H0u12ZHx2QnO37ckk9Milml+1d0vg+htaP/ej1T4npsoYl1Zp8w//zfdz3W8jGOhOtoBb9iqjYFmpkfiGNOp5D7/dFyf+Ek7yrwhRfjaI+nxJ/TaY4Z9BF51gOvVKAll23n97MRfSKt1CNBTK/HG5i7x1TjK9GezCFRocrFoea5N3DqP5cRP0o3My5QTs69wP0nyyiqn79AN+vV6Kfr0VrKnkQP82h9+4w6rk8qnotuUl9xV48jLqxDNUzE42/Ui3s73BRTw2h8d8kqs8L8n3CaCUfdNEqy6N+WkBjrdlGLx9FXYqhf6NPLA3JvHIY7W0FdC7F2pnvHEY1uojGuvDX3PNmDP3ZOtTdKXQ+zqDRd1l65rIO9j+Z7JBzC2g9W3GI+85F0PmsCr22FjEygMbMY7T80GHua6pF73QCrewAqu1jqK8F0huckd6FBcnbw5349wBajaPoGQGqtmmZtyaP4PpOtN/Lod42Lnk+1MW7RirFsIm2l0D9Sxqdh2PoFRZQHS9KToS+of8igtaDKsnFTWi8kkJnVat8H+pEVVF+lNxpov3GZsk/1KKOTkiO58XbC9J7K3wMpzej1RWV3PMRqpW70LsVSM6Wf0vv32l0Piii/cTsprd7HNXhs99x7wtR3cyhdzuPfvWKHv5nxxHUrovexqvoxKqP47grXjmLfnMO1YH9J5g3dKE1b57kvEwvepscdLZs6eV9iSqHXv161PVJVO8Hkn++h86Zx+j3fHiKva07Ue1JoM7+gc6+ack/zcn3cwuSt9akybMJNM5/gf7FJNonR2WeHZPeyGmXvfRrfZyrI2jcexvVRBXqml70n2fQK03K/O6szGfnJC9PZdiLtGZkb3c//fKbqEpT/dZLjFSeKQ==</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1268">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="15" id="controllerType=0 controllerNumber=1 scan=16" defaultArrayLength="164">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="120.08048248291" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="9.08636625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="3.43446225e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070701599121" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="633.047058105469" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.16.16.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=16&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.146415" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 312.16@hcd42.00 [100.00-635.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="11.217841148376" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="312.16067504882813" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="635.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=13">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="312.160675048828" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="312.160675048828" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="8.298003125e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="892">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1072">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="16" id="controllerType=0 controllerNumber=1 scan=17" defaultArrayLength="9958" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="420.713562011719" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.0141358e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="5.70867968e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000056909272" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497272418424" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.17.17. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=17&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.15217" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.862278103828" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="80976">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="13348">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="17" id="controllerType=0 controllerNumber=1 scan=18" defaultArrayLength="173">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="372.216674804688" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="4.8839490625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="5.6768035e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070755004883" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="685.385559082031" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.18.18.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=18&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.16941" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 372.22@hcd42.00 [100.00-755.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="8.419634819031" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="372.216552734375" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="755.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=17">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="372.216552734375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="372.216552734375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.95357775e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="928">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1120">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="18" id="controllerType=0 controllerNumber=1 scan=19" defaultArrayLength="214">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102188110352" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.05968640625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="3.29877525e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070686340332" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="975.442138671875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.19.19.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=19&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.17319" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 537.76@hcd42.00 [100.00-1090.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="19.327289581299" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="537.76153564453125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1090.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=17">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="537.761535644531" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="537.761535644531" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.875681125e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1132">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1388">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="19" id="controllerType=0 controllerNumber=1 scan=20" defaultArrayLength="182">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="465.741027832031" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="4.6406528125e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="3.51850425e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.106948852539" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="922.250427246094" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.20.20.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=20&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.177046666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 465.74@hcd42.00 [100.00-945.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="15.080616950989" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="465.74038696289063" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="945.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=17">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="465.740386962891" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="465.740386962891" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="9.017125e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1004">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1188">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="20" id="controllerType=0 controllerNumber=1 scan=21" defaultArrayLength="151">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="120.08048248291" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.40791828125e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="2.50771725e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.106918334961" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="856.422546386719" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.21.21.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=21&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.18088" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 439.69@hcd42.00 [100.00-890.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="5"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="23.642866134644" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="439.68682861328125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="890.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=17">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="439.686828613281" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="439.686828613281" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.26569675e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="824">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>eJwt0E1IFHEYx/G/uUKXoEYqWg+tu1DoIcg66KGadjWEOmmXymLc9b2UdDVf1mLaXZW2whQJQsPRlVKCLhLmoRq0LhFIFoSXGFqL8JIv26GwqL5Pc/nwe/7P88x/RillfzhxRld/n9ODaI0Oof15DT2J+Ll/Or1ZFXi7F+2+V5K7XeeZO1yM5r6sC+SKEnQCPoN+24/62YD4Nii6k2g0bKlkvseLdiCJxnpukPsNh9CYjYlfx0LcL5REJz2HqvsT6ntSUh8V9f2baKb9VfQNeau5p3tCfJNC9S2zhv1rPnT2JlH/HqjlfU0h1HdWoVGYWcd8ewzVyXg9OScp1kygMZxCNZfZwPeVuC6SNR9aM8Vor46jZyFwibqWRNsqbqS/PoTW/So0R2KoP403yv9KSt/rCamn55vwagoN17Lk+YzL5LYdaA5oaI94UR0tEIta0DkVlZwaQCuiNXPPL7niby+q9YNoPCtAy/BLfiGqjjLUF0W1NCbzRVoLfVMF6Mn2o/nkv8tB1DdapG/1puTmRTlPecPUF4Jor82i0661kq95Ud+cEm1vG3MbeWht3ECPy32FPZNRtHwJVKXTaHtW0EyXtbPnWBhNfxcaOdNi3Tt0Iim0fmkd7NnmQ9MsR/vItOSgrxNdh1DvF43sANqPEqj6B8U7k9L30t2FgwH0jJejOhBCx1mR+vHKCHvuioZWJXmmGpWrBs2HYdS7W9HzswutUER8HJP+8HuTPbVLaBXlX2du8l6U89G8GG5tQLOzME7/7lK0E7fQeTCOno9LqP/I76EvmtFLPfwcze27+qhXzif0PxnNMvo=</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="988">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="21" id="controllerType=0 controllerNumber=1 scan=22" defaultArrayLength="9738" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="420.713562011719" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5.835572e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="8.51573184e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000056924464" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270741635" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.22.22. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=22&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.18667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.673444569111" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="79132">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="13148">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="22" id="controllerType=0 controllerNumber=1 scan=23" defaultArrayLength="147">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="428.261474609375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="9.664278125e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="5.1206665e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070442199707" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="727.996154785156" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.23.23.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=23&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.204228333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 428.72@hcd42.00 [100.00-870.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="10.741870880127" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="428.71627807617188" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="870.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=22">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="428.716278076172" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="428.716278076172" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.1455403e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="812">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="976">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="23" id="controllerType=0 controllerNumber=1 scan=24" defaultArrayLength="190">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="409.21875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="9.97198e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="9.484414e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070518493652" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="802.236206054688" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.24.24.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=24&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.208018333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 410.68@hcd42.00 [100.00-835.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="7.12370634079" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="410.6827392578125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="835.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=22">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="410.682739257813" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="410.682739257813" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="4.07739075e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1020">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1252">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="24" id="controllerType=0 controllerNumber=1 scan=25" defaultArrayLength="154">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="363.199005126953" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6.633224375e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="3.18459625e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.075492858887" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="667.270935058594" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.25.25.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=25&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.211808333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 363.22@hcd42.00 [100.00-740.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="15.065729141235" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="363.21835327148438" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="740.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=22">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="363.218353271484" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="363.218353271484" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.964750625e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="852">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1016">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="25" id="controllerType=0 controllerNumber=1 scan=26" defaultArrayLength="127">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102111816406" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="50228.6953125" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="6.436986875e05"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="102.054840087891" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="555.323486328125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.26.26.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=26&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.215696666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 326.69@hcd42.00 [100.00-665.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="5"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="29.576204299927" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="326.69204711914063" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="665.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=22">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="326.692047119141" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="326.692047119141" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="4.9776115625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="724">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="848">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="26" id="controllerType=0 controllerNumber=1 scan=27" defaultArrayLength="118">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="346.227752685547" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.56310225e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="4.782023e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.050262451172" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="667.271850585938" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.27.27.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=27&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.219821666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 347.68@hcd42.00 [100.00-710.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="6"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="10.186631202698" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="347.67904663085938" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="710.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=22">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="347.679046630859" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="347.679046630859" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="3.445651e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="668">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="796">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="27" id="controllerType=0 controllerNumber=1 scan=28" defaultArrayLength="9885" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="420.7138671875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6.11941e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="6.43973568e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.00005690968" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270254321" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.28.28. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=28&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.225335" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.821458399296" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="80336">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="13436">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="28" id="controllerType=0 controllerNumber=1 scan=29" defaultArrayLength="198">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="409.219116210938" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="8.74739375e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="8.3362735e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.339851379395" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="808.36474609375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.29.29.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=29&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.242605" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 410.68@hcd42.00 [100.00-835.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="8.269618988037" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="410.68313598632813" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="835.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=28">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="410.683135986328" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="410.683135986328" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="3.7080305e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1044">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1288">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="29" id="controllerType=0 controllerNumber=1 scan=30" defaultArrayLength="206">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="321.498626708984" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="4.0419796875e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="6.1622245e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070266723633" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="923.308166503906" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.30.30.3 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=30&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.246373333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 332.85@hcd42.00 [100.00-1010.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="12.258334159851" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="332.84909057617188" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1010.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=28">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="332.849090576172" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="332.849090576172" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="3"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.6634895e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1104">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1332">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="30" id="controllerType=0 controllerNumber=1 scan=31" defaultArrayLength="112">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="363.198455810547" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6.314129375e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="3.23633325e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.074806213379" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="715.031616210938" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.31.31.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=31&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.250256666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 363.22@hcd42.00 [100.00-740.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="10.097373962402" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="363.21856689453125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="740.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=28">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="363.218566894531" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="363.218566894531" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.591466375e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="660">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="768">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="31" id="controllerType=0 controllerNumber=1 scan=32" defaultArrayLength="166">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="120.080551147461" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="3.111761875e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="3.0278705e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.106964111328" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="764.414184570313" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.32.32.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=32&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.254056666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 439.69@hcd42.00 [100.00-890.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="5"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="22.078268051147" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="439.68707275390625" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="890.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=28">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="439.687072753906" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="439.687072753906" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.040197875e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="888">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>eJwt0F1Ik1EYB/CjzoK6iNYHtd2cbUVoBKkQFH28bjMrKyohEMtet7mVaeUsKw087V0aU4u+oLLkZe+6EMOLRNKCOjYib4ywm6QuXpiR2Qf2oYUEhv/Hqx///3mew+EwxsS77SUKY8wsvQ5lWzvkLdHSWfVY5qFZxWUv5NpLqArLYZz3Z0IzshoqOV4o12SWoe8l9e55ZDiLLCsg1yePQK9LhQNuKEs80Pzgg+qeAOQ2g/qKtHLkqnRoNjkhm66C6k6D+hVJqEw4fMjtfsgfa1AWPoXMYfiR60j++wUUS1NQLTAC6O2uCjIB5VCqgv4pI4i5CVJ6XdD8RUq7Qf70hLB/0k86AqG5+6FSpx3F3LckFNUpcnf0GOYOXoXKSgOyUALq7SkoZUYlzgs1sshyHO+wucjvXsh7/FB8jUP2Z5T6IU8V8hIDmglvNeZq/FC/HyDvaVD2RaHyw6im/QT1RZYTcDJJXklBYRmF5kDaKdi4GMobVqh2OKHYmgvZpjDlHRHIR6/RfIO1Bv0nB2TpLqhM5UB9YR6Ue910/pwUDQcgfzOn+xFpt4bxns5cyBe5yV5Sf7Yfio8+yCbDlMPDUI45a+GwD5qf26A63g/1Rutp5JgTsn+5kG+OQeXLHSinO6H46zyDfkEx5INxqM631eG8Kwj1BxHIN8Sgsq2HelZ8Fr0ehiqvhWJLPVTyNSiXd0Ez9Bay+hTlGes55BknVPN7KPtc57HfmgfFMg/ktzXKg7Z6zN/yQFMvhso6PxRjpPJ6nHKl2oD9J6SwB6DsCEIWryX7NFL3XMC9d6fI1hEBN2ZfxF57OVSDayO4d/oVFPEsDbZGILsZj2Ju5D3kE9mXcM+qh03Iu/zNeGdLN7kv1az8B9t9Vjo=</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1084">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="32" id="controllerType=0 controllerNumber=1 scan=33" defaultArrayLength="200">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102157592773" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.735060625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.198586125e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.106864929199" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="555.324829101563" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.33.33.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=33&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.258141666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 326.69@hcd42.00 [100.00-665.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="6"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="26.986120223999" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="326.69223022460938" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="665.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=28">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="326.692230224609" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="326.692230224609" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="4.5301465625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1060">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1280">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="33" id="controllerType=0 controllerNumber=1 scan=34" defaultArrayLength="226">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="480.747283935547" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="54514.78515625" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="7.478691875e05"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070579528809" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="902.431091308594" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.34.34.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=34&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.262566666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 480.75@hcd42.00 [100.00-975.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="7"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="55.477760314941" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="480.74624633789063" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="975.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=28">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="480.746246337891" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="480.746246337891" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.0825371875e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1188">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1432">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="34" id="controllerType=0 controllerNumber=1 scan=35" defaultArrayLength="236">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="696.381469726563" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="47280.8984375" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="5.1554959375e05"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070648193359" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1388.576049804688" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.35.35.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=35&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.266948333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 697.83@hcd42.00 [100.00-1410.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="8"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="95.273765563965" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="697.3258056640625" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1410.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=28">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="697.826232910156" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="697.325805664063" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.4006871875e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1240">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1484">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="35" id="controllerType=0 controllerNumber=1 scan=36" defaultArrayLength="9494" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="420.713500976563" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.724916e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="6.37017792e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000056879877" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270235578" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.36.36. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=36&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.273836666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.671850264072" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="77112">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="12868">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="36" id="controllerType=0 controllerNumber=1 scan=37" defaultArrayLength="82">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="375.198059082031" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7.7925805e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="3.6194852e07"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.107208251953" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="595.349548339844" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.37.37.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=37&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.291306666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 308.69@hcd42.00 [100.00-630.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="1.259142398834" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="308.692138671875" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="630.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=36">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="308.692138671875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="308.692138671875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.128606e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="488">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>eJwlz00oBGEcx/GJdXGQCAeHnYhELm5cjPeDuKyL0A7rPS9rd7y/TUwJN/YkZRCODkgp9djaUiIcERMnRXnNifB9Tp9+/7dnRlEU86a8VlP+HJ5G3bOAzmYItZlgnTSm/l/VjEgtVwPzcxHvv0pZuk7dW4Ii4kNzeRWdlz20c92NaHl97B/50ExdR9svFZ9hWX9da+H9swcUz9Gt5MduFBUb7bw/5uogH6ehWujqpL56h3pKRhdZlEirLRTiFrX3sh5sMtAJWmgnuHuZv85E7dxC8yqE4rDNT//7AtXUe5m77vuYz3pDO5wXoP8VRicUFaQfX4mK24PqXkDaPyYtyjOYP/WjuFtAO3KJ+mJxP99TtY5O3I7MLs8A90UTOocBNH9WUM0JDpJTDNRnpWr+NNpJW+g8JQwx9544Qr7YR+1jcZS9rF20zzzj7M/XTPA/pc2oZxvSbWOS+oGFekGsyd1Q8hR3T5amtF8DBKsq</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="584">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="37" id="controllerType=0 controllerNumber=1 scan=38" defaultArrayLength="193">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="426.7431640625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5.36354875e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="4.1704e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070594787598" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="794.442077636719" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.38.38.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=38&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.295331666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 426.74@hcd42.00 [100.00-865.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="13.304651260376" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="426.74273681640625" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="865.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=36">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="426.742736816406" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="426.742736816406" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="4.5224075e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1040">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1252">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="38" id="controllerType=0 controllerNumber=1 scan=39" defaultArrayLength="117">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="346.228271484375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="8.792921875e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="4.0265255e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070671081543" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="677.958190917969" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.39.39.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=39&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.29926" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 347.68@hcd42.00 [100.00-710.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="11.10756111145" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="347.67892456054688" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="710.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=36">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="347.678924560547" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="347.678924560547" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.83442525e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="660">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="800">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="39" id="controllerType=0 controllerNumber=1 scan=40" defaultArrayLength="114">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="438.256439208984" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5.93335e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="4.5226795e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.106964111328" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="885.716857910156" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.40.40.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=40&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.303075" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 439.23@hcd42.00 [100.00-890.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="5"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="10.325754165649" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="437.24990844726563" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="890.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=36">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="439.228973388672" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="437.249908447266" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.14883675e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="668">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="780">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="40" id="controllerType=0 controllerNumber=1 scan=41" defaultArrayLength="9531" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="356.192321777344" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.8706712e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="9.31902272e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000056942567" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270280165" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.41.41. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=41&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.30867" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.595673918724" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="77400">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="13152">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="41" id="controllerType=0 controllerNumber=1 scan=42" defaultArrayLength="100">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102111816406" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.928927e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.6068602e07"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.107299804688" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="545.326416015625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.42.42.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=42&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.326366666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 308.69@hcd42.00 [100.00-630.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="3.101012945175" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="308.69207763671875" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="630.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=41">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="308.692077636719" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="308.692077636719" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.1452706e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="592">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="708">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="42" id="controllerType=0 controllerNumber=1 scan=43" defaultArrayLength="178">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="234.145050048828" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.013391875e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="9.110353e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.107002258301" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="899.742980957031" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.43.43.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=43&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.330065" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 447.72@hcd42.00 [100.00-910.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="7.715733528137" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="447.72418212890625" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="910.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=41">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="447.724182128906" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="447.724182128906" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="8.312836e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="964">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1164">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="43" id="controllerType=0 controllerNumber=1 scan=44" defaultArrayLength="96">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="437.250549316406" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="3.979051e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.3399664e07"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.107398986816" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="845.083190917969" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.44.44.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=44&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.333741666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 438.23@hcd42.00 [100.00-890.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="3.416611671448" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="437.24981689453125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="890.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=41">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="438.233856201172" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="437.249816894531" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.0559541e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="588">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="680">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="44" id="controllerType=0 controllerNumber=1 scan=45" defaultArrayLength="177">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="480.74609375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.61873390625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.855299625e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070671081543" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="947.037963867188" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.45.45.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=45&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.337353333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 480.75@hcd42.00 [100.00-975.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="5"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="24.265277862549" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="480.74569702148438" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="975.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=41">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="480.745697021484" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="480.745697021484" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.5217685e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="968">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1140">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="45" id="controllerType=0 controllerNumber=1 scan=46" defaultArrayLength="9382" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="356.192138671875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="3.453986e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="6.9594976e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000058307187" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270238663" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.46.46. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=46&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.34317" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.587785482407" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="76312">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="12240">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="46" id="controllerType=0 controllerNumber=1 scan=47" defaultArrayLength="121">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="244.165512084961" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="3.834245625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="3.0206835e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.5234375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="626.295776367188" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.47.47.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=47&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.360585" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 369.69@hcd42.00 [100.00-750.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="11.684245109558" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="369.69183349609375" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="750.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=46">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="369.691833496094" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="369.691833496094" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.556371625e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="696">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="828">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="47" id="controllerType=0 controllerNumber=1 scan=48" defaultArrayLength="181">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="393.224273681641" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="3.157365625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="3.52276025e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070671081543" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="728.158874511719" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.48.48.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=48&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.36436" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 392.72@hcd42.00 [100.00-800.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="13.459654808044" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="392.7183837890625" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="800.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=46">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="392.718383789063" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="392.718383789063" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="9.35928e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="964">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1172">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="48" id="controllerType=0 controllerNumber=1 scan=49" defaultArrayLength="181">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102081298828" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="8.77456375e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="6.6632405e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.107109069824" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="727.961364746094" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.49.49.3 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=49&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.368318333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 311.52@hcd42.00 [100.00-945.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="5.135529994965" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="311.51800537109375" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="945.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=46">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="311.518005371094" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="311.518005371094" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="3"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="8.702506875e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="976">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1168">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="49" id="controllerType=0 controllerNumber=1 scan=50" defaultArrayLength="151">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="399.235656738281" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.49678390625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="9.77848e05"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.07054901123" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="791.128112792969" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.50.50.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=50&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.372091666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 399.69@hcd42.00 [100.00-810.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="5"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="28.358131408691" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="399.68997192382813" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="810.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=46">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="399.689971923828" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="399.689971923828" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="4.9335403125e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="836">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="980">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="50" id="controllerType=0 controllerNumber=1 scan=51" defaultArrayLength="9576" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="356.1923828125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6.6342204e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.017585856e09"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000056908807" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.4972703219" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.51.51. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=51&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.378006666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.632530748844" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="77864">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="13312">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="51" id="controllerType=0 controllerNumber=1 scan=52" defaultArrayLength="130">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="244.165313720703" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.63354e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.8411464e07"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.106788635254" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="749.36328125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.52.52.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=52&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.396116666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 433.74@hcd42.00 [100.00-880.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="1.736397027969" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="433.73941040039063" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="880.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=51">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="433.739410400391" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="433.739410400391" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="3.0911502e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="736">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="880">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="52" id="controllerType=0 controllerNumber=1 scan=53" defaultArrayLength="245">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102035522461" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.535130125e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="8.2750165e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070541381836" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="992.294067382813" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.53.53.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=53&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.399683333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 515.29@hcd42.00 [100.00-1045.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="10.280141830444" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="515.2872314453125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1045.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=51">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="515.287231445313" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="515.287231445313" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="9.465478e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1264">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1544">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="53" id="controllerType=0 controllerNumber=1 scan=54" defaultArrayLength="199">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="428.260925292969" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="3.07770625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="2.692635e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.890441894531" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1268.968139648438" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.54.54.3 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=54&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.403445" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 427.56@hcd42.00 [100.00-1295.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="19.929172515869" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="427.56051635742188" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1295.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=51">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="427.560516357422" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="427.560516357422" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="3"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="5.709897e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1064">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1276">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="54" id="controllerType=0 controllerNumber=1 scan=55" defaultArrayLength="119">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="244.165267944336" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.6351321875e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.670066625e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.106842041016" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="727.939208984375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.55.55.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=55&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.40746" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 369.69@hcd42.00 [100.00-750.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="5"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="16.814489364624" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="369.69195556640625" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="750.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=51">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="369.691955566406" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="369.691955566406" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="4.7233735e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="692">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="800">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="55" id="controllerType=0 controllerNumber=1 scan=56" defaultArrayLength="216">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="641.326538085938" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.24986625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.1717435e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.07056427002" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1193.641357421875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.56.56.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=56&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.411308333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 640.84@hcd42.00 [100.00-1295.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="6"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="40.145225524902" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="640.83734130859375" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1295.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=51">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="640.837341308594" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="640.837341308594" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="4.14324475e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1152">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>eJwt0F9sFFUUx/HblhqDAsIaS7APd3dIChg1aasxUcy4u/LPoGm1D9QKw2wFCmrbXdnWKu6wXSKCJG3RUIWYyWzSBIgxtmoMoh23/IkSjCmosYZk6KoIPii0NmRjGuP3+PTJ75xz75w7Simdi28wlVLupVWoMr0YfJJDc86mZnwz9ywu+xXVkzOoD1S2/Ke1Ky5mTqNztes5+v8cRsu4ZSP5RCOaG+ZtwrfvxCBmWPSfqkHLj6LfEkN34ndUO8o30w/Com9jUOWh++gCm/xeAlV1PsG90wW05hvPs99gAt1zRdRd1hb2sTvE6jy67xYlX41sJX8dRZ1OiKmmbdRbbTT/HkPVXsTgitFGvttGa1UC3T8j28lP9KLTlUPzrCd5fRH9qoodnF83B51ZD62RU1Kf+QX9e40XqH8ZQz0Tl3xoDJ3zp6T+eVE8Gn+RPfpbUU3l0Vw/ikH10pe494MYmqEcWuv2oJvyUIUr2+l/FkXrt1bJa3KodaiD+6IR9B+pRbMsim7aRr08K3PFfnTe8WTO/0jmRi5Lv1TWyXdO1KLZUNcp74lisHIY1fRXMjdakP6KG9Lf/ViS+0JR9Ls9DO4ZRjNYlKJ+rQGDdCOqoc3o3G+jHhctI4nm+f/9Niv1jgE5//CI3Lco+TL9M2JwZQDVdQ/1wWF0jhfQnSzbiYtr0frZRn80ifq7AXRSBbFtXHwgkmZuZSPq2WxazvdLXp2X/mxB6t9PSv2bSBd7La5Da2FO8paD6B8qoHp8XPJZr5v3LBnplr0nMfjCeAWb16C7d0zytooe5prqMOiLobX6aam3JCRPX+iR/11E94fQq/hpAs1zKdQ1Fa9xLh1C9w4D9YO9aC3Jo6o3dvG9TB26N2NoLhhD3XABncsXpV9TfJ33OVOojp7MYNNFNI9PSR4qc8i3NqPz0HbUdlKM96AyJ6QfnUR37jX0b5Ykl8p3k8/8JH74F7phO8u5Uhta7R6qxLGs7H1D+vFkL+/b34PO1qzk6xNifQnVH2LQVJ5jrqoC/SNzUb9/mxi+HYN20b8rIvXMJVRrK/fIe1NvsGdnHs3BFXvJfYf34ZE8WsOF/ZwLz3+L/MzSA6g/FutPiss39nFuoY1q2RBa9x1DPW9nP3v9eBr9vqEB819vxsMs</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1368">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="56" id="controllerType=0 controllerNumber=1 scan=57" defaultArrayLength="199">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="110.07096862793" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="4.72891375e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="4.534434e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="102.054656982422" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="728.598510742188" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.57.57.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=57&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.415688333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 378.19@hcd42.00 [100.00-770.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="7"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="12.028769493103" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="378.19265747070313" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="770.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=51">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="378.192657470703" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="378.192657470703" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.4020395e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1056">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1292">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="57" id="controllerType=0 controllerNumber=1 scan=58" defaultArrayLength="147">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="393.223999023438" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.62815625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="2.37083425e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070846557617" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="728.245239257813" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.58.58.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=58&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.419468333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 392.72@hcd42.00 [100.00-800.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="8"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="16.727651596069" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="392.7186279296875" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="800.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=51">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="392.718627929688" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="392.718627929688" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.7068965e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="816">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="968">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="58" id="controllerType=0 controllerNumber=1 scan=59" defaultArrayLength="166">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.10205078125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="58596.703125" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="6.668835e05"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070732116699" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="809.385375976563" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.59.59.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=59&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.423375" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 479.77@hcd42.00 [100.00-970.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="9"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="45.146739959717" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="479.7686767578125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="970.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=51">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="479.768676757813" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="479.768676757813" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="5.489746875e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="896">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1068">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="59" id="controllerType=0 controllerNumber=1 scan=60" defaultArrayLength="166">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="477.284973144531" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="3.1428459375e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="2.12570175e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070495605469" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="893.363647460938" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.60.60.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=60&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.427656666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 478.29@hcd42.00 [100.00-970.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="10"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="19.033529281616" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="476.281982421875" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="970.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=51">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="478.288391113281" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="476.281982421875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="6.564174375e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="904">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1072">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="60" id="controllerType=0 controllerNumber=1 scan=61" defaultArrayLength="9099" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="356.192047119141" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="9.2756712e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="8.34181312e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000058356664" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.49727019623" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.61.61. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=61&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.43317" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.588122725487" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="73996">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="12004">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="61" id="controllerType=0 controllerNumber=1 scan=62" defaultArrayLength="172">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="432.253479003906" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.548311625e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.0587044e07"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.107025146484" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="748.365783691406" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.62.62.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=62&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.450533333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 433.74@hcd42.00 [100.00-880.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="6.284954071045" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="433.73895263671875" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="880.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=61">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="433.738952636719" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="433.738952636719" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.2180233e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="924">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1128">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>eJwllHtMT2EYx4+JGKbUcmm2Y5YpNonG9iOnKJYRzSX84dCay8hlky3SmZaF+cfmFnFoIsRMdP856SahX0nl8ssR0UiXn6m05XI+71/P3ud5v9/n+z6XV5IkPSixV5EkSbk72GRZvdftMecJCzxC/1s14KFpnaW43iqs6eOwrHo95a1l5dyNr7F9ox6C68r2s3Dy88o866x9jxnAupYWW9a41/uMezHnnuBXvXPhWxjvJO5qfATf0y0TLR7TOVhPPG2dHX0Jo76B3+OoAF+zsh/cvhM/8d/QfuAvj0KPlJhVAN516w3n/Q8auX9xPnzymFNeVh5tRk8z50VnwakrfOvgaYqVrLgyejm69ZRhv7CLWtGh3n1XCp/tGNZclViI3e0YBH8ljPymUSbeMfRxObbUk/t6aFsLeQ+Oe4U+ezRxvaj/KbjIdvpijDzEPVNbx7ulry2iDsFbf2M3OSrhbbaRR7r18QP+d/nd4FxRvF9+bfAe87wmdMvfDXC12fiNMjv35bgq5kCq3Yse80xiB7pGtFfDm5Qj3ptzj7hWlI5ONXMxOozWgikWn97n0wku3inm5/2Rz/CfLqjFdoX6MGclvz/CV97Tg53eJ/JkeNJP+W8nOrUtbQJfd7VQ9NG3DN66g8yj1tkJj1IZId417gH3lYplQm/SM/QpS/rzibuKwZsV08gnT48gLieHvIA3fCp1V98nMy9KX7qoy+rsBvLlZjEn0rCjoq/xJfTR2BlRw1lpJa5MvfCc+3sm4TcbIsU+rHdvBZ9U+hJ/6gFRB5vdBW5uHjrUuAb2TD3/gbmSZ94ezlzuqoZPLvWgv2aLN3sn+7eJvdyW/wl/shdxY8KyNng9J7P3+qwE7knZW/HLESeph+o+VszneH0e+xFcT5+0wB3Mh97s+ALP7dnoNq7V8x45cM5IdG3/Qh21zQb11+7nkMfI7AanNwaiXwu7xFypf9ayJ8b4heJ/CHajXnJHQgn6oqe1w7MmROgqs9Nffd5h9kEfmMN7tHAvMY9NaWKvgmKpp5R+Dd3K5SFCr81jCPOeEc+eGRuOo1u9nirqmHlT1OFOLnyy85zYI78O8ko1hcQVt2b+LyPFn/9KD/Cnn5rN26n8A6fmqIo=</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="62" id="controllerType=0 controllerNumber=1 scan=63" defaultArrayLength="197">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="110.070907592773" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5.811745625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="5.801631e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.053192138672" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="728.947570800781" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.63.63.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=63&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.454308333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 378.19@hcd42.00 [100.00-770.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="9.476441383362" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="378.19229125976563" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="770.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=61">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="378.192291259766" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="378.192291259766" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="3.9401985e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1052">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>eJwl0FtoVFcUxvHtTAXxwYeJNHYocjxToanQh1BaaAseJ0FBwQtpoTVetjOp0ZjES0yN2uh2Zky8tKVNYguD2JMzBuuVqm1FSuVMkokaE9A8tXjpMWPABy9NRB+CQul/Pf34vrXWPsMopUxt+HNHKWUNL0TVmhbXdqC51IXB+1NW/q9eHUa3PVzN3q00+gczaPb3iZf70Rm4idbhqavIb5Shaa9E/1Cb9Lt6UbUXUC+8iu7e11aT11djYE9dw11FTNPn4xjMrUCruhudN3Po3/HRbAytI8+Oo+sXUWeTCfrsvoT87rS45qz0wbIk7w8m0W9KSe5Ko2nOoX7WK/38ouRovIb9mUmx2UOn6pw4nkc16X3BfNZxVO/2ozVUlPwovJ53l8VQv0iglW2Ufl0O1RO7lrw2hk6zh/5EHvXjUXSX2hvoF4yie7t0I3k8Jt5LonndQ6elT/qhUVSLQnX4e7FO5g/QlNmb+M5lUQ0uQOfTHLozxtA6Ea6nL4+hPllE5SUa6K+kGmSviP6S/Y14o4DmrdhmHKlBa08a3R9z6FT2YFDfh3q5vYV+TDSrlqLfmBD/7UZ3kyfzmydR/XFe8q0J8X5oK++aFWjVJiR/1yt5d2gb+eMw6soEmiMT4s+T6Nenmpjv7BAPjqD7/D46R8clF16JVyLbuR+IYvBTAq2eOvRPeDLPXBBLQs3cHbMx8N5BJ1+O6s8P0fo+LvMfFqOe0on+KVFd65b89Xm5vzEoe0dCX3KXnY7WRzbqo1VidVL6l9vQHzoknu5AdS6L5pkneTKP7t3oDnxoo5Vvkjyc3iF3HdI3dGLwj6j/8mSvJ4dO2Wk0n1yUu4YRuWsvaSHnL2KwIbKb/Wk2BltKvuKdSzYGLeXoz6lAPS2D5mG8lXfSy1E/rULng+PSV9Tskf9lOwazfkM13I/O5sxe3NWFpjRimMei4mABXR3Zx/dLo2jOHEM17xTq98ak73w7xd6BeWi1XkfzTSrN3t8X0Plleob5rxF0D6/EoPM26pLP2ti7U0D17QC6XVfbnP8AchSijw==</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1284">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="63" id="controllerType=0 controllerNumber=1 scan=64" defaultArrayLength="210">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="147.112655639648" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="3.96095e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="4.2400375e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.385269165039" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="750.343505859375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.64.64.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=64&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.458111666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 425.72@hcd42.00 [100.00-865.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="14.693678855896" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="425.72344970703125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="865.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=61">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="425.723449707031" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="425.723449707031" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.838802e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1116">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1364">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="64" id="controllerType=0 controllerNumber=1 scan=65" defaultArrayLength="187">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102005004883" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="4.190055625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="4.681111e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.107078552246" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="918.044006347656" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.65.65.3 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=65&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.462356666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 311.52@hcd42.00 [100.00-945.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="5"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="8.801198959351" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="311.51788330078125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="945.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=61">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="311.517883300781" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="311.517883300781" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="3"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.23284625e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1016">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1200">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="65" id="controllerType=0 controllerNumber=1 scan=66" defaultArrayLength="150">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="267.108642578125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.47107765625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="9.556370625e05"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070877075195" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1031.12841796875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.66.66.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=66&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.466101666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 527.26@hcd42.00 [100.00-1065.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="6"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="48.963184356689" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="527.2626953125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1065.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=61">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="527.2626953125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="527.2626953125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.4802e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="836">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="984">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="66" id="controllerType=0 controllerNumber=1 scan=67" defaultArrayLength="60">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="661.35302734375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.8063359375e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.32953225e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="102.054389953613" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1986.234985351563" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.67.67.3 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=67&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.47038" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 661.95@hcd42.00 [100.00-2000.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="7"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="4.175126075745" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="661.6134033203125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="2000.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=61">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="661.947814941406" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="661.613403320313" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="3"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="6.84563125e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="400">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>eJwlzd8rQ2EYB/AnLubPOKXExXJFGfEWl6Rc4GTNi1pDWZlfNdlZw90w5cc5rL1pKGmyUnK13UzUuKBWKzot5WIuXLhZKTrf5+rT83y/7/MSkRaO6YKIRGAX2n4Tqr5G6SjPLWg3/07BSsAP60OzjpR1B9Eb6oS59sI87j3kFxy1p8clmJ5ZRv4Rh2LlL4J/1qyoo1HniyHfiqyj/3LBli+hkbmCspiFKn0HRbIMqXSygX5LfhO6fqCY7o2jv30D6blpB/tCJYF7I+495Po1lMnJfcy1xQNoDhxi/+oy8X6uFdpaBzRuPTwXu6A22ANldz/334a5Fxxjq17OdR9UE+NsKsT70zD33hN89zjDd9Qn70v3FuaztiP0a6PsVxTmVqtQfTekxD8vc4j/</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="428">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>eJxjYGBQuNP/zIGBgeFARv4JEL3gpM8hMF1x+wZYXNV5P4hO+CF5AMz/MQss3xBadhBEKzRc3gfma+qA5R1m/wDTD84fAJvX8JsRIs5VDzbngOF8sP4DryYdAdvDmnMSbH67FMRcp9VHwfxnCoKOIH3Jcy6B+Awfzp0Gi4tL/AHrn1v7CaLf5iHYHe2bweoUbuaD3bVA5dRhsDvuLr0CNjdSGyzuUF0B8cc3XrB9CVKGD8DqFFXA5jfcmgdWx3C1EuyuBQk9x8D6OqzB7nWQKrwHtqf+5iOwOfntF8HmrOwC+zeBTwVij8GMmxB3Kl8Dmz/7CFj8wJmap2DzZ7dA5K+Vg92T4DD/OFjdnSlgdz3YuwFC31oPdj/DP4j+hgufIOErVAoJr6VqYH86MMmD3XdAWhjsboXD/ZccAHYrlsk=</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="67" id="controllerType=0 controllerNumber=1 scan=68" defaultArrayLength="159">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="482.271606445313" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="45461.62890625" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="3.4378e05"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070335388184" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="836.415832519531" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.68.68.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=68&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.474083333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 483.75@hcd42.00 [100.00-980.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="8"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="84.787490844727" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="483.74688720703125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="980.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=61">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="483.746887207031" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="483.746887207031" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="6.2441175e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="868">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>eJwl0V1IU3EYx/E/m4O6KMJeKK122BbeVlZUEEw3I6IyDKl86+SW+ZrOJbpMPbktTbuy7sI4tBERdFHdx8mXIC2iiwqT6NgkyoJw5kXWRfB9rj78nrf9tymldCN41q+UsmcOo9EbR8s9gPq5EdG8jeaPfRXMDyYqmd+4UCnZVcVeRxC1wUnJfTnV7D3NQ+Vz1WCoBK2Z5Dn6hxw6dzQPWgEvKqsYtaqA1Bsd53lPvreW/p2Q+LgTjdZxyWWOEPci/ahrKTSXxqR+6YvUv3rC7D1vQT2QQv/v56jaai+QX2XERWcd7yhvRXU3g/Yvz0XqL+6hFqut5+7WdL38buOot2ZQW/Q2yPdMoH38kTgzhsbdDOo9Pxpkflsjn7fsQaPHh3Y0IX5LiQ8yMlc3j5bb2UR+4hEbfWhPB9E/EUYrEpf6zwRq7rT0mzJo/pmX/mpXM3deB9A4FkL79QT608EW7rWF0H4WRmM6gerlPcllaZkLT6B+JOcS+5sSaBxNojU1iarA1Up/3w4034XROmminpoXzzvaqJd6UCtfQmU5Iuy9z0X9/m60KwslF7RH5Pe4Jnnvrnb8XCveHEHr1lv0z2bFp0VR7owWo7E8h3pN9jL9dUti3NHBO/xOMRYX3yx1sl8e7eK9V+Oo1jpj5C4vGnMrqL9xXsFhL9pFE+LpNd3M759FeyorPiy9igem0fyb28M99wbUz/h6MbYD/aOFqFXsEUsCaL4Koh3d3sfczmKD+sHSa8x9iKDZ0o/qe2c/800LqNqzqDWvSH3Vvzhmkwn2IpNoJT+iXu1Kyv+Uh9bm7uvkLXFUecNofRqTem7NAPXxTYPcq8u/wf3S9UN4Ih/NU94h/3+GJUy+</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1032">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="68" id="controllerType=0 controllerNumber=1 scan=69" defaultArrayLength="9846" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="356.192260742188" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="4.1099784e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="8.86529856e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000056600306" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497271015328" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.69.69. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=69&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.48084" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.664939939976" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="80000">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="13896">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>eJydXXdYVce3PXbFggo21HCwdw22YB3FAiIgWLCgHhRLrBE1GutYsAsWYlfGEjSK2GPHMfaCHXs5KoJi70YR3nPP731f7u/d3FzW/cfPxLnn3Cl7r7322ns0LdMfuflVMsv8MI2XTk9BxsngX1KRcdqjMtA44/zBr9C4FG+3ZsA4VrrzE+R5WuCmp7bGcZ8Dr5DvlafmvP82jq0Zh63z1km5v82DEXH7I43v6vkG+p7ffB7Te+izaLx5fWM5ZH75gl75oXVJHADtH970yVto3LtepZH3NMvczA7Ny7CkTwwYp48IfY+Mk12bQuefddmN7Z/Gd63uX2lUKYnMlx4xCFpXdm+cDq3rw18/QM9rtDoL8jxt+VZonrWBAlpXza+SxfqYm0pj81sj/dG3cWzD4XfIeFFyOfRc+WlNxW/zLALDckLrG3amArQPD01oBo0LKpv37+Nk+KGC3/7Oj8XmgexjrhG07jwkWvmL03tpHvV3m9PY3//dl3Wv//53cS8K2p/myNhs0O8eV57eRx5U78fuvs717Xv0Fn1pPliOcwUh+7mjI+S3jY4R+aDnHdBt+vt/+sgyix9B49ZUqwi9Z6NbCgdlcYDmRwwZBc2Puf5GOvI80/zjy7dxYtJji31r92fTkOfIOJlnGoQvzGeTsv59fsSZsJbf/m469LA4Z/Z++I5bkB0SbWcru3mQQ3ZXXl4B7Ust+QKES6X/uKyQ/ejyGppXtssDwmWsQO9SyDjj7aJK0DoW7kQ4Q3ZaRutpju1X9Nv3yITOGv15vkkhaN4utaN9wROLFoDsSKecxaFxxRZR3CDmXyJ7oF957QR9T2pdyN7qnT9hePXu1BfIOBb0A2RnZYEWOchuuJ/6bGu87tLGBdrH0y6//Pa9+tTBaj6GZHeEcOlVDdo/+vAvWPx7y7EYtF8eLoRwII/qpEHz8r4CFIdxj4pJyDh9fjz5CVa/BBRPGw2ioXhT293cLjvAG3ay7Yc9bkD+ho1Ix8bVdLLqNwzvZ1j8PMWnK2TfT8+HcDNreBmK6/SGm8nPmqkPa2bmufr+jNzQ7/vLhfaj7H9E/TlnBOEDPbU+tN947QkQLhND+5G/Y9yE7DHvUpNwr/HiCma3GsyA1otXDYfsAd/0AvM7AbkwvmDxqmc0bvI1m+sjqu5WuMPhk01/qjdelQs6F9qXh7a+958+clgZeh8Z8YeyC70CILvCiyfU/ft7c8dJEP5mL5Y+g56fowbhRN7dV/Gz35WD/LPWeTuWD0i9Q/uO9fkZwsk853SM163tWR76nWN2Q/5SVoyj+c30p0UDC95QFkwivkVO2w79biaWKJ6n+QTILvGV5Sl+kP0a5IXmYfjql8hzRaccKg+RsZb8AHsSYZX31fOugXhW82m1qtD+Sy+B5Xtyjf8LGWcO8Mz4Nk702APxnIZrApYPC4qCeEX+4QQU94lDF+l5InsdirvFADeIzzGdrzaH/MLJsS2h33tnI8RnmO2qVYHsUbUSRTC7+RnLDwzKjfmHe10gv6Yt+gLF0TK2FIQHtA1TVHw81Okj9NzTFTC+YNwzjA+O960B8aurhmQgz9PM8hC+NBI/OtN7GrugfJ2Wy7cMjXNsYLEfuMMBiIeQEZ0w/7V8q8ovrN1GfLop04kfZ+8+QH7APIzxGnrsBeInuIMHhttdgwg/GHMK5YDi/9f9FS6PGgDx+3q8f2HIL3SYCs0Xc0nC8qi/V8X4giUPyQ/I1LLO0Pxe8IT4J1atPYYz932G8h585R+Q3WJ+jQgH8qmB6jy1GQHhau1yPwgH6z1rQvklkZylDPSebuWgc6IFDYfwrFg72CKuNFqtsWrvxePRyh63zlqd7FnkpWBov/5WH+J75EwHytfxAzszxevzmO3E67In30P2S8qvED4wQn+y6t9FVDF6f5H4J9kZPuaIshuxg6zmjYzQZPp3Ikc7yH9r/ZMhOyhybsLyin57LOw121eK4jAzshLEfxrbBIQDWLMNUB5OW37Q5u9mTQqR3TS82kD8Pc9YhOkT64RC/oGtX4LpJ1pOp/hP79ZA6Se2taY4VO+/ks7hf39k4wEQDmZz90F8kDF+k9X3+NfnZVG8Alu9vwXxBDeOQPG1jDlA51E4389UvMInxFCcK27Og/QnQq9H9kNPf0rnWs/Y0Qr6Hu8Qm/m/f/rIY18hXsasMr8WdB6Lm5niL8x7AbQv9F4VKZ8tcm4mfsAslFEZsv+9utgVN8iqQ8jeG739oby5eKbwqpm9Bq2Lsf0zlg+4WgDjmTx/g/CgGXdW+eWjly32hVyyEIrH9Y4voN+tnXyE8cp9rkF+yeywyKbdMK4tg3QZ7IfmGJ8gwx2g5z2Ko/3Gk/tYrp/3FvrvrGsj9b0L11GcYSa0mEL2Z0AA4RKjhlDzd3sDlt+8lmbTH7KzR5T/mZLSn3DctYPQvjL/HEr7imWrxGzNkxlcldaVF43F4oUdHwIhOzeqPqRT0pY79SKePUcaZJelDILwuLH1FvGsbFVhL6vjP/bOlB1ieWL9ITz1yAXiQ418XymPJNdMtSsu5btqKtweNaAexKNVvKN0ST9UzxyOWziW8BsrPIXiF73EuA6Zin9m7+gH+b0PNVX9Ra2VP0D78t0t5Q9r+FH8pa97AeFQ+YNp9byLF1eq2/N9xvn19Fye7bDNc/9PH/7TESwPla0ZxJsatbZZ2HHmt53wpTH1C+Fx4VkZimvMAC8I//BH8ZhO/KcmUN5JC/WFniduuELxgPS4BfF2xsKWlvh5c5lM8cTsdNs60HqIOVhcW/Q6lF8znodg8eOKT1Aeju09p+o6/qoO8VmaJ6aX5x1nki5C1ypD9Wby8csW1saZ5aMhO8BcWmB5B8cfKK40Dy2G8mg8Jqoo9Nw1b2yulx480eb/N1bdhuJR7rkXwoNGg5UQf8PmeGG6unZnoPwTH1oZissM1xUYH9PsLY0zVi2C+AlWcAHEl4q5qZDegCUfxuqEzxShedUHtIDmieeZAOW3WdbXmA6pug/xqHr60R6Zea5+MQzLn21elCneVa/9k+ILfeZAeggjd1cLfp7FXrdd59x3OKYDq/KLXfZCz2NCeR/uokP8Dy++C+LbzeEXvofs9YFU2odmiRMqf1jyvS/9OSYHhC9ky1QI75kuLSneFr3c6pPfKvzAIv/KpjSGcKtppBMfIYaVw/Kjb2pD/sh4HwjpbMwgie2bKlUontTvGyoe9z+hdHuJSnfAciRS3ahoWxPLf7WohPmRJ6Oh+metZQKIW1bT+TE+SooDzCsdaT6M4g2g9dA6t6f10OM2Q3EF75wAzbeWWgXUH+QivkUmPlI62Ymp5J/E8vx0nvWUPND7sK7fQXphGdoYy3Pt3wjxQIajL8Y/BrljurEb+1Qe8NdGZL/kqHZQPGcmT6b4gKXnVOe2SEPyu3JkdczuhW8nnGDMnqu+168ephdzToDsub7WEcuL1siC8Rpp8zHdQ67PWH2nuRvSv5hHYrA+B6OOZW5fL7lE9l5e34bhzKcloXyoltN8gIwz6jaG8vs8cQK27q9aQbwEP9QVO0cGWKfZMpXsgTFopVV/KKaMojhLbNehOE3mHgH1LdJWPIPsJX+5EfIjWoVpmO4wfQ2me1/l3gSKl5pZX6d/fd5uByzfebpuf4iXe3uM8AUrfoT0ufoCDco7iS+XMDz5ajydI/ZydgPi5V8Npz+NR69pH8uj76zq4vniuw3p32X/2XoflH11IN0ce3MB2s9ajo4KH97MYxXnGucdy0LnK58vVi8dUx+yT5r0IftkdJ9OeQdj4VmqdxJLntn0AzJbHPGk/xu/taF19O5slQ/hW5aqevCU+ZBf0Zd9hnghcbCOxbkyp723ytvxWdmh+ICl+JB9EbN7QXXjLL092W9u+Kjn160A5ZmMbTs8bD2f6ScxO/g8BJp3+dUb0wc9nQmtg+E31cIO6Q+TIHtqbtqL1f8fr0K/Vy4LqQ2N7zIU86cuR7A4MXsDsB7/KoYnGy2A8LLmljNT78kGdoDspjmwGcY7p/eg+E/ezJxdM/eXgnS8rG4ItK+Nnn6QLkg6tcPqbwads+89szazDw9m+wvir80EJ6xuNTBZ2eWAR7kVb9YUy3+W/gTtKy3GC/q98lhliD+UvnGYvuHKSoqjxMz+EO/CdlfB+gHkGIP159nvAuVhRc5y2Po71rQvznTKAc2fNmE91t8tMhyKw4xZtaG+cIZsQ/hYrPNU+aHnP1n4eRZTug10vj+ENobs080yxKuxA8Hkl3h43MNvf5qvlkN2krtUo/6trPRKxdv9nseyDr/oyHZ//15Rq6bNvJWZB8NBWrV5lAcQzu5Y/j6utuoLVbq0qkup40Xn0zxQj3Rc8sAAVc/ireJxs09ri74IrP1DLJ8+Oh+EK+RjP8WXhumQTsJ4uwLSGWnrpkI8rz49uiG0z+sFqnxG12xQvC186ytcuz8V4ntE2jysnv5WVrUf/PdgfeQ8KljlZ+UVd6hunsVjfa2NuBnYesdoKv7v6Y7pN7xeY3FpnqwUh5vrC4VSPB/sRbyUcIvG9Jc5Q7D4sftPZAfZ/mZNiSeJH6TwWN2zSl8tdmH9D9wvZ8rus+1LoPmXbish/Gt+DVH1ertfQHksOSQO60OVo559+ZPjD3zo34U62+QrDc8+kM5Zhh7H9FjXfaH4We8Si/VBr30M49lO18T6kDa8i9Vbv3TD6v6vd8T6LR+NhPypafyG5bey9Mf6IXTdYrHu4vVpLN6qXceu/SoC56nzcvQw4Wfp5VqCnr+qJOEQXXzMVL5WuLz/XsWXd7G+N3uOkX80i46zictlRu9MxQms2NiOhGNf78TqtD9kw/r/dB5mOy7JmE/9VmTZN4RvjWwCq1s5pfRE7Opxwq8sZ4Q6XwOu03zylDv0p6h5jNbH4LkaQH54dgss3zXsOYaXZq2wev54cF2rOELszEP1LLJuTdXPLeUaphOcFe0OrXe9E4RHRdeL31kbby65ieU1m9WC7CyPm2ZX3k/uWovVzXZbg/W5fOSt6nz7ToL6dRvT10Dvq333hOya/HMzVp89pXY1aF+83QnxIXpUboo39KQ+P9JzV44h+8xrdVd+cMpf9P8Nr+JWdfr//mKnsPpYr842/SLvcpPsN4+qiuHUkE1kZ8w7IdS/THRraBMvMKcQKC/JEt9g9bVPOqrf/8yE9qG+JBG7V2dTa8IVorSj8tO3VlqcPzE8mOJavqMChldPupIuUlYeA9l5fXAO4lP0geVV/fSUxd2g81I02WZ+xRj4jPwJ/xRmse91p2tY/7F7Q8les4r9Md3C9CYQPjCMmdD7mj0/QDovrWAebF2LZrWLZxHh4RifE7PMYv5k2d8wf9TSE+rPJrNHQHGF2DXHvnOcVgPrEzUzCav7OnNO4b1rOzI1j6J9BvkTcfD3Rjb53GnrsDqa+r9DdklU2mnB8+isaOZ+171C9Lt42C8loHVOeW4Vz/3fR3aPUnXXA8LbWsWlHid9IP+cVhHre1H5IdkVNuM//TgjS5Nd4/sHqb7NYb+qOoL5zW3Gd7KvK+RX5alR3Wm+nyZhuKd6mooXwndQPGO8uWcxf+LTC8j+yQsFsbxUVEer8aisv4nyE7L8eagvmsjXS/UxvOCrdP5hY9XvmhpjU78mkltieuQHeaziMXPwSmw+ndqR/2WjJtI+5V6liB/lkXmh/KveOwnK8/Cgr8SzmQck6SvkwaW0b3l2URfav4Uqkb0xFwm6p0B2j4fsnTbUH8u/OTbLlJ2Un7/S+xlVnLA+DtFlaN30UX2huhh9dguyN+KNt326y0pZbNu10cOhvmD6b6sgPKU/uGfTvv/Th++chdWDHJtj9byJ3CE0/3xbS7twBduXF8JJ5ulyVnXmYlwZ6PyJV9cwvVHF+qqOa8Nwu9ZNjNpM6yRzhWeuD8v2FMrH6zdOQzox1kzdD8Zcva3uS6PDcayfxIe3xL/KD242fw/PU8I+nmRoW9JhmfkfQ/3c2eBBkE6cfxdAvAi/1Jn4RXY2rTtkdy9uIX/PUyZiuGfDr1hdV8OnmcMFHzeRnsro9isU75g9npDfl4VXWY07xJR+UH8aNrowdH7Z8hmEi8XaSsouOHQj+8RGrbArfhdV30A6JH3ECcKf5oXzWF+Iha+gPDa7WQTjpRxTKD/Dx9S3yhuxmK8Q38xnN4d0unrNv1whXBJw0+bv5zNXQ/XXovNrqM8IG98H67+8fwPWz/VBcws7wacdp/7LwqebRZ7CeLgUwkPGd13s4xNW+WL3YEyJger4NddOWPz9NhE73yMHYXrVp5Xs6182bBy2/luiIN2I2SGS/ITkVyGeiYVdxu5FHH5H6V9SRtuHX9osVfvv6ggoThTLwlUcd/qV4pEKz1Z6mzZpVvGB3NBH2YsLAor7WHghq3hXzlH3HbDvJpIe0fi9Odl7+SKc4j19wXGsr+TSsRgP2qU64TD9RZjiU/z2W+w/s39bxUuP8ob4RL5U3Sskn72i/Sl3ncpU3xkjrRSGw736Y/F/iIdd51S8HQPlm0VyCnRfp6FlhXg+1vAhpLvR7/+E9SPv2o3W2YjtY1U/yy442eRh/+nD40eqePy8wgdyg5s3NI9d31L9oX66uNV1YAPcVP6xRy6IdxDZj9rEffL0eKXTXbkYwkda8zFkp8Wn4+QvzbefoHMpz9Uge8HrLcH4HIfqihd51xHiNbhffwgfa8Yi2/u5Saqqmw2JxurAD/yq8oXPvZVePOQilk/lm7Fz1+cdpDNiyx4Z9L7ZXhK/Z35fS9V9GBlQvbOeVIre33yWoXjcAw8o/tZ3jFP9f/gDyP6Zh7Jj95V9n1vpVOOnW9UrGL43KT/LjHLYvfbjVkH5aynqqXFlepC+Rme262D5mHlkV2Q+1wDo3K4NxPpPTV1I55R1ccfG1+9OdlPMcYP0Lbx5eeIVxbYdWD477xurOFNP34HVNRlZSW8nTq63az+yyz9C9orduYbVrd/yxviikkPIf7FVhS3wPDcPQnyw0WAIxmMkNchUHRL7sSB4T0cb7L6qtHPEM8sb0+zyE2xBAs2D0b4a1pekbFNMH/wX1tdKjuyI3Qe4v4Xi22rGQeshLyzD9MyJP1rG47/Mwvz3u1wQ7yKTorF7EFrEYvcgLi2K4WtRzyZvIVZeUHnw2TOs4lezZQKE90zDFdL9y+5LyN/IzuUoby92dlJ579QnKu6MW43pftzuYH1aO/Ul3G9WC8TqRfc9Jj5UVi2A1aVtVfhVumSl9RHiuF+mvmd4OKbrORuN9Yua2dMuXpkvKE74x5jRh3h+9uqiXX3f//tjdv/PPSUhkRRfyJO5ab6NmAAoXpJ6F6w/ZOh82/sjdyDNCy94BNMxl65kofeWgytCelfW9z2mi7x/2up92azpVtqfBvdXOpoPzpgfuMHVPR7Xg6C+nsbul2TnzIsTVN++MW7Qvmdjd0A4iuXvDsV9Yt8DFZffbWZh1+SJLJiet0Y64RszzQPry3OhiIrfXBLV/QTZutG6iIJPVF1Kq8vQOWWzTim/97Sy0sk8bgz1p9JH7If2lxZbFFpXLreqvkkztmJ1ls5ZlJ6wfrp9/jupDXav+0QGzSf/oxBWx+r8h115X+F+QvWtX/snFE+wu2sw/WfPYGxc9oGQPsKc+tQuXGL0eER+TwyJJ36EBWzE/FSSxPplnF2tzk9tBygOkoVdyQ/JSD9VD9u5I62rCEmge+BE0OH/3A/zKlO6AF5sDaY7b/BE1e2dMTC/pm1R/G7XT5A/NUtFZU7/0CmW7LK5a7mqa1k/BOqnbE4IUDglZDtWR+E7T9375euXqbhPL3EfqmPTCuwhu8YLtKb1EjWUv+dXL6s6tXmzVV+K8OIG5BfCx2L52Uaqfl5W88XuEbq4BbqnUT+WYtOP8dJxlOfjRW9A823UmYD1r8u4gfWRCXiP3ct9t67av+32Q/7Z6LsZiqtk8UNQ3lQr4kj99HnZbnb5W/3jWsLFco0/hh8m3KN5lbdbg3rn78lPiNHeFvepiXLNIH8so0vQvhJe8Z7kv0ZMpH1q5m+O/b6JpSD8weqoPqOsmKeqa16xX+ki81yF4nyj11GK841juZV/TvoZu+/vpzH26VYLN7aZ7+E+bhY4RC+5siY0v3362fSLep5kFX/c3mPBixuj8kB5F3Poa7t+v5H3EtULyMB8npD/23EEyiuw9zUpT6dtyk/PN9eFkf9nwZ+h++f10deheFX81Q0aJwfHq/ftuIT8v3jjoPSzrrkgPQ4vF4TVsxcbRXbJyDfBKl7mfltVH8UPS7B72Na8wnjsV8nYfeq9h2P3P91ygdaR1wrFdGhDNcJrPK0z1K9EW3mH/AH/qmN4O2AkplM8xqmfrXRoA/Wrkt0GYH39x2ym+hczermqD1lVhc652bYdtL/Mx/MIrxtGpNK5elwpDZ3/qpNp34iVkUqv/n6B2n+vO0F5GMNjkabyxG42x4v7LhBe0rcuwnR0UUVpvvlqN4y3mdAO03OvNqgunE/rZ7Mvn+5UDrrXTOsegd2DebC70rclOSpev8VLwitG6EPVlzTgFtZnZfVg7J6mOw3J7xu9Z6g4dpCjffrFpV0hnaM2KYn6kxjafEi/a3R1x3SF/fJB44zJG6B8nbnEleJREelC62LezG3zXJrOF7F7L54fhvIVbGY/zE92zpq5ffZwKXRfujG+OxTPa/kk4Q29RznaX7KWRnw1/9BY6SGDh2D86u58FPeYt9+qeoMVjRR/8mBXJ8Jjw85huo1tkVB8b2bfrHj5a2Gq/6pTY+oTwkMfQDpErXwrxc9Efk+4QmYcscA1+u57hJf1Zbb9yz99jO1drZ+jtvlVnc3g8xCe0fvvx/LikZUzV8+6pSLZD735eZvPk0vfQ7ysKddjuoDz47H+c8VCIdxvBheFeBNx2R3TFY5+gNUr1tWxuKZlENanImc5rH9pmDNmN1IuYHqvpOsY3xIUnzm7H1pL9SE73ALqLy27TVD3sJ1ZoerNHIqRzpWbbyC8xry3q/tQstSC6rNM36YUL8jkLVSHIs/cJ/8pXdOx/rN8k33xzPcLsHrk29NIt8MXl8N4jbja5Fdk+SWUh9Zf74DwmoiIt56HHuim/nvCLOh8G1m7N7WLf13iaFW38G8ffkZidYwhKSrecFpHeMNovRbrsxw1FePTI5uofHMXiY3vcg27F9SrDfQ8ef68XfwQn2lffvW/P4bTXSy/9rs/VAfO2h6DeCSjWV4ofhNHDdpv5pvHxF/rJUKxdUjvpPIMe8IpHpUR2YMgHFnrFtZH995xmje2LyfhWCYCMX2TQxuoH6PW7a1NHG6crkN1BPrXIrSf5MDeyi52SIPiFLPRdsWvz7tGOIWdnEL5cy1mr0X8zz53guyQ9vQtjeMN+yv/ubI37Q8++QDFi8zvAHavaqkkrH7T3IPpMaZetQuns2y7oHyAVm81Vp97cSd2724DdT+3cWAbpu+ufxzqw6Pnem/XudCXncB4mby1lJ6k7gaV13/bCFvvxiMxHP1nGcqPMVcNsvfy1nCb+j3pOZJwrH5c6XB53v1W78X7t4/45VVrGv/Qkc6fnjeG6q90x7ZQnadsVL0+hoeLKpzS6TP5OXnzMxZ/5h2B3Yd9ejrEw2j3N6v6EvfZKh6fPAuqmxN31qr+JXvrQ30eOJup9JBTE1Scc6kvFFfpwfFQPsSUUzC8MLwh5K/Y9c+QnpQPC8LyNuvqQf6JfzkP5f/1EcFQHCInxqj7hvpMwOpnOmJ6T/3IWZt2Tiw9guVNTu2yyuuz++Ut9ptx4hb5E2PsPbv2k7zmgvV5LdpX4dIOe2zaW1FpE1YnX3882QH9algdhT8/qjyMlwu2/45brwtldaeT3WINHTA8l7O46tv9JU7Vyy9xtMhf8rJHsfW+LK3mRdjuf9CNHAzD6p5KzoXm03CaAOlQ9ELdMLta+Q8MFx+eB+EB40YYFqcfk5hu+1YtjG/ZcBbChTzvUei+HfaoOtbffs9dDM93CbGYF9HgNrYPsq/B6keWr/a1Z56MuPFQvb+RqPqasc3zCe8Zvd5D32NuXEh2RlTaTLiHVf2i9MyHo8nP6w2DoDoErX2w6k/88xPsPgTjItld/ibCMj7itTF8+GovVvc+NtqufJ50XW8RHxmF7Itz/9/3jO9H/ooNHoTd7zM9HeL7eD4DGzf2IHT/mVm8HGS3+J7uWB37ogfYvVVTdkNxFFueH+sXsGkFeN9VAnYveZlnEI6TT1wg3ZgZNBzS12nlwiB9lz7AHfM7c/NaxUXc9RPZQ9P9T2w/zXqj+jDP/UL8I4vsrOryOnzA8N6BPjbjRulVm/YTv/S76r+x8T/3bwW7QrwK63MK60daLivNJx+2vQryXN4smXhUEXkVsuP6sRfqHg95XNUVX1iq+LPTxbE68lB/hUue2dZj/9PHmDPEaj9b4ZcF6/8WFQrVf4lC2D0+fJrqYydbRUDzJ+ZOxvSqJTaq+2I21VF6mTKRUF5HtiqOPf9KBcoTyPkuEF+jDxgD5Q9ZGRcVNz/MjemEl/yo7k3zOIzp0m7+TjopPf4mdv/BdTWeL43EcMZjTOdgNnpBfkMfzaF5FzkaY7rigA7YPUonj6m6ec+62H0D32dgdTstv0Jxjh63Cur/Zvbciq3HnInQenCHhlbzAXLINug88YC3mN6qWz3odxtMQL/buNMWivPZUaUHFuXnWOBfEVgV+j556QcoThDLrkDzJdcvhXAmW+9hYWfMWBcsrxd+Cjr/PBW7z0rOnATFKTywKMbn+6r8Gqu8AdKD6Xsb2K4f+CMd4h1E+Cksbp4bj8VBZeZheYYqbbF6/RYY7pB/3FV6YMcvHhDevT0K6wPDtkBxInM+R/EQG1QT4teN84mqf034POvv/fwsvZfIE4PhQM901ZcotYCyMz1cIH6aLZ9ula/X+QqsL1ZFJyyPeCga66MnN0N1rLpnW8heictrVR/K2MYYn/erP5QvFSVBvD/OAfudL0ZD/KFZMBrcN/GYjvhcL4x3+v0yhmemjlV9aQ/fh3CuVtzJpl5YTz1I7yVW9bfQbfFNDLJDzO87CxzC53ph/ZIdXkJxmz4sO/kn8+VUaL7FNOyeBK2RhPQFRtWNWD1CzUJWdStSi8L4mRdjofk2S8zD7FK5Uxi/+bU5lE+VKcWwPplHfKD+7WzLdqj/mchIUPcPHNuE1Y30nAXxtFpgV9pPclF2ilv4/R5Q30x9rAudH9amX6buUxRpczGct0j1JTR29VR1url2QPkyLbEe9Hz2uGGmzj172hbjD6cmQvWf2sJaUF5f2xWC9WW6mJY53eS1rP2IZzshsbxTIwHV0+g3nFXd4cSebSDccSUQ4xlyaFhfxIcL/KFxWzVo3+hXK5P9EfMGQfaE9bkC6TpFRgGsP9eeDiq+2eoP9TMww9zJbhlZ1qh8Sa6fbe5j2e8tho+bvG8OrYd+heyzEdMJ2j+cY3hXlJ9JuMDYe0bVgT/0hHgmMxvGD8mcpSFdHHPch+H0gfdp3/Os0Vif2yqrofcVemHIjokuk9V9Vh92Qr+Xj1hM+NM8XFfxBhNPYX0Zf+yg7l8bEGDBL8hzO7F6i0eTIF6QB3exivPEpwtYXUDqDKt8iek2ALvX4byB8atFYqHnsWWeUL2o8S6n6hcwLgXSx/N15bB+b+G5beqJDfcKXpD9bDXIOr6IqwP1kWCtqtvlp4zjVVRcNX0/2RMz/wHV/2jtPeweIue3UByj6R8hnTaPLI/1S3oyDrOficus3nfzbx+Z5mE9Di2VTPMvD2zDdMt1emB9ck5cwO4njN+N8VkO552geRsbjPVRufkD9Dw2vzPhB330B6zusEoJrI42OQLKq+lbWmH1qM9WYfGM0x0IB8j+BuT/zWGgPmFqbswOTcT6HLPcjaD+9CxgLu1T/iII0x13TqBzLLKlqPszXw/H+PQCOSA+R5urYzgj4hCEn5ijjvWVdR4E+Rcj7TSkrzF9CmK8qVdrTHcoKqj8788VsDqJO5+x/vZnrmPnxSMbhNtEAlf8Y+/KGF+6KN1CZymqvMfqZso/g/homTAJs4P7nmDnevUNCFfo8a+gPleyfWUo7yo+VYfmU/P9BcN/oWuwPltxEVg/uNFYH2bDJQm7f7p7U4u4SqwtjOkpJidC9oRXmADVBWiTatXKzDjuOBXi040mZbH+7c67ILxtnBiP5Q8KBIC61mwQT6lPi4Py3PxqANQXRGTxgXCo7LcX8udy31QIpxl6IqYbyOEN+VWjC9Y/hC0NJv2kfqkQ1meoymLIfuu3Y9U5zLcOqwdYJLF7Yb7ewvReL72wOvaN6xXPXa9pXSh+dg7E+rUlDoT4KjNhMeRX2WUsT88cIjAeJ9Fd8U5Vf8P6k7jFQs8V3tGQXsqo7Q/x6Dz5tdV+XNwrCbsPMPERdu+WPh67x2FGfUyfWvYshn+ChmF9MQbsx/JJredkShfwfx/mGYGtwyJPrJ+WR0Wsj/WIE1jc4twXWgd5sA3Wf3PAYuj3iWmdoLyuHtbNHVp37zZQ/kIvHwX9PtP7JtYn4PI5jO92yw3ZCbPddQyXRx3G6rE2X4J4E6NFtE3eTS59APGdxutgSAfG5CeMT1ueSV3Lfz5mhIHpGDdUwvQ3x8Zg/SP0Rli/YYf7WB/fRpWx/hSBHNOvV26p+hS2jMf8iKv1PPC/feSU+Vg+J7oIFn/1L4PliY8sw57nk4H1y7y9E+tTPakIVg9aZAjE/2tzDmL9CV51hn6f5heP9ZUrtR7yB3xLPuwenwVPsPPQLxnLS7TuhuH3ze5Y364a1aBzKy+HQvdFsb8qYX13ChXB/NJQrN8xe34Xep6xbxp2H9aQadh9F31zQvtMOBmYvrwtln9luY5i/ciW78X69XmUwnjqfHeh95TDcmL9AcuWxPTYOa9g90k8v4TFUU2+Qudd1uoO5Y1k+wiMd7xcD8Mhp5tB513GKrvLHI9Ddk2G9MT0BdU1TCeQFonZ30vguZjki+HmJ7HYuMg1WD733Tlof2spJTCcfTELNJ/mj8GQXRN+w7D8X9MRGL4bdAjzZzyK/Av3ywPtbz4uA/MzMwZjOOjeG6y+cu0daH7M4cswfOgzEPLbMtdRzD5Vfontm7IfMTt8IQn7fdcXYXmGX3th+/NuWcyORgUQj8CWxmH9vz+PhN5Xa6Bj/eHr+EC4VH/1DrsnzO04pu9ruwjrdxc8DePX3CZCfoanBmL79FIG5p+az8FwfvNlGL+2LRSzo/FJWP1E/4r0+wz/TVh8+O5P7F7NSzsxu/GhPfSexvTJmF6k0TWsvwevjMXNQ7DzpAUtw55XrwHGr6b9iuHns75YXLLRGTv3Z4pC66df247hxPxRmH7uNpanYMceYLzqkwJY/7VRn7F+ih4jMFxy0h3jDzs+wvIiPtUw/vDBV4xnqXcGsy9NsHpUrY0J6fRE8SbYuR2o4h/uXxXr+7XiHnbu3edj/mztVWw9Km/F4rz28yB/L58fxvRENQtheum72P1PbGEaxrO5DMTs4cS52DkUM6H35CHeGN81rhG9p1m2ovX7NwLvY3Wju6ti93/HhGF2vVhDrB/MOst8hOxVBNsn9ypjdj7WGcOtJQ9A+0vPXhLrX9ghJ6YLCGbYeb24GItz89fA9KZJBbD4sUdu7D3frcN4nIRiWDxnONHzWIdNmD3TpmP9nVZ7Yf568GjMnrWbhNWDxYyC3lNsMTG706oWlsdOuYrlF/9agp0Lfx9s/TZjvK+sHYPhyZ9uY/zW4hbYefiK6WS0MhUw3LMlD7ZfFozE4sDukzFcZyRgz9vWGuP9Pnhj67ewG7Z+hYMxHv1NXQxXVCqOxQH5UtS9PikrsfxEEy+Mx1vYA8v3zF6D9Z376o89r+CP2L7x98PGuRhYXeK40hgv9uILhhP2dcL0D0NOQuPMlJ8zPy//A5hrs+8=</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="69" id="controllerType=0 controllerNumber=1 scan=70" defaultArrayLength="147">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="234.144897460938" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.180569875e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="6.946828e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.106979370117" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="631.568054199219" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.70.70.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=70&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.498461666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 333.68@hcd42.00 [100.00-680.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="10.158320426941" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="333.681640625" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="680.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=69">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="333.681640625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="333.681640625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.8158885e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="796">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="984">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="70" id="controllerType=0 controllerNumber=1 scan=71" defaultArrayLength="362">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="110.07096862793" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="30848.26171875" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.0106823125e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070579528809" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1696.546508789063" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.71.71.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=71&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.50219" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 912.93@hcd42.00 [100.00-1840.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="72.833984375" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="912.9312744140625" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1840.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=69">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="912.931274414063" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="912.931274414063" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.529478625e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1824">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="2220">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="71" id="controllerType=0 controllerNumber=1 scan=72" defaultArrayLength="134">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102081298828" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.2145975e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="2.8524805e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070625305176" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="672.662414550781" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.72.72.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=72&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.507121666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 336.71@hcd42.00 [100.00-685.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="8.694150924683" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="336.70504760742188" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="685.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=69">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="336.705047607422" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="336.705047607422" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="9.92991375e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="748">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="892">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="72" id="controllerType=0 controllerNumber=1 scan=73" defaultArrayLength="9784" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="356.192443847656" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.7356018e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="7.981376e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000056924814" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270464043" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.73.73. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=73&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.51267" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.73651266098" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="79400">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>eJwU13c8V20YBnAhI4WM3iTJqIzIjEIOkpGUkYyMSANJdqSsysoeRWREGSWRvfcuqySZ2WSPrN6rv76f33OOM57nvq/nkGOhlCMvtyXEeozOUUGF0bzzu+FFEm/qt5W2xBDvJ7oMOBs3xvwBjpiXCpZD5SUr/V5YOd9yfw4KWOxzX4KsgiZP1qDH89VQkipbYv2M4gty+Eco/BUVZG32+cgEc/YONnHD8ewrI2JQQyh3ShIm0yTSXIArdTPHr8GnXvqi5jDNr/7UbfhBOJRXs9GWiJ49LaIDadZ/ndaHPBzRhhZw+ZaXuwtU5j7l+xDyHp8L8YTGLI/SyZpsiUKSazmUME/sbAkN/EPaN8AKBdh+0grBwIst/4nByNbSw5Iw/JWP/XC7LXF8cfHRGHQNN/Gfgj+Uw6r/wi5pa+r9HbbEpOck00FYsu/W4cMw+dhNCR5Y+Hpc/jgMvmupLgR9QqLClOHRK0WtV6F43YUeE0jzeHDkOhwKMgv71WNLXHpuljAOQ2avZ05DdflHyyQ/bAluV0r7I/Bq5oEd6lC87PdpI3h95z4VU+gUfebKDbiW5NVqNYT1GZ3vs4FW96/N2sNvQ8eFH0PzuAN2EZCMJNLrBfTOYgiPhYHfIkazoOutA6uf4CWVeMpC6Huw36Id8ssJvxuCx0JqSkYhk7BB6yRcVI+Spxy2Je5ZS2jRwJGf3WZ0UL3IMoUd6iswbYhCt/ZKGkkYnWV7UBomJKecD560JVjqPxmFw1Cp2nvPYXzE2V8foJn2gk4DfBoy/vo7tLhBl/8TXgmQaBqEPEb/iQUvYJ7vFquEQ4sOU+PnsMSHaTUHuvBVvO6Cou/1jv2G9BxsMgtw/+ig5gqUpGURvbRoS1SLbyprQ//MASNdON78KPcWpKK/KuUBbzFc1HgMqW8q3PSF+o8zhCLWbYmw3AnlF3CXFM+1WKj+7ETlO/h+oONlO3zS1P7fGJxx4xOagi+9vJRnIdfV+kO2pHYEAxFyyhHqOBtou0D2T2LLoTCq73xkOrxrfCwrEyaLkTdnQ8kub4lqqH7plmY9rGG/cKcZfhqvoR2BY+zSbsswP+jE8z9wVos7ews6VrY3nmGwI7wKCyflIRv1611KkCFZx+8KnEnhmzSDv6L+U7WBWXF0Fvb/jm9S+TnDj6xbE97wRscGtS/MHtzgfQZZpOkbE6C/lKZFLnQmveZXCEkO30sr/Xddo4jJWqjlnrqrCequlfJ9hrnDBlNj8K5tReAm5FgffU/CaEe4dO/5TA6LPN4t3OG0Izreff3PFpaJ7JBxhC1/J1b8YFsFRdYruPof8TUJLte6bLyBn8X0IrqgGO3rwu/QjZjr/wlF73lEL8C73quuNFx2xP1BrQQ6aBWVVcsIdQRyaLv57Ajj+Bcne+HtO+5GA3Bn3E71P1A6muY/Wn475AGpLANc216/sQ+aakoq8YjYEXkjD+8dh0ydtTFCMLVN/q4iTHadldeHSVrn7hjB7CdxUaYwQ7g5whWeHxIofwRJfgdPesH5h+Glz2FRa+LtVGh7mzH8HVQ2flyaBdkrQqmOn8Z9zRzEhWD7NT1TMVhUPiivAq9RxXIZwdHNoEumMOGCt9sNGHpWXzYYfvA3tAqHVCdMXzyHtTqeF1Kh2RkJskI4ya4sVAo/GuobVkLuxitutAp4/wT2dwywqmu8dx+sdQviF4MdHyWnz8JiZYaDKvCg9Mz5C9CPspwnUBXPu/5HPxSKnhd/FgmlFj4VZsLy4Zvj9bBLhurXTygvdnXfEDzlm6U8Cm+UFfQvwGeBTAyr/44X25zd+Gdwri3Tefx998kEAdjb8bpDGAYKMFGchGfO9X8+Bx+Qe0Zf+TeetdVsAGVKXP4aQy15v+X7F9EH+sa8D+FIm7ihJ+wqdDGJgq/FTjfnwHoPTpICyCO4W6wEMj9aPxGgaUc8UflyPRhG2715EQ7lJEKJXPh9kuivhL/FWg/2wsb9pRoDkMrc/8g8JGm0k2DVwv0F+ncfhw78E3JC8ILvkqMYnJM09fXUtyO2htrKn8DmGfk1P1g6wPQ1Bo5fua9fAC2Y4yQbYcPxIzat8M/rd2/aYVv1yK4dBniO2ofyO2EuL4sLNYx0C9Y9AB+fCr57Ag5el3wjClnmB/skYDTLvM5jY8zXfvJgX9jtvL/hGZynDxtNhMaBGeT5kJ/9i0wxdNq77FgOXf2CNS6a4jnJn/lrwc0Bv5orMIg7+N0tqH86J+I+9H9a+tkNJp5spPaE8UrfFJ5ACT2BGzGwZD3Z5wNcmPFhb4UHBSIejMEHVlW5U7Btz+LcLDy0l5t/CZo66pivwTgZv1ebUFXwps8eMzvi7dFU20Mwz3gigxPWrPONHYVWPT++3bKwIyjqHjLdgWn7uDTuwSjRSgVPKB2rKxEGlW5R20dBk8iiDzHQrVzryu27yNXpFxF3YMaDwY57sJH7Ks1TuJESpPASaruPesRDh5Iz5a/hsQK+tFJb5MwNn4lKOOc0xlMHZ99/M++Fe2zUhpehnVgx5zrcbyhgug1Tm4If8DjbEeLPc0qOw8qG79tC8IT018eq8P5eqWZjePKvzZ7rcF3jrfot2DdGzh7tYkdsNy+bxEHn/8YTE+HMybK0bCj44dPHajjll7NUDymbck62QG+bXOc2+OFlR+UoTKAM2rMJLajiL5K42hEx1h9DyKH9e9rdAW7Il6YV9WDYqD4QEg5rtMNjk6Fa2em0XGjxVWimEGpq8QiVwdeqCn53PJHnKjWt92DDe2VGR+iR9vu2P5R526eSCjccVK8WwqzUkfhSOK3gOVIJh5RTpLshq8ZM2Az8lZExTeqFXMo0FqaE9CxMjjSQq5a3UccP6/Ts7F4D+KvYRNcYVj/ut7eBV1/Gdj+GjcsvpWPgDYlWr1cwdYCkKQlyDZRO7vC3I1a+7xWhgG5SN+7vgp9aayJZ4XVvh00hyLr4TUEcPmuQ8j8FhbynaDqC7IjnAR3a3+DNreLYH/DhxWu75uGE1lsnimDkg1xC+S5IFRVDTQdPXnpakx6K9241ovsAg3Il9HJgmolvYwMMCDq80AOtdrrLbcGnbOnb+8JQp9+TlVlh61ZCKDu8JPFu/49o9O8rcfN+OHSvLGsY5jWkN+yIQV78lR1mh2pU/Se4Yb7Lowc80PiqwMvGRKy3tOZUK9zp43y6A+5VvlA7Dk1sp2RpkjDP/SEth+E+9o6DR2BqA7MVL+RQP6bGmY7cekQTdxR+Pjg/ywfVWyMkpKG1Hof7BchWy9iuAfleUXLrQO3nclWVmXYE7YGMfXWwmWq/RRMc3/k1rxeqO8XrLUDltwferUDVc5EkG/DS1r2HPh+xDg617QFwSP/gsRAYLdvfnALXKY37iyBPQrVoOax9w+9TDWnWxh3Ys5GnN+42csE7CquHeKDgZnaNDCxOyb2jBVsl1CuvwNsnx/ZdhYVjBfG9hdjnWltWB+Bt7mH1EfjglIfeX/io5sN1liL0d0F3ERukOEjKyAn51FVHbpagbjjEZazgmescETZQq3pgyQNav310OQxutDm/i4L+FnY7X8KKk8d4KyqRE8xfPWvg0PUnvQ3w5IM9sf2QeVe54TLM2TrUzlhlRxSIHg7jhdscOQknYWmT78ZpqDliclkWrkZSTPg32hHC1sqKwVAr1z8hHA7JvmFIgeb7+QaK4LeA8Bs9MFV7rrIPWj67wD4Ml79/CV6CrkriM2tw9UiMylbjv/k9aP9fE77fQu4rCEC/orlXwrBI5/amOGzKLgxNbrcj9A6lzafC9fXoS++h0ZBVcxnMu2zMNfZPvVTDHR3ok8N5xTvhTb1a1l1Q6/w6nyG8c/eo3zWYu1N7whzuSLlQ4wpb/Qt2REKPB2sm0fBuv2R5HMw4qumf3IN95cTYdCpsT3dTfw9NqLme10PuAm33PthAfVpgC55gmg7c8QP7YMiruZ3w+X7rAw1D2B8ZPj1sgcPu2IFhQ62A/TC8HDh0+w+U9D3VugXD10JESIfRp1PBLy2hSdGeHTaw+K+/uf2/8biw1ceQ/mSuXxTUDJObjYFc5q1a8fBd06cdVydxH/VHt0zgGyXVz9dhOcWVNhf47Hq+VQCcWQrpCIYD61anI6D3zWNUcVC8leJuInRNG+tKgSU/rnUXw7KA/+xbIfkOyh/tMI6v8ec41HtedH8d/nxdMLANdx4rUCKbwvz3dGaxwahUeTZJeO7IZW9pmLDv9hQBmzxEhqMX7Ijj/+WrvYIXuGRzkyA7n8+JUmjJ/kC2E3YWM6V2Q8q29ww/YdMtgwbyReQdB7koNdx36f3LPbBA+L93XPD61Uc8Z6ADm1SoPDS+vLZxDurz+u/LW8d6/qzwLIKz1Ou/y2DI5G3nHsjV+DliDm5EsJAuw5bv163/QAGHi9kUG3bE4vN4dhqYJ7boTwcDlFJSj0BnvyUxAl6t1U04C5VcSveoQPMZSovbpPbECFtL9x14vy5MyRa+4Skh9YaaVTSlEbD0ff/xaKjI+CkmDkbLRjBUQpFRJ49aOLPz6lwjjCsZPTAIta0jcjZgl5Q/FwmZPeHh6RlKDnVdHWz2wCcC9/r3wn5da/V90OC84/3jMKL/U7I8pCKqmJTgO5Z2r/NQLP5OvuUue6LcrJfXBgYmqMXYwzvGB689gdlZTz+FQZ2/Hx4kQ6c1kd+p8JdlrvF7eGNK5o03gz1Bo2nE6gu5xNyDnkHrBAvlt7DGIGlHFaTw6naog9VH6CaboOvv4KsijPZE05GpLydhWvc5RSl4N/yYvwZ0yyLab8LX2RnnrOA14QNFNvCn6+Pcpwfsifd1lwQCIGcw2+tgaPNuYDgTWszxnayFxcsWjiMw5Y5w4wacM+WSI2G1J2Y79+WTQxKykEE9Tntil82qvhEc1DfuNIWKc3sK7WHlTi0Wf5jf0xAaBN0F5HeHw4PbRY+fw2dqEn9fwq/7c5wTYLvD6e48SP1iTqIVvmlxy2qHXO67+b/Bhx9evv7x73pGgocG4I9RrXt/4ZqLpNoBLnsimaa/5hCUOvBUlgvmfJnvecBnT6h30V7xgJO6Ah2PobVhblUU/DMeKfQeVplWZ3yEEQaLPHnw7M3309tw15eVW2T8WKc8YoQS3smq1zwEL3sHVohBqaFxmVNQpuxsoQwMZzqn9ljEnjC5trfJFxoK9qkEQp3rhxXjYbrvU+Ij9O++VpYLU97InCmCn69Y5PbARh5N8X5I6iKVMwytKmYzl6HvwEe+3aL2hPOTmGROGLD/S+w5mBcicsAQjkwqvrgGb1Tr778B496rhbw+jeexamVIhYvpGuHv4Jca79h66Fqpe6QfdldX8M/DPayG75ZhzsIfwXXYVHo4j14KfWH3mDgGz/0QqeSHT6oHFYSgrf+537byeC7J67ZOUOSW14or9CfoKAOhUGjhf/FwOp/xUxmkUSuVa4ErD8m+DUOKmXMG47Dgp3//NKTTaDebh1RKB8aXoeEplT+UCvbEYZ3gXQfglhx9ohAUNLxzVBzSbDSlnYJVWjcrd1+0J/TOFqvuhdcKGDqYIW2h69IxyGrdu/80PO9PJJyBS8dTeBXgTnMhzxxTvJ8F694CaLJKGV8Cv9k3/PgMlfJjU0bh0+7i4TXI01JquwVPqlTuIDWzJy7miqwHW9gTMevl/hHQpe4SWzR0rT+5/AHyHVZoqYMHdvxk7IE/Wr2S++CpI8clhuGvzl63ZWj0NYBuHd43OZOwDeX7GcfpLVFf9dQnuKD04YbyY7CRxE/zONxhofZLCNK6nChRgkknOHnN4BrJauFNSGLQomYFH9kV7g61Rc5Vr8VHwtk4SfEY+Iem+30udNxrFd4CQ6+V8rRDVymGkq+QPZlXYgHWKfg0rUAFq3HjDXiNgYPssJ09weCwxkBASal7b85CGf8pKRVYNk09+t0JOeVA+6APGvoyMQzDB3LSFsv/xmvmdHc72xOiChSz9FD6PNtjZkh1888TaxfU29YPNjv4mL08xwnuYjKh94OsuketXsLQq/vJEuDOaZroZGi+2K/RCLvMB8dbobLZr0cdUKbu748RGHNMRnLt3ziV+udN+NfO5MYOV+Szhf3WTvhs2jd8F7Qx5mc/CicPuXxXhTm1KTYXYcSfTkptOC0+5VfpiVxtiuaug69mzpc2wdzW7tIh+EwxquwPpLbW09uGtZxsi6ReqAe/e+X08JSNlD6z17+coFhigePcZw2Ow5Wx15VnoJXyw6sKUEBcb0UJspl1GupD3T15q0awXyEmxAz+90LqjwM00tq85gPLnX9vBEAnvqGIEMj05om4mR/W2aKu7SY8WkxtbQVbo61cveDfjOzpCLjTe6dvNLQZ1z3yCm6KzxEt8Pc77Z9tUD278P5XyHvRdGocyj6gjyT3tyc6DReIw/AR9+5pKWg2f9tYHRoM/dnQhF0m/s+vwFBpzhOzofaEyrxC6yJMFbt5Zw0upvjW7Q/DvkTx0EQeWlUV/T0HD9FtxJ2HVG2UB43ghVH1ItN/+kXp34QR7xq+3YcZL7l0AuBFRZflYPjxQXt4BCS6Dgw9j0Yu1bZ5xcJXSn5HEuH909LqBdDTnvlAF3yTPVD0HaZ4vjPsg3b2croTiVgns9rNGRg5rJawAPsDHUV3JmG/pv9FywHLri4rSsKryo0c2rAo7bS+JaS7P7V9FwZ0xybZw+ev32WEpiF3P9RrRUH8N7IeA7dW/c9kw4SJ656NsO5LKO9nKKJa+aUDDi0eYf8Jebj1awdhwWjQnVG4qpiTtQW///67zJSO/a7rmdRxeL6kd0gICkkI+IlD1mXrMeuPyN1m4RA7eEdi5bQzDJwf9g+CH8r5RRMhx++/vSlwT2bXk3T40EFasBTu/WvV0QcbKH9zkmfjPurDzVRQxrTalhfuZdyyVoTpllQsqrD7CnOVOhTxLLz+AjpIDdHGQV0fmoJE2HCPO7cUiqbdz+mB1xzzjPqhxNcVql9wgTwi52khxpOZrgVAt56IPSHQ8Xzp/nfwAh1ncxkkf5vjXA3vdSkfaYDcjkTDo0p7QvWyrbM3vNyYfMwXkvaWhsXD6yPUJPnQqkk9sxiaKkUYVUAFvZ97aiHTjmMljbDzjK3VZ5guTfp9FFLIm0f++XeeQbniNuyLkSbbW2VPMAc8eXgS7ra5Lq0C9zzqmboAGbg1YzShRolJYjo8xrqm8QHS04Xs+ATLY5PvNsOeN2In+mGs88++Yeja/zRwHLIw52XebsR9JiKvWcOSy86MdvD89J4fj+EHaYGk5zB67eDlWJh0npYyEao+zVO42WJPvMiNXrGE990epdrAKG9OBy849oZmKRp66ZO8eQXzXq/ovYbPGap1Z1qxr1nz716AQ6bhZSuQdncBQfsZ89ZI6cgHeXq9eE/Assc7forC1/Ip4cHt9kSItIpKBPzWOrP1AvpFST/Ogsb7OBzb4Um1vi+b8FNEpy5TB77jIvYM8sMasZEIIchtVaoqDhdea91WgIfOiB5ShmV3mTrU4BlWN/rbsN9O7OJjmGnGR+4Ht6c4CgIhQ+zBbx97UL85HoF5sO76uGIxvHUsjOszXIpuzh+F36Lz7Hf/sCdO009oscPcJVsabthru13JAwnliGjHIbzP/EttV5gunkLrDjlfTn+IgpHF6i/SYPHuW1qZMHvVc08O7MjcXq6Fc/EcH5rg0PFzFl/geR6Fumnof8aDm3oY6677oe4w5F1ktJSEXLcNj8hAcpe3/XLwkHoY7SWY0virXhuyDEl46UGCW23QAXrUKD15BkUPvydC4Q/mfRuRsH4mbqBgEu+9Zh9bCr++UtOvgp+0iy58hYKtf51WodTzI0n7p+yJ5U5WEzbY/I6RjRPaxCcW9P+2J0YfDTr9grSbHCcnoEXUgxmSWazzB7fk/TBt/LMZG7Qs4eLkhGL+HcPiC9g/a8WSTsOwuChTWdhY6BxnApe2zrG6Qe+75T0eUPuhVPQT2Bm5srcXUmgGtw1AvzT+kBGomTxPS7qIPLngtocHxvwUajkOH9KMBgjDV60vBbrXsT+1zsz2wj+WxMdBqMAcU7QEbXWdn+7eQL26DzLzQl/hhCECBrUxJytCUfqAm6rwcXQIydQ21uWRYvUsLCHbeLoEL6oNRlL+tScGpsxTDsAKKj4Ldvi1elaAG2YNvOCxJHUgqnsfztyFz5zNP9pDi1OzF0PgglqWdDGciW299BlG5XQxd0JKy76eblgVaUT2F16YcqgnI3MgkvoDn1HBuI3gXEFoJ3oo5By8PHJB5zxkkHjEegm2SPfa/6F0IA4lJUttQ7I0G1IyKgfCiOYd2z7IfvraKV6oNnqaRBAyie6rE4EWphmL9rtwP3X1ovvw6I95z4ewi1r6diQcvlp48T106Lz7XzYkmznanweDU/pTiuGhHdHWFTBj8/LJWnjsv4FfQzC6cbhpHZpqZof9hWKu3gbkNA7EwZRnuzjguZMW7Ueg103laD5oUPNKRQlaL2dW3IIdy69970DtqBgNW/h8mvX9T1oH4qXfGacheLbRlBiDsh5Cgn9hhsebg//RORBB2T9HWOHhp8yZh2HndEeaOoMDYTXB6aAFhXzsZHVhKSe7qA28FZV91QsyBjAd84HznE7zAXCKrYKGn9GB8JAz+HoCmlOuxotB3Y0yEw0oOXZ/yhY+1KPICIIcrZWO4ZBzxF3uBVR1vs54jNmBCB1I7+OH96eWUoWg4j3ebwqQu+Tszisw59HLLwZw7NdyjAnM9/19I/IArpNILxYDdxiJ7YiHFIICX4rhWzHDzmlY1fQyYR6aUvRZr0D+G+bUJKwOhI5/+ldySKG9mEQNGXo4vx+E0oZffojBi748qafgvK6n4xlIv/EnXQN6bBrc14FPEsrOGcCWSYn/nOFNPbnxcMh+ofDTC2j/S8wrDtrueKWbzOZAUGs3H02DgaobS++hQu72Ri0s1EkR74ElOSNk/TA/92j7MHRZ80t5xelAPDKzdHwNT9tdOJcKw259uVwBjVsMu8agzZplzUEuB+JHiMFzPhiaYnnrBGQycZMUg4zSvTfj+BwIDXbn00nQ4y3znrcwLyj0cwOkf/53ehCOBH4sG/03zn8zdAp+Wab4QMaP46d+nuOD+yffspyAx+Qcp0XhCaYLkZNCDkTsIXrLWbjxuVN2CXYdWAulFEbdfDhTxA6jxxiDueGdmsnrvJD27PpmuogD0fNXp/0D/Gn66c0naGVF+7YdrmnUbI3Az7lUvNtwsmq0i1vUgajptErnhWMBS+6C8FIxXVPaaQeiro4nKRN+dFVwzYFr/aU/6mBy8tfqCUj9N/rIFpTVHpE4IIV69eSmZ4cH9c3HuaB5d05XnjzWMSroQzGcJLHyr4A1ZgUZfTD3pXAaiQL6RP3I453wQuoBk13w54UuT7HzqBf/5yan4Fs7wzNnYEuVxycN+OO6soA5bLh0kMYC1o/Nj1vDcL7yG0UXkQ/l9OfKoegOsyM10P3Kf54/4fGSsb9zcFeOav8y/KCTWboOPasUfCM1HQgatqDbMbCes1clHjYtHm7KhmPDY8ebYXOS4p42OEOXPNMFBc7GXPwNqwrIhRZhzI+79GuQq55Zi1nLgQg43R0pApdY9Zwk4NvUH1ek4XdG3mBHfQdC/zSPnSs8T8ur4w5duWWGwuBQpa1mBtQz9BbPgqrJUftz4YqxNmm+KepTlXe8GHoN/22pgA9YLc27oO359c1xqE09MDQD1x3q6hegX+dTlx1mDoTSpoMJBWxqNz9HA3nlBKu54BYp31UJ6PSOT14allEI8MhBL/4zPRchA6FUrv3vOJlmih68OvtplxMkcuj8g2BLquC9cHha/eKVF/D8zmRSNjvUc8fB3xxQUzPy+1G4W4TOTha+XTnGoQVrhjYKLSFDbWCKDSzR5wp1gLHz5LMvYV7l254EKKaoXpvy7/jJJJMyuOOpFH0HTFqd3/gGs1jSxnrhztLJsUAX5PODha4w+HFmo+o5pEgXeZABjx3O5qyBl/1a6BshzZuJ7Va4xflFTtUV+Wi6X+giDNI2PaQNGf6L+XYThi3Wh7hCZQFOd3cYz+Jm/RhqFCsthHni+YIYhp/DH8z9HbGQ+yRnVNa/3yL++jXQnebm+UY4F3VW+jPM+Nz0dwge6s+aG4PGiS8GpyHLCv/TXV6ovyukAjywR5rkkABkIug6FOHOTmUfI0j7dWTvE9jHRE7mDyMpuZeCYNONiYUOP+wDRwNGu6FPtFDPT1j6RNFyl78DwTw0IcAFBxbecPDApvybzAKwU5SXWgRumU1vnoS/JXY1q8K9QpOet+CcB4/WA6h5caeSB+xvGz79BN7ii//5MNSBmJ0b6/CCZXeEG31grTptcArs+H1CpxrGvQtSa4BB+3wODsG3kdzDf2Hk4PPv5GE4n3ItlQ0O7Wc/eAsW0OTVhcOxeY8nedAkWtytGGr/mbSrgNsRbepd0OxxkGIPPMd/UbofnqacJ9+CFe+qvzGHo88Gn7cegC7N1jXscNH8m41bNO4bOHjbE9Zaz5g+hdGEH38mZKAQoK6HenOXSFugZKjjRhuUthus/gN30W89PRqDPps20lSHSmY3+Kyg6pvHZH7/DJjeDISkvJdXwuCj4Rbz8ETUp2HStRewKNjFMA4mX69XzoP3BI0lmyBdtJLYF6iq2sf6G7I9LNlgTnIghMvKVg/8s6BqkR0esmqY5YZ/vn2Z4oVVm9/HBKHETvEvarDGOK/Y/N/xE135FvBowVLOXai+wZxlD/NkMhJ8IHVHYGACfB2dcr8MtloNO1TDHWsctg1w/y2d9e8fkQ9KzRt9MG1QYWsY7hwUpyDNxjoo1O7aC6VkAxj4YFIXG9MJuKeS7qAyjDgcwXkVblNLcl+DU+97j9yAt34JCD6C7r97T3jDwznPhH2hef5XqTfwkZWNYjns2hRXqoFlylvKjdAt2cKqpNCBkA+NsamEBVKt9nWF/9Yt7fEPWFI+H70EdRrEX/2BqYGuSduw/kt4q1ARcvbjTLs4zLyk/O00rOatHleHtfUpf2/ClVoG8jtw0cOdyhauJ8ccia/EvPU/PZ4Mo746iKbBIiVuy3Y46nQyYg4evWaTT12FfWRPeycbHO2c+MEJj+iTDR+DcvXv7ofA/Ukz7pGQRvqETwz0vBqSkQNXpVIa6yG//J+2FuhFof69HQ7HjNd8a0Rf7n3/uRdSKzl8H4SEhCITSRP60S5WigmGtWya8UAlyb47AlDdtMJJBAbs9mDMbEf9/thmz4FWFg+PF0DS68e9e+Hrq5bL1B1YF8cRO2lYthX05hKk7FfMuQzn3LfK9WHWBIViZQ/O19fUroNWz16ZNcPRyZH4ATh+RLtvCV7gzZr5A5/9ptvahvlPu29x/sB3i4Gi8zHIsZD99Dg0kFntVISBajZyt2GBa8Crp9Dc8WBmACQXfV8aAlnfmKbVDOG7tsKxuBH+jQto/QwL2sSkfkOLGqfmfcPIk6s+x4TgofsVp8ThgO7m+dOwbUPSSBYuXnOyOQuV/fM8VeB6A0OfKcx8fMT4Cfz+/ME9fyh/t8srGHp8b3Fumfz3HZfxrB1OSj1L/AbPtSyzr0Dtr+mxTFMOxG2zpI8scDHnZd0hyDeUclcJ/mH94K0Gzx0oeqEBiYjdZJawlU3sayz0FT6gUwzvMqpZVsDRgkfutdDwkqJM+YID4U0+rl0DjR4GWDVCtZCA9XGYEHbwHumiA7FP86sPJVT+GhK/G0oevpi/F46doP2yD2rv/DzGChvO3Hc8DTmLPz6whdZs/Ev+8Gxvs2UyXLx8b7MKfrKxZmr493cad463woWEk34V6w7EyabE17XwfhF9WRN0kO/hGYCtaZ3CjBvo+4K6qZOQqfoqhTT8G7F4WA5q5s9E+MBIsVcfnsEVJ82mUPhRTfjkG7g/rLW4HLbGhn2rgel39RcaoeOQDrFM6kj4hscZrsPftOMuf2HVCds9LGSOBNvq4xIJGDD1hlkJzrkq+BtAU9qRHTZw1ecKuwNcbGqSdoFeTpwtxbscCTePwzMVcPflw3vqoDmfxswk1B9oekdN40joFv5qoYUrhn9nGGFVs6s1Dww2eRUoAMlKq9+LQG0mqxNKUGan0AcDuLY5J2wD2Z4LaDrAxU1LWxdo9ahb9Q2DI5H/7MWdDDh442pwFix+qnimCcbdzE/pgWrMdCKz8OSnE0cZGR0Jiczk7GNwb2DY1+OwV8LrjzAkH5W5cJfTkUia83Cwhx/r62LvQ4ns4KDnkLLwtUceXCUhTSuGJszX2ivg6xRurmbozuV7vg1235m1+wrJp6nPzMEHfN/7ybkciRHFjA4u6HHrxCYPTNXN4RaElyaHLNz58PwraxGPoUg7fYUfXNX0vPMKMnw4q1gASV9Z25TCwqvRMVVwhO9vwxhcNzq1PA37rjkcXoAvPJxaKPgxr47OrqzwV2l1ymG49ytD+xFoFUGbdU/EkbAkne5zhHayTbsfQFpt/epgGH6b4kEyPBU+LFoI95n2XCuD1CQdQdVQdZuXaY+oIzHfIiPPAIvuaNn8Bx2y5AYJqHTx4ooxDORw5zaHlNUfNS0gQzc9RxwctLpyMQlOtb1yewvv+3ScLIGkZmtzbVD1gAb7N/g1If1CL9SISBjNPO1IHO289t8naPyLS7kQmrtQS3dC0tmARVIpR8L2rAU3FdSwVLm8B1rZlascg+ReaS7H4d7rkenCcGuf7t1zMCZhn5gB3OxnMDeBP2fpI82h94mU96/lHYkvu4WGUmFLcRFzJpwpvv2hFF4ZDGcZhhP1h8ZXIa2Q/eReBUeC/veXYgJ6uoXMKcKyfi3u87DH8uEue1VH4rBSDXEfGq3scXoI5zcWWAJhXFA071vIzbSLrATa7Pw0PQUV139/PXDekWi2DLwsC03DDwachXtDMipVoN7RXf81ajoSBuUylz7D7BN2vp3wqbyB9QQMX88IINNCX5Yt1VDB8v1OvzghlaG/tDxM45xwUIJ5JcqZalBIMG1cA2qfk2+9AW1UtrJdYefpuzPucFFHpSMCPslVK0iDrLyfFzKhwD2t45/gDwNytc9w6HXY405oWcVd9h3GL17U3IZrB5Iz2LTx3qMXRzmhs88mOw+80s7gvXQF9ftuX9kfGGV8cH0bsplrc7Do4v7faVVEYVcZj7ckpHtwtkwGLtdqdzbpY55pdenboLCAodpXGEHtLT0Fm0n52JgNkF+5i4/FYKrZvdNn4bc0ZX496BLldtMI9unnJJnB/yoGv7jBnc+49njBvBM3VXygVBxX9hvIvGd7oAIqVlxhq4Nn1bL1miGlwskkVUPM8yzLwEVIYff34GVYFRd54S5MrJt96AtZfSeKAuE7jpG1MBhtZaRw1tSRmI7f4akCOd+llKvDXrULRWZwhxlbrjPUouhYcoOBHn6iXpD/YeXkm3/n5fvwvoPuTZdufYT0X7QTm+GTiU+xg7DLMrh3FB6utWKdhhZrqvrz8MPkQw1WM0cill9gFwHLtM54G8OkfYpV12Fk1gVSi3/HuXXl7sK8u9fd7eFwqG3ZffiUn/p+3L/zj7cvlsAvglezWmBLuu9cO5whKTjRDUUEJ61/whhRtvdDkG+v5swYdK1efbP7OurTWWjkKLx6yY37ONQhaTYThqceljZuWDgSKSq2u3dYos9/H1OngIxDnyMPQ+cXfaMX4ahl4vJ9GCYmuBUIu8O+kb+Gz8Wvd9TDXewmzK1wftDwSgfMOlPzrMjWkbhGLtpeDt+9TtxXC2Uipq0GYFfA1MNlqJ53p2odpr/WPs5nh756/vGMLDx3zKnHCCp8Eyrygs3XFV++hbG0WpTd8EC0w+vVf+MJmhObUM1bWJDUHu8vx2BHCVPVvm/uhZ2pstzScHfNuNoNeKV8OsQSekQufLWBn1ZqF6tcHIk71VRSDZDRWs2zFe7IuPNqGJpaZYZSuToSrTQ600qwWLtW9ALMvC/pqgkfdumnffFEf2TZLnXB95YBZ37A1ZNLXPReyOEdxvziUO1iatxFuDA5M64Nf5uJiepDjoIPKfbwjCnp/H2YP35Z6hE0fpt7PRweyZUKTP13nZ3x3e9hg0+WWgOcTZ8vH/53PYu74tvwQ/D8IzJv1E2YQyMV9LffYKKFqSJexoxQtnV32n5IKi6hogwztq5r34Ef1Glf2UJpt4IJp3/Hb5O0vPTDutB1syTCI+FZN95ANj2+6GIoXFTf0gb5GLMPfIP5Kq9u9sKfRs9yBmGMptuOMRjacVF8E1KFqcce9Ucetbm0SUFtg48UGv8MbdDSgX/fDMUbwIeOpGsVocjJ5gKlOlhKahfVDM2S5x2mIbF/ipwyDPtOS6H2bvjcNOD1XljsODJ8FMa5rZhqwPXndiIesHbQrTIGft/nyZAAV/l9TFOgQW7lQjlso+mUr4X6cmOhTVDQ2oxrFDaTEeQU4Y7E3cLb2jTwhEbEa3pIw75wlhXy63BFHIa37uiMHIEl/uJHpWCGWzGlAZR5GKZqA9vzhqIdYGSb6JQLFFC8Omqd6Ei8HHspZQ+fWfUH34ceepsjgXAqUUHqNYw7FBWcCvseTI+8/zeu+iP4O5SKlxvtgxzdqVK/YHSIYcgfuHosP4Q6yZFw+nlMhhvG6paOn4F7/P6bNILhy88Ie3hklS/yPjT/0TD1EA4F5p/rhLIeTi+/w6s6kgt9UO2JusoSNH4guEr72pE4KEB6gQkmlH9LZIH7JEKnWdMdif0Hfp3lgHSDErFHYeCvF9tSMFi+pOIGfPL9CdcDeL563dUDMofZdD6Brvx9shn/zj9g9jwLZs5MzOVCSYu36W0w6KzVzWn44Bdl+Tx0v5W8fxVK/zlZU/wReVAvdbgSej+Qd62DNYc636/Cr2Mnzghk4zvBh59CGe5NuHbtAvSPe1GsCXU9Ov7ThfdV6OwM4ZXG2Eg3GB8Rti8JFoxP3HsLRTjkW97BQc2cpHOFjsSk0fUdavCuxj5jDfjo4HzXDfj+1bbaA1ibUZHmAc3jn1A9hQ/qnQ0X4GKyedEqJLPQZtmChg84QxiKHAkV+oM3BWDwV7YaEejmxcElCUWdbT4ZQhN9L0YzKMX1/N4tmB12UNkLelUVscfBbYcRtyQoRLe39y28Viz9TLoK93Fl+S0HEzjW1JXgx/U7oqZQu6ltjxOk8ayyfgDrD+d99oBxv3ipzFvQR3PxVhbw7ChL2124+JPe7DEki4pfjoZM1Xz68XCwJ7c0GV5SZO353I79x+Qh0QV/3RhO6YFeZ/+kLMMCGtk39B3IiTuStMLQUPRU6rWOf318Ju0BlERVRP0b5z3KEAtlDrQ7J8LyIFWXEsg5GfWgG16a1x3+Cc8Ns6oOQ27J0r9zPVhvfvLbK9CIRq19A/6V/jKw7wf65cW4rgQ09FWqlIaD19/yy8Pbx2kilOBK/91tNej/6OtNTXjipPeeW9C7ZPyJD3zpcX3uGawRHtILg2Q0qs6ZQ8hT5Uu/cuAue91LhdDCPIDkC9T86tBCMozcjjPX4YAWidZ20vDxekq/HNySHTyvBMNjfm5ehdNeHLdN4Vu9m103oV6XiLEPFE6YeZAEu6JUJ97CcdfUy++h8e47ggWwKr8tuhRGa0pSVsNHJKP532FHiYblLOz+0PBt6d/1QhTOrsPcd7YyrZOo2ymDjA5YsV+J9TuMPkT57Tf80/o7lHwKuWU8tWMXFOyfsKGDp22oaYTgI0dmF3HoYsk1cRrSCz9h0oGt62XEPVgtPJzp+O/4FSr2B5DnlX/6qwXMU480WzIMp5gLTIN/mb5cLoceNZy2o9C13+TU5sK/eRVN37GI/j9KyUYJOUR+Bu6GLg946o/BJf/yIBm4spq6QwGSCcqz34Z7lsXHHkL6xJN63lA0T40jGp5b4ZvMhMZMMlc/wZecGq2F0CTBc550w5GwVhC6QQV7v/b37IFWoVnvuOCFDHmPU1ClmGzlDMwsqbU4C8+VKKnykDoRFyk8KgTgrFyxpCg0TCtmVoF2AyMLRtAzScTiOhTS8xi8DdN6+riDof0RmZcR8JdpLGMMpGqNuZULGXy+lLTBBZFz4t/gky8lGb2w2USCewiuHxQmXYOT3Oaf95M5EZcC9d8LQv8r80fEoA+jX+wp+Gfl1FLOLlzP8pF1IRTrqB0vg0c2V9u64MyIWtEUTD/k/mI3jRPx4kamswBU6WRfFIHMJ0PvSEIjJ0OKvwx4v+EoL3JGPJdiJ8kumB/CbncE0vmpjBLwmHOM2TlYZDA7cB7KJewOLj3gRLzeR0NfDRs9aYIbIMW3w8H9MJVOP3gZNvBY0W9AQriefi+rEyEfOrZXBF46RxcqAUXnJRlkYG3mraT1Q07EZ/VJbhJ2J0Jr5E7KTig1GZTBCukkOLKFIZVHrpgE9K68kCsN2T657vDkdCIu0BHeT2HoNQrKZ1D8CVnEW6ilJ8lVDTO1mVIaIL/yAs9nWCfant4JO69cPD0HBXsmW/dx4XfHqKEIvCQyOSABSXxnzWRgWcR+Gy3o2fforzXUHXvuaQ9vjWfvdIG0JfRBfpDllShDMLxxXzciAgpH/E1Ih1dmbmdWQGbPeJE6yEb3/VMznNfl+V7J50QcH+k3qoe/LF78aoEu7zMY1uGQRkUmM78TUf4gUpwV8ibcKToM5RZ+tp+Et1dKdaUhx1JCnxx8nya3cgU+VL9Daw0tGUzD7eDCZ90D9+GrzMrUHUKYP2d9YUrYILWUvxv66eWPCkAG8lc7z8ISX/VnKrCTmoT5IixIDUkqFHEiFJo4j5fD12Ofcmpg+pF9337AqDoFz1UY82Fy1xZ8GB4WRirqRKzNqebuh5eLts4cgtHuH+u4YAqtrp0sdH5xW/4ePMDzH0MSlOIwH+qEiVKdQXOQWr5z/wp0U/iasAHvdfsoRJ5yInZeCmyNgXFVEXoJUMKi7nEevKwo+bEFSkZoyHRAnkGr+m5I/ovbd/G0E5F18w3THxg3xh+/DYOf24ywSzkR2tmk/HKwmTQh9xwMVZeTV4P5ul9tTOHcMf9XznC9qdw3DVZ1eTN/gJM/VBM+QZYAifFv8k7E0/fPHH/CZ60j5MOwWrW4eRvWhidmHVFwIkwtJyPVYLyFAo83vGQUQJsOqXgEYz9At9k2/lyY4MSuUgG1JBu+1cKaFfsbzZC3RyJhCI7IlPWuQZXxB5bb0DFYep3srBMRKyd7jeU81rnPb+EQTHbp9uKGEwOcDafhbOP0Kx146GNqsQ98H5oQ/hoy7mc/mgbDX8blZULLjMGwBE0noq9t4Ngb+Gp1sCgDFoWs01TBeJbLc33wpbyF9y84Z+mxfxJSOYvuEtByIvhSrseJwI+dUSKScNK39JYFnF89QxMFzwhGvnoJSc1nRRPhQGSixhzc38Uyugy7GcNcNqAgU0DzXm0nYtz5VLYA5CipVRKF0zt0eiVh94E3ghehjylRpQ0/p/24og9Zbqd2uMKIexqXYuFABcVIImxjKL3/FvLMj2T16DsRWyHdygPwqVhL/whkcf3YvsPAiRA5VSG4HzYYGD1UhcPE2r0bUK1Hhz8MfhhkO5wJL9ZezcuBjRmx6oWQRV7jaLWpE0GvyFreAA+eH9P7DFk9+StGoPtuh8odZlD48lVK+EpPYmU37PVmDWaAlI1x/GLw0K+7J6xgwAuR1lSYyXbxVibck3yH9BN0cOHe2QYv+VxMXICFJ59Ir0HL8dKvW9DtwJWMc9eRI+vp59Rg80/SQQ3oFWCregsqOX0d94U3/eJmkuGLJGafdChUHsiZBSVvz2e2WOC92+LUOiCZrPpEN3yb9H1tCer1xlPttURdu9xI3gdz2ATlD8Jk+l5/BVj2LZtHBV5LelajDkM4jr00hrI5hXSO8Mb31ZIouPZrRj8Wci+PrCZC7e3vNzxsnYjrVmoUT6HMQHlyALR2OVL1Fs6FycqVwT65+oFq+GpZ070RXlUPPLgFY6UFikntnIhioVYDKrh6vZSFD7rdJ+k+D88WFjlpwD8k9/+7AmMuSOZdhcfj/+iYwrRdFy4HwZG0nUsVsP1lJGMfFGXeI7YOTegoO//CKDoy+532OG5iOmHo6kQYH9oZYAalh1MFb0P1A1nbfrDU4dPnDMgUbW/7EdbXiDPnw/yFzZ5bXsh31sfu1rDyAt1Re9jbMHAtGNLQ1T1qhfLfvhZPwrcNz0zn4I/qc1QrsOWjruUVP9SzogmjISwdul1kCg/45JM9gpsKD16mQOpbwjIlcO2d4UglHNryf1YPtWK7l2/4Izfp5eOsoMizd+dsofhFw1Ph8MB/Dt4foMueP8dz4daeR11FUGxJoiw7FOtySsGiAMb7XmIug13S0RVdcLfObutp2Lb7OMsC3Gy9UL0Kf+mV1VCFIW9UJmxo4cBZ5oNMcCTpez0f/K5S7SAHF9JJOZTgIxaFZjXoGfrYSRP6xsx9tobPqgJ5/OGppdruj5BVWtA7Hz4OijpRCl9GBFprRWOcRP+gHjzvdKzRCPr6qpxwhWfrFRRi4fg33vlEeG5p76u38JC+gftUIr4L6OSE52F0B8/QCnRzbdVhTIJf3gtIwWm1rD4CRnz7FHQOxvxXM68B15s/J175Nx7cq2UIfQS499vDN9tagcFw9JKDbCS0yXo+FwMTDtUwNac5EfeNverb4I9MhQffIDM/999FqP11aoI13YmwIPlzRxLK3e7jOAPzB2u6FGBpz7x630fUGVPMzl+wzehc8QR0FqGKIsnGOq+95WGDVmsBajpQY4mZ3BtSsW4U+sLPmkP3guBWjr5lUSHqTqCXuwLSFhj31UIpt3iJCahyPs+Jswg5aGphdAqm3mXZLwsXAhvbzsKMpIInvjD+42MiCO7q1FoPh1YMCYPp8Cl9dkMlPN8d5lUPgz46yrQW/cu5R5cbK5FrZNN7v0B6Df3WLsi4Gf9gAV7aX2RyuMqJ0HE5x3YUHp3r+M4PDep96GSg0bNDzfJQ+EaujzIMbGqWMIcxcvZ8D2DxwOExD/gp7HPSU/j+BiN92r/x11+aM2H6SpDvp3+/Cy1PtUPn8acTv+E1ZqOUJXhK56TZ+r/722/IyFZjvfJ/r5+FE/S/8lTh2qnW9GuQ5Y1zvDO8k+1u+BDWdfgd8IbulGJ0Ok34P6Ewv9UAvvKUDbwGU5zuBjjDaB9L/yC4RbfzfARMzIjfFQMDFb4X/27H/PYeerQEfwXckFuHlwSjVfd2OBH76DX2CcK2hHfdovCI6u6YU5CB+o6hLIzt+8yuCLsK1d7fhFqXX3jHwOfupkEf4SHWWY18eLnZjakUkoqkqLP+wPUahxg5YKwrx/ejsFlQ+LcMHMsx0boBuQrabrlBrUlhQS8YLBq+6ANPqIhQx8Pdb5+z58HNhj0jxXAn+eO0SnjydEPTxBD68fiPsFloJDFrsAwlpm3PMgyjX3/vMueF2auiAieg6AHjZTHIe2DmwjmokXh4nxocVdDp04ABXNVB9vAR5YB8FFxbFKKJhVN/vDoS4TTzat1/i8jTzokINvg5s8+MC2rG1d4mYGrixF1DqJizLGMGuYbIdt+GZ48z9VhD57sWDE/g8ZsTqrGwI3M3SxKsZxIZewvjRL28cqD7zHuNQvipqpe9/N/9JFJ1v0Exh1Ohv6GNqovJEqSQLhFchxvKOmem13HfPxx0C/BY3Wz/Knx7VJqLbgPPr2V08yhUOS4refyfnJzUItBqdq/ODKkzwa9Ux7sIx0sebq3B9gHRw/vInIlb25fvCsDRCItQVXjzXufgNciSt7DzETz038/v3vBMZMM7P8iUEkSbv8uZeKbFOlICb3GkFlXBx7sDpwdg/6M9SmuwPOQD2zakrb68REbjTASyaTozwxdtf9VZ4b6UzCMcUDf7zJUz8HL1e18DuLnlYHINcujKStyERf22EkUMzkTj5AR9BUz+z2yyFjZP3iCbhJsvdwZvwP13t+hOMjoTIY7pZMbwibjRz+uQdmaDzRMmrDA+fgGHqXqNXsH9MimSydCQus56CmqtZijPw/OUEZyr0PKyzHUmJmcij6nIXQIeLCnWl4HBT8vFFKBBDs+FA6zOhOnhd7yHYVamKMVR+PWCmbMM7Ki/NaUNf0aQ1uvDU0/iXptAWTGvXUxceK6AuQkWGERl0sAOs2PfHZWBBi9KzUxgYKuSwg3oydPBaQUl3piQ2sL0vRnuvlCyta4vBX4stijNgOuf6eI+wtOzdgf+QKVBsfVtKLS2+p2c25nIDxuT5ITnuxheyMJRjxlnRXhLq1H3PNwgFddJPoHnOnrqdDrcayN7KAvK8j0KbYXmfA8/r8JR6/jsLWjWUx1FJuRMRLUeekUp6ky8dzb23gMvqCbeZoSnD1Zt88Fdb3aFy8NtCxteffix8vprJ3hi//7TQdBqfsK89N84G8NmF5wTjhv8AXvvHK8bhEpqwmUHxZyJWelvrznhpcuP/HggVeae/CuQ5fYKiQd8t1U++gTuLnzWHABJrFx4GKWcibWldHoWOJHSv3YInn1K6ikNL7i9WzSGAqwbP8wh45BqtSWkOr5+wRdyfyC6U+Cz02/LMyDl772pH+HRQXuOPFln4t6YLk0J9PtPdrkSMrr2PRmAHJ3b+7eh7JdNUnLCmRBf2ZymhqaktUp/5J2J8JM/RP7CoxELbDsVUMePNhzFYCx79y0PyJy38i0NZujU29TDp7q8V1vhmHeAUieUMdQ7NADFqKuoR2Fuv+DyFEy9bmTOfNaZEH5mamAKlY/wDD6Gg/dbm/1hZbzgzVTovqJNWge9DzP+bobSDh3f2yGTpa3IhCrWSffu4VmYbWtNuwy1vP1yGM6jn0n2SEjDl3x6kffgWhrHRV8of+zCSgpMfEEXVw0L+q4GNMKqixkuX2Av+3Z+yEVYlfk2Cj4IN3seC1M46k9WwE3fpZE+6Gxb2fULJj0NrZmEYsUnhZo0nQm1qn0cbfD56treb3A6IKrrN4wvlpPl08J7SeiTycOOvu5oS+is4nXJFwr+eSsXBKW/fhGJgPZulynewFG6J6sZMPtz/vhHeEbiW9wXmP6egZdEG30VW9rPBrmeXr6qBWMeMu10gk9C3jYFwl30giXhcG/xp/fR0GxAcKBS35l4Y7XeUQ/9j9XXtcLXvjN+0zA/2Eqf3MCZ4Dt0SX0XVO4Rl6eHzDVsJ/fB0D5KvoOw4ugSGye0PVA0cwo+ltEu1YAsfNofr8DbijophnCTIVut19SZ+LPtqDAEd7HKnB6HTc7SuynMkCe5l7p4IdnilzdKUDva4Z4ldDx+XyQC7phx542B5T/9DifATc/6zXz48/rPxVK45bg0WQ11kn1Kh2AceY777uvor6BubT74heI/NSGo+P6KwknoXF/0nzacCaGm04cF/noUJtBNJ3PYCR7tL60IgmcDOAsiYO1tnw8xsGLHh7ydls5EfZptFg00eCyRvhe+yhIKOAGXRETtlaDc1h7rC/DYn8mbWlB69pZrhS3eJ5DUuQ4mmsTZt8DGFK6bI1Dz6he9Lei+46Uasx3yz4zh1CkYfZOc9wqkviXA4gAphKOpw+CbBneKF9Aw4jbZK3g8XJskGQqUkv+uh2M0DN8XIBeJXiO9Peq2zqFYEE6GRBSIQeOgvNzTcPSszPCCizNx0e/70P8c13c8VQ8fB3CZZYTMULJnZUbmQSSrkBlSlDIyyx4ZZVbIbAgZWaFIhKzszGxlpTIbikg9n9/z1/t1r3PP+M5jA/KS+8z8hR+YaaaE/XF8TfJ7LXgw4s6kDZSntpq8Bl/2CU8GwNru9YlQuPfJjNnfUOyxA16W5GG4fjeVNTUsM6dxFIbh1FleBKzp1/XWghO96756MG6uNtwelu53TwiFIvLSSZEw5eZ6yi24MbU/OxcSKis5RTCsrz6/HP4tH345BFfCVzs3odXQ5FuScOwx67d9lJDLokrmRgzq7biLQixUvsJPJMBO51GrUsjGKBMyCGN7KW6MQa/W0ZgpmPcr2S8rwYf4SLoQmg8Hj6vGlMDYhIKiN9CyY3H1F5T5ri3Gk+hD9OV0SAtB2QQDpYPwXxiZgy4UbLnragi5VIV9zKDUT9Hsq5BX/sLbRKhz6jhNHXxYrn9oCE7UHLVcg1p/026z30U+uq+l7r/7394zyeSHgyUlZEKpPkQiCfXug5A01oFdGmblWukZwjOmR2OuQuvksiR/yM0g/ug6zPVKrmxJx7yZ/dzQCanilLv7YLd37uYX6Fh9T3rnPdzXRcpRAWjqEzAnBt80r61Kws33K8LvYHJMjsw4jPawIabhDlNz19+wK8OmgO2+DxH19mDlPlgo96+BD25pkHkEPPAhnq6aBIVCmqGC6EjITzs8WAT1SxSZOuG704XcfZDpyD7xYfg7011/KsuHcPv9+sw8vBG7x3EJah50zSbPxveVvye4oN35s4u8kFyn9bcwNNIcrfCGvW62zYGQduRLfxh0tKrmzII+sye93sAZtrXQLsgWmR7fD6MCk7TflvkQwp8uWg3CfbcV3Mag88OM+u8wbFuZnqYc71NDAnyM0GCFXo4Nlry5rUX+zIfgzBywpIZ7q/e6MsBig3uMalBwtdTAGMbyPXvuDivsudu9Yehc3GQg/J7191sY1Ffud86HQ3Jen7sgqQDpdj+cOZXAOApDpm0tBGqwH3Vz3MTg8triTUlozLXv4wlYdOuq+nn4PsvoRQiMWP4sngE7zS2P5UAp8rdnCv/7Xk+ZSqoJ8T7qzyMPcy/VKKpA2mf9j03hyC7m3a7w/I1Lwleh37F6dX9oGOHpfROy7OyLj4MOXRJFiTDbV1KiHGaOna/ohR5u4z1DcPq46cIEtHc++rSwH/GqkugpgzHaoqsv4KSMkGsvfHKk8SndAOK4EecmBdv5X9yRh0HXPRgNoXKxTcJlaKB2v9wVDu+d6L8KLzNNss/BuB3aRxegikyFxVcoTu7FxTKIOWDmVi8N/7ze+HAUyrmGkRBwV9G3vpUxxINhY23tP6tJ2LfgFlkgneA43lvvJQuawQdS9MNXoVTq8U1/WKERui8UrkQt1/2dwfvfra9z5LPYQ6M/qWngmo/m6mEYO/HipjYckh8qNoCBE78GTsNXpIJkO+YQl9pIESp44/XySTookJz6RQAycFmHq0DbrKGCY1DBzahPBzrwxRlNfcf8q/cMmodNuVYFS/CaIGk54w/UhdyfOAlolEZSfQS6aFLNK0FvKhHHk/DVhHyyCTz5R6fxDKw5V+DhBd+TWp5MhFW7wvzT4JJlSV4G9P81PpADbfWehNdBPU2T85OwoC3t1ix0S56q/gJFJA7+m9jE+1sl9aFZuBa5YPUFljA5H9+5hfOIC547CK1ieO5Iwz+y3PVHobU494oqDLnCs08LXvwjoKcHfaXOyjlBl0zZ0vuQu6yoswFKiH3YbIX7vjGJvoXejb1LHaS+xBfJR/v74PUV91PDcIy3+MQvqJmvzEhP5kukXxLUYIGzqp1XFOD+ln93g+CQ3e2GbBi4cvJVI7R29V9pg4nKTw70wJKuUs4V+N1xSX8NJpiKhmzCOuqjJ5jIfYkd42V7xCFdMLmmFAx1s/CWh7+65lr5d/oSpeplW6IwljLksCR05uv/ewIyxVqSXoYR1sQRVygUKOx4FT6P+3V8hdqX4FHoCliDMrKPyzYhswxnBBONL/GGujBOCiawpzfKQ8arMesqUGTKnsQGLjPby9rDK6kXHB1h18tQlTDo/PScdhb01PILzIeEeFJ5Cbz6ILMphglx8CjcioeeqS+kU6HiTja9FzBp5bn9EGS7OXZ/As65kr6bgRdLl5Z3MPsS07HqPRxwIPU6FQ/kwn8PQjB0e+5xGQfu82XKhxdQslWPow529W+oTsLfTxYu/IE7jr58RMrpS+TujR7fCW+GDkQ5Q4WezmYPeN/lzT8fKMzethgPr3lHGryA9an3o2rhG5pnzU1wb+8HxRpeX2I4845vA8x6o/GiFZpZzS/Ow2bb1gOUfDj/jcpEMdiWfdfvGtQ5GyaeBQfCms83QIe4ayzLcP6aW/Qefl/ioWBmGzvMFBmk5Iarwbs0BWCkiFqYGHQX9G+QhIUb9Run4NODpK7XYOIe8+IA+E6ndDEU+rV/ll4RRZ5S8rzW4KWXlyo24eS1AwoHxHBf1+4cc4JPXzt23IFnBS/SpMBXU3Z6D2DG3otBjw/6Ej+LhF4XQMukxR1l8HHUnl0dUOPec4ZZ6HQ9zugLLHp16e4qVBP9Ujcg5UvMJKaRjsEoYz2tKajLtZz6D/rX3T0sIO1LHJ07mGANT2o0fQyABxrKRcIge9Jjlyio2BLSkA8TW0ofDEJDWtkjm9Cajq2HW8aXcNTTYBKEOnk0/KpQqUTB1wYqMNgzhUPK5xVm0VC4ZNf9O1C/P/3rZwXkkeWk3CqsKKUI+gmfhQQJcioiP4Z8rMdhpLo8pSd8PGNyOQE2nT9Rmvrf9wqq6w+hrpax3oQ6+ln5X9IM/BZb/OEzPKkVREmq4UtQ7ZD35oHSl8mljsMHJ0b89eFeLdXsi/DDj8DvqZDd3dC+CgqZXB4ahvMTrQnb0MnjFOW+Y77EtojXKT7YrpCeLgLZfzXGfjLyJVrPu0wsQzcxDvE1WGf77omgMeK/HhupB3P5rUeMYFnxYWELGOYY7+ABP9e7vvCBdu6nqIKhkfCb+cf/HX+P0WEY/ipneTEJXQW5qOZgfX1Wu8oZ9EuOE5cm7Pp0xFUXUpYZ0TlBFulkwxR48kjI4weQL8V5PRtqmip4SFn7EuZCdS3y0ND02F5VaFLr5WAOD1HxVbrDoLC6XT7wtbWVdRAcdN7Leue8L8GrkeGUDC18hBruQ3NSW7ZKKGWo1fwZqjdbvtlt50vEUTBwscCRnFZ3TsiXc72VB7qSqewThgf+5F49DY/bdfJ6QePBWMF0mE1cC3gE6WjP9+fCfv/f8smOmJfnQuLvw5K8XQtZUEXWc7sNxhlJMa7C+3MnBVic8DzGlEGc8AZv/RAPVDLyOywMPWfkIg/BwwPrUzIw/9D4/dNQZ/dgmR+UHXl+JR2aST1ofQT3LN88kAfJgpYicj1QjzU+00Xw1Bkq5Wdws8iisAvmHGsT/w15aol1dk9fYmty3YgbDtuWlQhAgWJKSSMoSAzEmkMJ2azPNlCktvdZEDzw0YwvFd4q+LbyAt7IbmF9D2sCzWa3oetle1VyL1/C4IXnPWq4bm6g+9wPfXbtw5NqeHjdY2cDVH6ryD8I48pctn9AuzJWq01YztxYTeKP+UEvQ68As03WXQjo9O9VlxYciVo8bgu3RFubfOGT01m8IXBhOvj6jf+O+7ZMezYMfXSy/soFeIMpsdcJ6vyo4UyA2zyNDlUwk6qivQ6eNyoQa/nP3wk892Jwn6n+NzLh9wcXF/PgIVHOE2/hz6fW6iuQNuJC3hrseu1KuwWZ5rMK/G4jX+P/GK5DIfmz3jdhMYutdx4kOzrq3QqTKY3fd8NoxZ5jg3BvNvWwUCL2C3e7yiG4mzw6Vwaq5+ZoGsAx51Ph1yGX65XOQcjOyvt4x11fovaCFO1OeGefptdu6GnJlatyD/W36yODJpTgKfXXhQqZa4IXoMb5C/1B0FtCSzkCql0SyY+Bj3bRMyXAdOb1wFQoQ5L+rw6ee3vA/Dsc3XWwaQP+KVE89A/eT/cg3ZuNeB897MYNazRWJgVgbE03qRa0aRKqiYVZl0pT30Czg23iy1DkaeBHyseIU3uiMR2UMChqYIK6AiVJlQW+BIe2NmUttB6eu9YEO9ibOBag396aw2yFyFOK76N98GSoAiM/vDG6fV0Uaj5o+i4Bia5mQUP4lyprwRHa7go54w4tvW27vOGvSF+FlnJfIk2Cq6QTHtFq4OmHfPzc9t+hRnpT7p5nOO5yGMdeWJ6neYsbclaeY7aFt0tUIi9CDpb9f5zhhagM1bj/bHG79wg6z9gpDv73O1fxZubnyIvK7qRD0PaP/C5Z6CJ8MVARdvSTGdVXIa+9860tkEKlS7kLfjnhxzIPV4Xcl//BU4HOdpQvUedqjqO00OBLa21HNebyfjeZPljSxFE4DDfC7/5Zh0oSt4YZa/A+I2FowA73P2Jt2Q/PB79XFIByb/PLxaDE2zR/I3hopkrqBrx5O/BPEYxWDzz3Gjb5Fz+fgpz9tsFUrzDn7UN+0cGci1kuzHCxj6N1bx3yqUKqegDe5FiqFIRGy4XJBLxWOX/NEgqFz6/YQvLGzxcd4AZvXuGhJl9Ca8NHQBYWqOhnKEIm1RQSK0hxgHUiFPY9ozKNgs1VWz234WePOclSOLL/U2ElXFdcEqiF3dIqpHPwxTpxgbwZz21n94EaGhORFoxQrnvtg2In3vPoeq3UoURD8ag2TN6p3H0eahq+l7sD9exHnydDkoUhyQfwqf9HgRdwSGU1qxY+99riboavFazj56BQgxQZRZcvwfrRIoQGtvmHbTPCp8Wj3+h7sH/qBd1Ye/6br9dWuGDdGDYc5Cjacc4MLpVf/mANeQ8OWttD8amG7vRZ9Btfn3EmHJqcGc2DhJv69wbIeW0/2xdYub2vctcc6kfcTIkBSg0kNLLCr197tfdB8huMPXzQM+G0iSi8nsfhbwhVP77h9ICS0UJZPjAyN1o4GL7M13uT/d2XeJtAY1QASda7Jkshpf4ibSc0LvU4/R1ynj45tQF3exxy/gd5TW/vs9nCHCC/X2QPpw4VKjrBPRpcVLHwca5JyGs44bSkNw2/vBGd+ASHHjg5rcDj8/07HpH5ERsaJHdzIRW3hGAx/OW207UVPhA30fkMby0/mFiBX8S+XPkJyz4d2fEHfjxwM5GU3I843Xh/hyi8rhRGag4PG/26awOtPjoJXYDUv2ZfOsHtnM/CiZD0ygfRBqhfz3zvM2TPqDu4CoP/OL7+CdeY4s4coMF5iISvgvDIYlrEQRhY+vGKwX/fb/U1XYLe6d/NXWFaFcvKVXgj6zoNM5MfwfUmOpsDUjomK/LANN5f0uqwLepN82X4U/KrlRsMt+T6eQ12W3CcLIfXb5z9VAXzpPOC6+HVPzNPluFCzOhbJWY/IqTcot0a6i59OGcPn+Re2nSEqdM/EtzhvgfXxXxgya2d9RlwZjRlsRteix40+Aw1DW9/WoH1qXohP+F3Lbm1rxx+hI2U0u11mJmhIfoXxlvfkuTm9CO6jisPasHfS4wTDvDj/EzwbVjwj48zGdqlO1Teh1c+rHd38PoRFyfWnfpgpdXmrhFIIaBS9w8Ki/ssqvH5EUFRX1TcoPbE3xfR8KFNeE8hTHmu/6kLNiZKKG1BcX1RF2V+5Ck3m/8CjPFXbXKC1YOT5zzg0V+tyjcgnY3bRCy8fYLTPxG6cE39LIYBfrLubfAE1Tp9D+xhqyl5BxnUdqcPifoRtLVcipNwsfbgxCzsisnfQSHmR+TS3G4Th7yfpvWPw8UjnKv6sJjG7M5peLx2LZ1Z2o94flxAlROmm5vP8kCWSWUvpf8+t+tSmEF/kshkd0g7P67gAw8dy3FLgxkF5bnVMNCcV7cBrj66dn0Gqh8X3cEo40eYdlbnsEH2IX2d/TDCYXaFH/pMpHXoQdKfF0ivwPmhvXle8IZqr64/TP27t/69gh/RTqJ28SNci3akW4I3yUQLKBVRr21sx3ngRQ7zFSGYs5aedAgumU4pyUIVNeE5RajzmbbXDtKcH3gVA81klewT4Os7eTRpUDBw2dBWA3FWMvxzERpGvMh1gbsijHKS4ANC62QpLPNs+10JHcN9DUZgUV1bNt0xP6LF94oBM8yoY/3NAccPKr+S1PUjBljuXZaHK5FbrKpwfP7joAvcsW638gSK5a/eK4W35gJPvIAHi3av18LZ6p1nPsD9NC/qSfTQZ2/tXKig7T4mzt3wZhWpR4cR6uaBJm8fvEkf0z8MuyJoj/2GtRdlL/IY+xFSbmmswtCIkqT1EOQRuewtC++PDAopwTZmjRF1eJXlwRdT6FbPYOUDDZ/sq42AH0eU1Gsg/c3x7w2QtDEguw0Gnq9YP3XGj1A+J19oBomVWhsb+Kt0WdwXSplrbSXC1mAR1nyoWdXdXgIPV038G4LdNco93+CBPX9DN+C7X6+P/IMXHNfektuhf7IdImhgmvOk4h74teVUlzR8F0FtbQKdAu4zWcE+UsmO85Bqb1vIZchQf07ODa6sbS9fg+OuksGpcKw4bXEQbsdYyGxD59tii2T2iBcvSRY1VPlDYkHAkxlL9MehVf/YG32YplKcdQnq3+E4Eg3j7HiX78CRN+KPU2Arj1DupKMf0c+XdnYO8r+g27sItct+/6VwQlwi7348AE/IHcgQgrneJeaH4OTSguW2B+askjcbuSf6cT/lIDW8dOHMGwH46cXAymn46qRefDxMX5yrfg2HNFiEv0DW6XtdAl5+BJ/WSwUD2K/zZv00zJh59/wMDPDRuRgIi4v5HsbDKnedM6lwqc2TPQOqqtjTOvlj7gqIdLlDtcyvMT4w7rZpZyycUyvuyIO/S5ii26GYZmvUHKzK4o/+B7kMeHUoA/wIzlu81HTwWLbblniYH6H1XbxOGuoOL4YowM9h9xjt4IkUw8UMWNw7rdoDXcSWd3+DvX5rfevQxvbv3b+QZYLanCIce3N5Lyct5C0sKJaBFWSzhDXUrGQit4d7/mm1OsJk4kt9SiTqlrMq/CE8Gxd1IgemudClvoQ9T+65jcMEp3DZGejV7Lr5GQ4LhTnSxaC/N9UlmGGrHcUvDvjRZKNfCSaS0ly7AM/cYTx9E0rTkHDcgk/3fftwF66/FcsWSsTvqyicD0ElhRkZWXi2zozHDDa/ZNP0gPmXmePyoRSS0AGHhmI1+mBNRR7tCEyIL4qluutHlCpMmOyGXIG7uVngStg3DQm4sedFxjEooWjRchZmFRfcugi9Xv41c4HhdYaHJO/5EXcGVDfl4MkwiTcqsJ2UptEWOrmZ8qbADMb9XOOwV0P/8zQcZAh+/hkmvlvw+5GF/lHuP7EJnxOv2HdkY49eDjrNBa3Lrm3rwu2ZlVx/OLY7sfwBHPKVWGmBWW8v1XbB3vrs2AF46vigo0mhH8Gx+F3JCjaJM9PbQTGbZ2ZBMFGpwuMR3CV//ckctPOJb6Es8iNcBddS6KC/h4UjM7z6UjRzoBz7wFPk2hh82i2qOw31r+hk/IFN5Ok/2J7hOTbK2/ZDndi3DwTg9GslLjsYdcvj22X4eKvgjRtkv7r0NQGOPOV60wiPxJN/m4N6ss5vFuGyz9C971BS4+GDY8+x9zNFPfGPPKGT8VLbCO4eoM9wgRLK9T8j4czwhc7bUG0PfWYy3OVOJtJWhev76pL0QCW+5OF3cJxuXOYblF9uu8z0Evtr/KAaB1RzSmLngbv7Kbcja/7ba9bvbsOPc5XFyVAn5Qh9OYwrzT4xCE+YsPGOQ757cZvT0KzrgZhDkx8xarVJeQX+uG0x4wWzWK3FUuCB37ynXsN3nZlirVBGjY/qLVS1yJsZhOtMh+rG4Vn3F2kzcEVtneovdJcz2HWoGflreml8Cq6uuB42gzG1wjQ2/30+NDdvD/drZDU6wT1sBl/uwme/GmVewMaiRwx1sJji+lIzbKNaHdDuxLyXMy4/CX/TVN8xhTo9s599oPSDh2r34IVg3gNZ/x1H8eRvPuz98Ud7ph/9cEVf9Aukv/WI5iv0vUEVTzOAvTeZySoE3/TSbhyENy/7jcrAuwZHfOqgWci4RQtcMgtT7IIJEsqNn+CfPdOi1IN+hJyJs5kCPPjtRIMVFKYWz7aDrO0MEY5QL8rgyNQM3r93tu77BA9KqFOswNfjfdEMs35EqPHoBwKaptsHWcH2DdqLdpCPpErfET6jaScPhrWVQUsRsJJabjAW7lyT8syHkbL97SMw8bC44RZUesV4lHQOdfjt94Fd0NG8/ysrVIhqHNkHWe0qXvNDoQv3bAlYLt/cexnWz3uIpEO3x0mMmVCHpuZ3Hpw+PeDYB09Ozkxswsxx0ZYdH/H+GXa1eCekGNDqFf2BuVtLWScJXxu3F8pDF/O6U2fgqOivn4Hw0lG7qDyopmzsXQKVljUvVEAzTzGaEbi9eqLpB7xvYVa2+d/vXR0ydqzhfiT94nbCvIzb/vTwyR4SGTFo4/BwSQtSrTK7ecMh+0aKTDj/aM9aHtSJujBTAsn31/RWQOazTPWvYH7t2sUPsLHuy4EtGFJjRU/6E/1t37+9E3a33w46vIV+i3JwPQKj1tVslWG8dgmzLdx/27o9FEZulNk+g573XxlWw70r7eoNcMrNIN6YzJ8QvqcTYQlLvU74noOyv52Uw6GmyPefxVBUgXHhOTy/KfW+Bi5eNutvhBKXHWOWoB3j+2Os5P6ExSL9Dy3osdvxkz78PfVm/DRMkxFPDoIMxvVWmVDprJJhPvzC8UrzKaR8k3LBhcafKHr/3MoLiucPGvvD95VXJFJgxYA03TNIJeS98BaKLb2cfgeVzv8bmYC9ZLJ/HJj8CXNXh19XoFHc/a9XYdd2zGg8HIoqaCyGe1bWXz2H3eTaL2og9dv0skbYfuJrYTvc7aOd2wv134lE/4Aeu5Tt+Jn9CWXJk+oG0OzRmJIJZJdPYYyD/b+nv1XCyamkpVr4wE/vUzMUuxO6M4XTn+Ci+0DxEPKpqJDlwIXj/N/eQRc9h0k6Ln/Cuf7bGDNMng8a4YR5rM5Nunz+hEp7U5MR9JDc32wBJ7aNWuNhOF1R+3N4tn6o6z2046Tuo+f3J/xz8gfE4L493kPHoZaRxLABVNZeGjaBzC4SY47QQmF9zB161b4e94GtayMf7kGW4eTZF3Day3+uDia0nf/YAmeukPWzi8FDtu+44e7c+hFBaMC7b80GptLRkfrDBuFqpoewgj5PoAEKTA7LzcH6q/d0qMTxfexpg92Q6gyDEQvcjr7nziPtTxDjzD7CUGfuTtBhePGjQIYRvLX85lMGVDhQwNoHk9yOq27BZD4WLVIZfyL69ke9XdDzeZUxAzRKuGXJBrXr5gIUoOHeg2mmkFNy/yNr+GXHnjx7KCWZEqSrgXhmno4xgrFvmVMt4NXyv8MBUFNqSbIEuhXVBo/AyLdlsR9gU1F+2jz0MLpsI6iL66xJXTkIq4z/BcpAcn3BbjNoTlZA6wW9q3ScH8LD39UDcmDKF+XYIii68NNqp54/8VaNzYUeKpgpBrLCV6yfaqVgUa4WvSnkFrzBbQ0v2bUdtody1Jykwsb+xIEzJCyHoaLTZ6EjUOpNXJED7PIq2Z8Ab3cein8FDf2nTpGd9id2XnjVfBBKW1GNyMA3e0wWFWEHe7B3yhn0hXxh3EPYvncsOweWCZb9aYBtdnrOHyHt2+TQJXj892zqD0iSR8p4zM6fWDIRFdWFOq2nNYwguZ1Rw1Uo48Bd9wputbu+o7bHcx4WNjkEnb8XXJGFRd4SkUrQZ73MNcXJnzAJZo19CI06A/Nz4JmWwiPt0PaeassS5DZpmf4B6Qf0/25C8r8ylo1X/Aljknfe7fBSq3dSL/RO3E+7DOXnD4TtcvUnXFMnHjFAb/p7dWzwrq3tTSVPf8LSsS5XA3Yd5X6jAwf1H4Zehfc+tP7pgO1ib6p/wlYd57E/MOUwyyaZF86jOPZM29+fKDCxHDoJReQmN0zhMb2kHD+YNpJg9BBOXhr71wDH6qN426HCe0XNXtjEc6B3CZKRBJ/ZFYD5wKMTxACbdrFnskHerTODimH+ROfI2m91eCb4DrcObP7OUXkRsv7s0wuD15V9d+XBEJ3zbzpg1cDpnj//HTcr/5MsHPPyFTcnDXRu7Bw5BJUMd6UYQZO3u2stYBwz26wtVM2Knzkegzy56NOchCrktDKmsF6Ld9gDqkY7+N2GHNzD+4pgYXxzQxv8cK98oQe+cMtmGobdy8/aFRIxP/SjfqrBUJ9zPCegi1KxsBckv31eIgOOsZ+1yoWfr9hEFkPpeNvnz2F18IWpGhhmNcS8AhtKzFqo7/oTdySCvjHCkqC8fXsh79+MTSX4ZGmm0AJKHREesYWcem7kl+BVd/Nm3nvYR4kaP0RgSagkryRU06F4rw911izTHWEn9/l2d8ix13nDBwYuna48no04MFz5bACnyKM5TOGjFZZZD8hLvvN9MnTYQzA8hHxf/dRzoMWDKq8iSM3xO/cZnC+7kDUMe6RfO63BjE6uh1twQyqgl/Qx6ttNQ5YRmmoVOrDDhUWWdG5I9nDCTgnGVizY2kJOb/dEB3hi51bLFdh6rT3bvxyeGRgPhdpMU0zR0Fn08FouNOAfp+2EvCzkmv3w5sjhwFFY9GFx5vIzzP8FI053GNT6ytgHRnqHyCZBFmsvtnLYm7V+8iXsNC93nIRX5R/X7XyO+Xr2xDo9dLf4dpgNduRzm8jUII7PE+4oQsa7O7vUIYfNn5dn4cOT5bNh8LrfMe4YWOs7apkA5RpPnHgKiU9L4ZXwyVTC61poI1Au+AVycUfEMb/yJ35On2znhGq++yj4YOMZLRruJn/i3bX+E4Kw2+Fc5EHIb5+mYgsjnuZUxsB1VeOvT6Hm6tv5L1Atgd+WpdmfoNjLmMEFp66SvOeDFlpjowRs6Btm14Y60iNmJ+FuHVHGUFhCUa2XC9tcc040QUvqocgOKOq/q60PSprocn/twHk/zduuQ7NTEVl/Ycy/1gXeTvSFj4WCPTxmodByG3b/GD5VA7P2NiU0wn1sZYPt8K6vvYboAPYr59FISViXzNAtD60rjz11gsXRO3fegUdnGLmKoXbH3nPPYWYMf24NPJSuLtEBHT6ZXO2DS3TO1SPwbZu4Bfkg6kfdfOMw3O+RqCwHb/j3hapAy6jrvI5w91e5wFtQcDJwpBz+M13aVw3NCqztGqDId86eg+OYL5XMbLIw34ThrBK8a8MZbAHpj+dnXIPDKbWfAv87rund4QjY3lnPpTSLvNhMO2jAl90Uz3TgWaHnHxzgt3D67ES4u+r+h1moZ/OvT3wOc+K0aIo5DDR+ZRUOJzW5q+tgT+AN9t9wNdvUnuSjPzGXK1JKBZn2VrdwLGJPKX5n4oXnlA6eF4ECS7L3tKBILMcNK3gxpaPeF6bsEN59Ha6eiLSKhC95L8nZ/cBe7p2KdISu1lZj7vDdzqCmB1CoSLbqGeQ9V/K3F9KIG50agYNDG5kfYAjr3+SfcIwo/fwHcupeUCBfw15leHJNDiY53j9nB7cMt/VuQ8YDjRPtkETQmXMbFvdGuJD/9Cd8z2TV08Bqis0Kmy1/wjEgifoivDkofdYFptsJnkmDq2aMZHXwqVq/WQv8Sptc1AUpmoa/yJMFENE2UWoE5JxUTjsOZ7JXTzrDx62MrLXwSs6tg/8gT1nxRz7yAIK/rEZZDNrd7UqSgtOWU8tH4SPydU01mJ9dY+oCxWqXHNLg82/Crx/BO7susefDJvICt6fQYHalrRJevOUROg6LFt3mNuCfwn4lEooAouKkXBIV7P1WKTC9J4AYNY8P+wxFc69Mr0KzMRILOqYAwqe7pVcUJkjXHpKCO0JexB6FHeXPFwi41PlcWxseKqEc94c/hj+7PIWsA6XzXZCM8vOxQXiJmzd7HG5F1+6WYQ4gKC32uSjCR3QhneqwQzbc9hp0SmVLzYLnvmT9egL/HJA0KYO8njdlX/MEEOF7ldNaofqTn3/ewvcUP2OWYNYbaU5q3gBiIJoymBG6yU/MsEMnIqzclC+AOLhnlNUGPuiW9L8ANYX3ukdDfaoh0nwov1Z3twWK59vFLMBCx/V5Vn5cdzNVdz909VQuFYBSfia0RjDKfLe7BWw80PHOFubZD10Kgk9fMZzLhhz5X1oKoG9gi2j5f59VWpsMhBHXy3tETaFOsO0da2hCWiniD9X2KjelwjnXHJFHsH5mTKQF0rz82jQDCxSviS7A/U/+3vkGOeL9b58SCyAijvz6ZQbVWz1tzsJ9flmdMTCgj9XxCTQMft5XCm+xmxytgvqecxWzBwOI3Tvs9i/CYr+5G98hZXFKPNuhACI5zpHiGORgpb+iCxOiK4eM4Povlzwy6QCCbf0bIw0UnPMJ2AN7R8sEJeCUDVefPnT9cnbeA2rfcu7LhYE68kYDcPvI7toxmMTwSWgGclY7DPz773yFIsysMgGE6oH1JHXosKFX7ADpnK3ZXeFil1vYNShhXyubLR9ANJ/zzSqA7vry9OVQ5YRhYw/kCay+ugw3WhNn1v6TxO3kH/iSXr+lSzGASI3Xlh6ER0mPZ47DFSmnVhKlAMJzS2hFAHaWaFkdhL9PXeqQgVvhlFsWGug3g22nczB35/rEJTjASR+WBOdWLY4/g1bv58u3ofQrri+8x1DHU+ctReGHn4WdkvDI0+U7J+H4zmJTF3g/gaHNCy7Qeh8NgHEpKblJujj+71uOB1DRfNftx9BSY+3VCOy+/Yv0L5SXMfOm0MPzd1Qv0sJpQ/OY90YBRNuAG+k8VDoR67sM67PYTGmMMV/OvpMSgecu0BRIwFc2x3jk4e+wuKvWsPzrWyN/GHdFoCMU7p0KUouGSmKk3PlQ96xj8lPIePMd3QsYXJixOAhXby60f4c+am5qm7BtZaNqx+kAwsvmeK3fGeQ9vlUuFF57qVMeBQdXve7nwa/HnHd0w4fXjZcWoDULicN3eOvh0+nfUN5JlM3cLoC4d6L17lm4ud9hjwP83Vh+IxZWX9HdKoM7jMXchuGuZPZLP2F81Y+Pf6BCf58duX0A0fVh3qfPIwDvpY//jMAutgshU3Bn/WkmSk/MgennvPxwiUjMFYMb6V6i0tBw1bxE4b/PyoSUOvx+Q7TyBKx/uHDCFX4M/2oRB88kbUzehTKPyM7fh245jPPZ8EKow68GyCrwOuYTjP2+SL8Kfas57v6CP2TyeT6FIR9tYkUrMMOi/Mgv+DZywZY5HOepMY+RgipHN1kU4NLzh4/UYMq4u9M16K116FcgPPZ0OSQC2t0fPlIIqWrCfUb++z3NJbIpOGphcOsT7CMreL4rMYCosj2syQjv1714xw45sm/lq0DlYpoAe+jEWkHrDHNDzj3whGt/lno67mHuxi3Z9cMRntX1UVgZx6a9Aa3dPVNZ7yMv++PF90O/nrLXAvCBS2iOLpSPKPp1Gf4zWox2h9V8B7l94Rc2Ohbv7ADC3HRvURBUTBPWuAHviGYdKYJ6IyqJHXD7uLNoP5R6db9hFOpUB+zfgGKaryr+wdTBv3pUjxFPVaECARil9LjbEuadaWsMgS5HVSwj4XvOF99uw01S6agU2LRSdiAD9nV1BtVCbSF92kXI2z1IypiD+JCHp7PDD8QRqQOwOZtLM6oQczLU5sMdGHwx2zcVjsm+m6mE51/rXp+D7z+XcS7BeDbOyh8w78uOl0bPMNe+WJlawlNfq3+cg+pnDC+HQJKylIBcGEjJzFECh+wSX1RA86M9l2bhbLcd5SK0cNzK/g7DV/dXsT9HPx4+7qgFE+7PcHnBkLbSan949c918zC46NPi8gS26t7hGYbJUxH17+H1wCDredjA0P3BrwZ1a+QQEgpFHpDzRENt4dTsfEjJ4tj6FvrVC1waghGeczvfQ+vbbpMPmwII/ynt67lwUIlfoASaPks3H4RsXJYSpM2ol2eeIi4wwfUR6T14i7XA8i/MsjWP52/BvPrVKSsOS1PVx6RhX6nvcsRAAFEzmp8SB1UZx9WSoGu8tmoTFLqaOU8/iOePab7lCeXM5uWfwOjKm0eHId8l5bn38KHwr1vzsOnyd/X4WfR7TuSPVDjyg+fxI6g3lXOxHrLWFPkMQd80G5H3cCmKaewj9IrtjF6G/vnxf5nm8B5jHMSnDtOsfqRcgpcTP2i7QceJt7+9YYZcQ0EwHGQo5M6FTfTKWoNwRPP0+jiUuXUlfxamMM4z6y5ib8kmtBlBD2e1AEvYkTf+NwQa5xx7mwGDM/eE5kG7slnZp5BWQyxx4zv2W8fnEyQ/UJ8OT0h2wpWSjnFBOPuzd5cmDDQqfq0HXZtjvU/DUuqA8MgtzBOpXJU7kNpjYCMFCs6qqX6EbR0uD5j+YL4l9phxQnsvmT18cNI6+ZkxWSARlvfe7Qz8ukv0kB1UPnf4YTws2aBsnIcFfU7SLOSBRHXkjm9c/2meXsIPjz+qMKygCSSyS8331ML48b/9zXCTcE5ehNJSTJwctIHEtfvvx3ngOZ7i+yJQUJbOrpYJ18v/JNgCyY+2LHTBpbLjdT/gI31FU17mQCJHUoVDFFJLHXsvCS/G5LS3cQYSpqIv7/RCnU89ZiPQkErHax2SKLHHs3IFEkZUuub7YdXXEG5BWOieTuvHF0hcimwaug7f1q0+ioKs7+rb8yGJAnVtD9yUzyn9BUl1Sfz/wp4AG01KfsTD+MRbJbgv9FWjHYwlus08YdMBudAEqPm0Vy8dPrF2YcuCf4ucZfvFAonttBXSMXgl37N3GiZXXnFlFw8kMi2uFNjAQEOuwDhIYfdFJwkKJb9kfwDvuRxtPC+N76ObExxhSLuRnQeUZzlxLQ1WvI2Leg2vG+Qb7ZcJJBoXsgrsYdax7DuJsKw2/9w9yGpZJpUNM4hIf0/FQGLQ6dRJfzhUw8kXBumdL3lkQXWKnqR2uH8uJG4Dfr4edI5EKZA46Xi3jBu+XZrcoQrZhtffaUHtpPxNF1hp3sqdBNnHyNbuw8gQjbbHcOrjh8JTGoFE6kRvqDns+91sYQt7Vp9XBMPxP+0KKXBf8/vMj/AHJekQ7bFAwv2eSjEzTDYNCueCf1Uib1TqBhLfbUdt66BM4UHFN9DMnzR4GXoeHfxMqxdI8LNpNzHDI/vqH3DBix6fM3WNAwlFNa1gY+P/8ptndQa2Bx+Oi4aiFO51L2EH99a9BuhhH+nbDnWVlP3s7AIJB00WGye47P9VzRMyHrlUkQ4Ls6REGqFytwRdBzwpIPWtD05ar4wesMdzFeypE4bOAgpZEvDgkcNs5tDeuzo2GDZ9Ine/CbsijExuw1lecSF6L/RPSw0jG3RKM/izH67fs4rXgpbKYn8CYcvOloBiuDtSVrgbGrYwMr2DTdLftidgP+V7g1h/1EGLh9JdaPaCWvQ+NPWJnqqB2vbKKePwgfYxgy2o2U2hRBYQSDwN7xChgS/Mj2XMhQYSWy96bi/BQF2bkDXISP2bjz8M9S76eF4DSm6bDOtCcXKaNmOYoUn/rh+KtW62jEGRwC+VM7DhXLMfaXggQbMwoMILh41PfDSEk3teXomHO65/O5sGG/gOGmZCLme1vVoxgYTV2CE6A1gcxL3DFFaLk/ZdhedNlTKTYOr0iaQH8HuWZVQO3Mll62WXGEiM3Lrr5ASDj3ad94RRezpVE+Gts/ab/fB30eQb0ruBBO2AdjEHLNNtfcwLDf9o3xeFUjbToepwaMXVTweGvNjhYQT1yEtVQ+GuHUcHv8Bf4xcTRZJQr61GMZJQeEkt7Cj8PXtZNj87kPjZJildCo2//JGoguSUAoJTkPPrA86djwOJ8IRLdAQcYju8eRvmXWWeXYcm/ZdGhXIQl+nO4cPwvJjUkBz0CopjOf8skGBxLN/rCCPuju3zgKxsg1LpcPoLj3YjfNLqotcBTeZeneqHST9ZfTieIw43bwTwQi/z3yGisGXfpRQjGNmX/Dod9g3Rz4/Bd4bdCzNwh3MZKU1FIKFAc4iRDw5x3TtkDG/oRkmfge4v/eTtoPCP7QdCNYHEv0jtnMPQ/GxykRwMLC0ecYB5y5+3b8OsDmuKVCjz+R3tI6gYWnufaAok8v+ezNOGZ2o/lp2C+09aT7jBeTdqqnjo3e5yvAEyR7sGfoE5F6bzdzUHEgesW54xQoaUorq98CpTSjsPHHe3pDGCwaKJ+qFwdfpLWQcUZeWq7YdkcYZtY5Cq4ih3RlcgcTcq9WAevJq1qfgUit6UcWiFBnsfPV2FwWncdeuQxSar6x90+bzl4zWAetY9EB0AA38cvxcOuYWII91Q4re3/zIk8+qO/QmbZQQfbsN3jEw/BQbRx9eCKQ/BsQOrbEeg9W0DVxuocz1x5BbMzr2iXg+pVPaeboWxnK0XeqCA0PwO13HM08vHWb3h4bVC0WBYPzpwJw/yig3TjEBl7mEPkgnk28nz5k4Y82/PfQZI1u9rnzMbSBwqlwgohvXjC4kVMHujjvo9TC1/k7Z7LpCw0c8vY4UPJePa90N7XzF3M1j1RDTqLEzjO5jpAB9TXZdMhS/3cSZUQYoGtYLX8FuxU2MbfEYx75K7iPrUnYwsgRnjw9mVsJtlRfQD7PD1L6dawj7UTO+mh4ZWrz6zwY9RBvU/fmB+5OVMbsELjCR/yNbQL3k/E8VhvdnO3fpQuDlM3ARmBJLqWkP1I/TvX5EFEd/5+0lbIId9qlA3vBbRX70MLzQKeLKSBxEPJjrFVKGj/WfjEKhMHiVVBgvoLVv74J+yuKVRuCOnmXEGXsrrCq6mCSIiTXvzGuGM2XBPB9SXEE/9Aat/3GCgpQ0iTFXCRmXg/fqqHcrwSOI3EU1ILRx8MpopiIg4U+aXAH/MzOekQyvt90Y1sNqSIXQNyhZcvSHAHETs4vhUdhCuTZ6ZlIV5R07FmMJ9Ge8qbWDVGZuZi3B1Q/HVbSi1PONYCoN/xCZXQXIDhcbXUJzcxy2ZM4joq/n28CGUab/SnQtVzcNvtsKtbie3r/CALHXGBpQgTkfycAUR8ylGGuowzGKPhw4kcX/3yAgaBiX4aPDh/OcPFuhCgQed48Ywe455MACqmPxIfwD//qY4XwcTWcXOfILnenfGrcKW6S9167DA99qCMH8Q/h+6wiUJ0+scDY5CFXt/VkuYzS30wQ/+JlVjDINkKjYaMVBR/SzDLsUgInCiWJcRXhv4d2MvLDa47KUA17oPnj8DK6gePrCDxEPGUSfolPOe0kEjiDh5JlXTFb5xNQn3hkmeTsGpUFXypd9LqJZ292UDXDjrudEOFSNM5Pqh3C7Fa2NwepGvYgaeE/lSSnYsiFDYoCjmh5qH6ZbEIW0Lm5gsXPU34bLWDSI49U/ZXICZQQaPXGAnp89CMrzC//v7Czizd6/sa9jiquTdBqtlO28oGwcRQeV/OzWhdbwsowF8VOjn5A1fnmF+8whSrM8WjkGuWrNvM9D949sji5D609Qw12k8Z73rPgE49XuH3UF4a5q+3hSeHhE5Fwk/M4j7PIGm7mu1ZVBS5jVZNQywuH2iER6ZPne7Az4b6c5dhO/uetTRmgQRkwl25Czw8g8znX1wRtdixQAq2FyQMYP8A15+Z2FRyGBCCDxZ8OzbE2j6e06uHJIX7g2qhnQRayOeZ5B3tXCeALj3PJtjONz6IPKuGEZeeUYMw+kxp6gPUKNQqP8TrO+RZJC0Qx/lL505CtfnC/LU4KPRlqHz8JrmT8NYeOpG9PViGNdnXvYWmsud3h6CP0mNT3yAtHyJjIz2QUT0iyfWe+HHsqYnPPBXnI+gLkywElCKgNNhTpFxUISxYjAJim+FHrzmhLlBkRkQBA97N3begDwN981KoWrH6uzofz49Ij0DJ7ZCQhcgbfYyW4An5o+ziWM4ZMh4/SoWerXRWFTCwu8HsofhqnrJzw8w7Y+K9mcoUuS4vAH3ZFEQO7wQ9x2PE3ZBmQeqk6LQPZNJWA9uVPT6nYb/pOO7rWAUp8mBC3BKQoYxBYoey3z6GhaJ2Wd+hxnBF9Y2obyy43Gyq3gO3op5cbi2W1LaALosm90whZmyoaM2sCSSZcAbvvfWFwyBvb2RvpEwsO/m60YYnJR6bgnSGZBUrEFvN6ed21BYppHSLCyIyH1RcPYsJMtPrnKAR2suXI2HnzxCRsuh6+NbUjVwQf1RTBM8lPXXST48iJjN1mghYMGe2P0n4Nudn26HwSNsvg2foEHWsVuiEUEEN+nyJyko35OqpgillJQv34C3DGiabkHttxNcKbC5hU6+HZ64M2i8BT0e9heT3QgimDkGqWih/7fnfsExmHdFv4ZuQrl3itJ34NA0r3Uj7A91Jihig4guCjr6w7BmKNlJDt5k5W9ThZtLCvKXEjEXBV6luMGubmLdB3q8u3o1Hb4LjTBuhsp7ViRXIItxbvwveJP8/Le/MEWQx5DqLur95WwpPUx89YSBHTZcrFlVgw5Luw97wdAbIk9H4KlXNxn4k5Av7Xo3ceioudkrA/WeyUsqQ7lrj/c4QDNF37U78ErY5Ok0GKKkWZEJJf4EhgWlod5cgj/egB9OhR+/DYtPVfeUwtZeCfN+yF5xunoMmtMEcM1ClxgK7pR7QURs6Oz1DEiy1DyXB91Lzg70QaZv7md/QLn+q41bsEUgUID8PuZxBFnoTDb61l7n8wKcqbpr8ANeq97mOPQ4iCCd5OY0h68oCj8nwEU2qfD3MI22YYkhB/tcO9x4L9yzoVPNA2dNQhcznmFffFU3z4c8ZFQtpfDIw+a6RcjVw50o9zyI+PqWeH4O8s/x78uBPEOH1r7CC28+s3JW4L6uaobzQYn7Od/EoJqVnoleTRAxXCvbchoupPLKWsPOv7/sb8LPGgJJZbDLTJ6iGmp8NLjaCKUZDG5swwjHkF8UrzBPVSov7obzBqVCElD4EekXw1f/1b+ZhSXccaq0/Tx0TjLgPtWE/uWNSDCHU2L1FOfgZjyLVgzMsnxzowJqlgpu1kK969Eub6B07JOAPc3Y04clvnJAPYNqOz4YzJ+Zow8LP0l7ucJbo1OfvOFfrfgzIXD7sGZPJIy7+0c9Hj7c/MP4DJo/9p4ehGbnDEwm4VaacPtHaPOvMsZvAPd5K4UiDLre9w+OgYodhxyKIZU7v8YUXJY8uFN2EHMtxOOjA2y7WaycDZeu7awqhMc/XpR6Dh94dZ7TG8c8f//x/Wn4sJ3MyhomBTw8FQwXvidpZsJX9gONT6C1GTNRDlX754/cnEX9jV58cRvK2i3IpcJrNaXVjXAtt0d5GZ52aGgUnkM/n2bXuQrZc2L6G+CLueWhWTg5sW22BFfMGEfXYLjZz/mUH0FErTz7lUdQ/pHKz3w4F7DF2Amjpz0H2NaQxyl9H3VYfj15txXs9qJOtod517ef3YArW879+VDuCYllGdwxmTL9Eqq+rFxMIAsmSo9c9b0Hd6nIUT2GftV0lsMwfr83Nyk5/m6iYsYPzxVdOGoLzV55k8RA2on7txLhTEQL132YevipIjl/MHGBc3KIFoal7vZggTK3FP0IyFDZEOoEGcuzY5KhreZuoQyYLGvlMA79pI+5UwoEE+qik7T0MLXcN58N0qyddtoWCyYiiL5dlOLBBP8Bw/zdUMvGi1cSOvb03jeG1B+j2K5BfRX5yiDYL7pw+iaksY/a9U06mNg4aFT4G07E7tcnlQkmZHmNrh2EohODaueguVzX7GWYJtQa4QEjaobokuBqgsVYG6wIY12ikw0mRiJMbrFC2X2pEtyQ++SfMyzHggn3Sh/y/f93o0gQ/s4vWTeErSwXFyPgd9mV0QFouGAg+A/2XhHvodJEfGLpfBjglM7k0UzjYGIrt+fzE2id0ZJSDslD52xX4evoOH++08FEFn2lqDikVg34ZPDf56RWYz9YdISZLAyKedmXx0Beg6pzd2FiMz3jAxg87Pg6B6Zwj06Mwmc7NHQoTPActbuqJOAN2SyHo/CajgqbOmybColwgSNbimupULjrX3YmPHS01bgABkffLyezQh7TaC7QwqtaQWws8JOwy7Qc5D5TVWgJjVN1bexgj+cMgzPc7jN9VG4XTIye2jCpgcWuD2iaoZ92m/4G5PqbO8Znj/t64H1HHNpM6GrJQkPf+KjLUM8hKOf1f+bwLqxBfW2dR9swIeaqKeWFYGInG53vAeg8rnVYBO4jwj9KQnrWh3Wnobs9fao3lHJ2MQiBpsw95FGw8KGycbNTMBG6R5G2Gx4WVmp5B+377J9swJTU1jhO52BCp+2mhwqMZq0SOw5fUS7NnYR7nrZLVnoGE/c0WFfq4ID/xYJWmNjQeW8Bvox2jqPzCibeHNcKloCdXloHguFcr0rsM1h1fSyf6Wow4aF7kVUb7je0HDgFBzcN71hAT4ZOlkh/PNeExbs7cEZ/6W4arIy2THwFvVSenKIJCCZI7mX3qMKOraDb2lCR1OakIVzQ6pNPD0MdB9RuZcERi+K6Qsjvlxg3DGmqds4yhwcTnKwd5QRM6ZkPdYZBH22MU2G3uRR/M9wunq7agAECQdH8EcHEHd4qq1OwjfHMAQtYl79j7hwc/RdBVZ8YTBBxh/pa4euWsfRe2LJzff/uu8HEB6G2bF3Iw26d5A0rijw+1kKVn7pPN+GpFB9fsiTEay5fgxbmvf3p3pSNfpI6qd4FqzSL9ryDqSmjYatQykjo567HwYTQwYcteyDJC/ZkTtiwmnyRH14aZpc7CDddHlIdgXtO0i06wqQPFRn58FV66Uznf8fxxbaS5AQTFryOqbugQ6/u5T1wUb/0RF4h4jZvsq8Uekj8+1oFc5TbVSfgVFT3rX+wd1fq+Z1FwcR1hYtHGKFgCd17Xsj9bb5MDL6fa4qQgbFkek9s4Ycr/N2x8PmWSGYSvHRU+upD6Lzk6z//LJj4YZ5gtAoZfEpENmB9tIc1//Ng4kWMM5sTZPrCrZcCZ3VC+R5B97OfN/Nhk6BRfxncDE+neg/704SUqSuQP/pqZiZIcfTUEicc78klpWtGHXlcn2KBK51n6/bD4qOrTLpQJHD3TDocqhccmIZeA0dEd7cEEzt4A3eyQX6h1nlueG/5n1rAQDDB8tRQMAJGiOZR34K3fKNDqmE3WceveegZqD2+CkXKOuo3YL/WWCT1IOon38GFCY40bxhyweay4mJDeKJQvioTitcyb36ArYlb7z/DEv75pm9wYIdleex4MGEnSJeeBHsom68/hKofmg80QlMbktcf4fjoSN4KPMVYcXsd3uHn+yQ7gesp7utRgbz0nC+OQzYZbVUvmPnvTesjeP/T8tMnsCKGPbUcSvzwqXw3G0xYPc7JfA9NmIZiP8FwaxIB5jnEWzKyloDrZmVvCuFSy4DuNHxR5Sa3AG9dZuT7AZfF9kWvUoQQ+zc5d67BpUKuGxvwpJlUEDVlCMHHGeEhAJfupn8VgVbfy64cgmpJrwOZqUOIwwWB2+ywIlspcB+8oPzeXx7uENztrwPVv09vGkDh7Bd+xnA7ryyKe08IYRzUR8sPBRV/3BaGL52ruFVh6W5ncUP4oOvRUxPI7D4sZQl5Dof8YuAIIVr6NwJYYKuNJxkHTHeOlVOBeqyWI6fh5X+mvk5QtvPnP1d49X8U13c8Vn0YBvBsIpSREaHskS37WNkUmUmyMsvMSvZIMiNRr+wRKlGSla0yIoSSkaaSlaLyXv31/ZznOec5v3Hd9zlPRHZ8ACwqGhO8DFvDjvQVwLys/OUmKN7oEPwE6vYc2O6CCjP0ZNzckcS1fpXLfNCo2ItJEH6MCm5ShXSO0X9Pw6dbz+Nd4dJFdgZPaP15eIGFL5LQ8qg+xwH9Xl76xQ2vFqxVysFfLfnDupDS3YbeCXIGH885A7/QnnoZDQ1/DB8sg8ttn2tuw+1AcsW7cOcT33NL/JGE8eHFzVXYlusW/xO+N1lVZxCIJA4qsp3lhRXPyn7xQy99xTgRWGnr9GZDGOvWl+7xGzYfaN/YIRJJ1PZkizHBMg+GCxJQTyEwxQF+vG98LAi+c6J0qYDBFHH2wzC7lWFxDO5yvREyBR9wqeoWS0US4aUV4+VQiYvNrRqWOpxU6oQiM0cvjMGeX4smX6GL/YLmLulIgqljjeUgzD9+rVQIPt8/G6IO/e0St53guylW5wh4hpLtcDasDEv6XATN2Z3CyqFUiSpdNUz5fVy0XzGSUNwt1/oC9rPsNR+Ducr/yX+F9XkaY7uVIok39cnS2nDgMVNDBKwcON2VDxfJ8myKoYHw2NdyWCsrJlmjgfFqOPbUwgoi1/4hPFJz5XEflPD4dGcGGk3J6i5AbbXo6U9wxZpvZIdmJOFany7JBPdcXunZC4vMLE7tg9/mV5skILWLw3EZSP9q4IsCtPDfyWgNeaZ3nfWAKk+Nt+IgsdKTWACLmV14SiGjMHlDJVwNt9TabYBxBHFMs0AF55lgDnjbZOqiFMwLoYzTg8Mzs/uN4Tvl1sZj8JUL2YYvXDv1Pf083DB+KxYG91ypybny73y/jPxiyPDxqlIFVDt2fbT63+9GlniUHosk/n6+RX0bfjf4r/QOJFJrmrrhC4Np2Qmoq7U0/AZ6SpH6zkFVlr0MH2DLN/HqL7D+zyvWA2ao47Bkaj14Ifx5qRHkDaTXOQZVaZ/OfbSIJD6cvBr9FSqUOfCtwPuXwjRoLJFXqR4HHhjFXLGDH67+OMSjAuMF5tTNoWbRxFsr2MY6EmEHS+XojKZtkOvvsV/noEbRdsoHGFoY/eAvDP8Z4yxki3nmff+sBDcbLvgaQ3XO4evOMPpdjLI7jCxReOMN29PS3j47iX6RWRc9BPVTJ/lH4QmaBxaLUGQteu4vPFfSFEdmj3yY/hSihga1H3z6T0cSDXdbWYZhRfn1xjFYrsti8gkeXbskSuGI+/WomYtA3S3TZA3oPVnH4AhDaZ/XuUIJ+QUbT/jsy3vxHhfUf/e5l8+gXt5m6BA053dxXISFr72LyFwjiYJzjAbUUOhP3Xc6GMW//9Nfd9zP3z+dzAP70NSnSA0LP2TH7IeTkZf65eFEznqgMnSscuImYJ35cMCcL/blRjTPBxg1L/v8CyziGhAg84skyONyojigwR0H8f2QYlxk4gC8GqQsqwz3pe2eUYf7Sz9d1oaZ6wcyHeAT5dzcC9BXKvlIFKw+GLkSB8vCuc5Oh0QSlluyXPPQNtjk+Qc47tKbuAm7Aj+bcYZifV4+ZpCAp3TXW6RhwyPJswowTPQslwqsuFH9nIDau5bCdGDZ7uUjrtBy/xfHaGiSqLcnAXZ8L3ty+d95tPwnbaNRf4emGE7Ba8cz252gvBn9agRMHxRoyYAJ5Os+1+B3pa4DN2Bc376ik0kY16qajSM8xevEcAZq/KL6iFcMIq23rS0ZejNvnE+HVU6HxLMhpQRPtU4GnpdXilwN4I1lIR5T6KtNJeMDP61SjiTAjiBF/3xYNkCV0AblGlqJLihQFrLZB6WyVr1HoOnV+4Kv4EhO4OxrSDKb3rsEN6L67pBmIi8Pb7pTQdYV/wN0UPmOzwx9Nvp1cUYeE3TPf2DJBvme2mqJwjeSpl80obRHQqku7Kp4ctoIHs48fp8zF31JXdqHB6qt7hbnh/SZ1syGcHkH728fOL8g9z0G9paFF+TBhJfGSU/g54t+ut3/rpe8Tv4MTvTcNdhZGEkM7lnbyQDfuSo+Y4LE1dpkUcjaNmFqCQVTWzOCoNIahVXhv+9dkvaWwaS3jK9uQ6fPl799KUF/3Rly9ztslXHzW4fxedIqu0qRj+1DlPxQUdGI/jBM3LQZUoGbXe4ZGvCrsHPB7spIYiqCzYUVvp0ZEOKErl7hW9LQe3DT4jgUeHvjcAQMvcwwlAcPP+4qug8LklvPNEAD98eizfCCPls1bS3eB/oOBzBCL6sTyizwC8OmlRDcd+RRgDKU0f+mTEBHG34yHVhx3v6pPhw4a/XBDoo8b3oWAFffrn5MgFT1+neToc61gqB0WNVSZTHzCM9hERGeBdhQUvH5E0wWbGL+A83NomhYGtEnnFheskMH1dC/YtBxn2mLPiR1uj4dAGNrbF8mQ/vDfPnp0PbFF/dsuJ40fWyuOZLImGfm/gD5jYw/f4FL9M/uU7egf3DO6ItAVmc51kMwrSl5TgaKi39L/vwEubGcsV2CJukvhdZg5/FHvxnb8d6nJkWjAe87b992hD4K/KFn2v/1X2M9L7ifMYjVFz5+dYbrEjSeiT9YALXSe1ZKoI35zieVUHrd1XupC33/PpPqGlSLbaf7BUmKDTl3d2OekaQiwvAya+8vcVjXktonDX85fBl/1Yfc79WteAPbZ4pD56Dul5z0TUg+epCL92kksTd9n5MspAmXq9CFxXqSzu5wp/2CcTxka7u8/zJUkpNdToUj1ydrf/ZjXxd/x/2BUWa8NqQDkQTL/Z4SFshLl7oiBP/yd3eJwx0jPxd0YMydXTI20CzdhtIeCiWUTTjCw1sO7Z9eRBIvN+SufYOWNLu8VmFgPCMTxzDy9D3V2QA+qklqOAn1C9OvOMKpylzHM7BmdFcD2yTqYc49jQu2UPa68cHYNqEwdXg2/GS9FSQL6V46B9lSrUQS/51XNU96BXrP+k6lw5uqV7rJ5yIJSYvjhTSwPI7rIj28Rlh95YVEUq2dHPz1NzohAC5POWwkQMcsh5FkOH7G8U46NAuwl5r4FElwiScwTsO2HbVLc/+sLzPcgtez43rpPyNf57vKmKCIH1UCGxSUsd5HuYJ6zKPZ3gkTeJpnGeCKxS2vA9DKx3NSGV5ilW0mYMXE33wd2PQg18UU3h3y1DsOc6jURW1g+vOL133hyZad/HFw195VqiTYkvzmcwosirtxvhDa2fmRPoCm4+cWGqHxuXO9rdDSaIGt4Bf2jWn2bwkM/jX9rhKKd3250ALL2kW2xv75WnV2Cl5kMe+ZgZ9DeytZNyMJDoGNNE4o/l0wiAfy1ir/OAwTBTfLdeFrKrVUI3iAKjbwGDzB//yEJYx3ZNU8ActbHIUc4L3SuoBouLjz52Q+/Mrm+KQYrusMlFXA/qxyLnvSKOIRjzeVE7zxXGb5DNwYqFdPhYUXaV+UwdifS41V8GzmWPE9+Oej4Y1FOCBlEr8MH+eZ+fyAV1JC2HaSRRGC/c1tXPDw6dFKPujLunRVEL5QX5Amp4wihHPUuGmgw55cGnr4zDemUACeWs1TVoepc/SC2rBmNWaPPjygxPhr184oIqBb+P0eWBmoM7IXhqf2JYjCap9zKuqQ0/Y/YW34INUx0xMmy9ozpvw79rjTVQC1Iqsk+2CX6l7uAWjHHUs7AheF2Mf490QRdDfqu0Ugm+zxh4fg5rPDJ4whb9XsTAC0pDxy/hr0fNn+tQO6fyia7oVh+xMG+2GBwp9Wfo4o4u/fPXUi0PCrSPkhOHuf3sIMMnw/QRoIL32xKb4BfT9dMGuFG+6jRzph1m5J5T6oIkfvvI8viqhgyz3BCyn5hcwFoNqPI2z6MJ0xuykCplBeDi2D/g41No/hceeIY23QMN1Mvws6lbittQhHEQuTR5Y6oLay4OdeGOneMvoaHn7g2bQOYzpOP9yEDVs2tdtw0v54NblIFPFl8Wg5DfxcYlpED/f0uCcJQqaj5E6mUP0WYWMDuZK+E35wsm+fShAslDVUuACNvNXNTkhHEU2xb446QLm+cFMXmH+T2SAE3hE4r5UBJ8XFNK9BLsd3xA3I7an7nFcpinjDoD8gAP+bNxoShVPUfq/UYaOdzhcv2BAn+zMJVm7JkxVDUzdfigrITl5DVQP394nTNUC7FR/6Zthh8ICxHe6OnWUfg6vmBw98huQW4fxL0CDuleAaLKq9Wk6pGUWofqGqoYWTx8PvM8KZ+KC3h+FmNPt3XSihlrPbFX4PbhGPgE+vMhjkwJd27aY3IaVlkEUh1C4pUWI3iCJYZfK1uOHWaq7RAXj9QWmIClx0GL95FPq+iHrjDz+Z+A0kQFuNG+PJcMO1dyYdynOfevzrWBRxkfJpz1/46oDCSzKzKIK5ioSSDb7d/qogBjm2zmpLwUDRlaPyUHoHS4wBVFUqSjWF5ypkbhyHsysCU94wochOJh2KdtMQ2ZCa+5FRHuQ8LxNg44j17+xNsIeORg55TpCl/OWnIKjW53k4GTa0TOWWwKFY/T8t0M6Ydncn1DIdPNgHa+wUL5ucw/rfv1BsDj1125utYfgDdRU/uKmYXBAPy0Q/Nl6GazZHXqZB5d8JO4T8ogiZk7Sc4jBoK01OGmZUmjQawoDM0oMOcNc1TXUXSPpqxsYDWlhGBZyDVHsOpgZADtq+ihBY+KO+rgpmOwtaPIPjvivnhmBqU2vSKMw9n5+xMzSKePgn5y4DFO28OsAM7axyjwhDd8Hh15rQ78y7TV04/f4nmzG8U8KgYAbfFwlZWMGYWS1/O7j8afBWKkyf8wi4D3lVt4WH4Zr3Ub1xaDJd5Poa/j6l2qAfHUVoJoxNmMDfS75b5jD3xY0ib2h2PnftFrQkLQ2rh56bsQcHoXCf9ZGX8OKEhNsEtDGrGBBMiiJ61RtWxWCdTx+bNKy30Rg2hImUT10doF3p7+0cOHSoJ+A51Erlzn3x73Pp4NYxaPzf7//G09GvGrx7XkPDvbNLs3DboCv9B+Tuei5DmxFFPM86bscIt29Px7JAjwWDYFn49j21lzmUJ62nd4MLiTtK8+C1FzaLnVDfS4blKbxjxKA2CO2jzl79dD2KaO/2bvsG683PLa5Cp8jytT25UcTpGn8LFaiYQznvAbMn8m/+B/9saYQ1wEy1LLF+6DH603oY7qyzjxuHnRLVzMcL8fyIdNS2gQQnR4A9lHZnkPGH6oJXo65BoQ/PiCo4wF3ucw8euRV/6wFcmHlBtl2BOk36JE9eibqIJPOggasXfw2Kw2udi4O6cDvjIJkxlKu2lzeD+Xfkbp6HbrsnFG7BgDV1ino4uVV2uBGKmO7xaoV/zSKf0tVGEdatAiR7YELIoMJeSCiuRchDmkXPXgt4793sxQh42vlg+nU4T0XT+x88+WvpbxGc9OlpYXmAeZyX3+CANk/LDvHAfHoSAyWYuxblfBz2VdHdtIEf718ftYfKBZ9cGBujiH08nLdY4MI3k0kOyGX5QEEJtk60D9rDMVN1txho8FA4+SZ8WHK9uxDKvqMlKYcd+x3CydsxjnzWxzRwyXfwJz2MY7PwlIDNUXK39CCv2M5pY3hVaJbTHC6asdftehpF0G7ar++BWuul8mxQQHRaWRwGHjysoQlbmLOideEhm7UOI3j3Jrd1NtwYunU9D4ZZ80/dgmttJrP18KsDk/AQZJC54zH673sb46pJuGOUcS1wGM+Ha4yKYfDinT0XIyGPj3RGFvQcDSythA9/JH+5A0+eLZWs//e9QC7zJOw82m3zFva/WPvvHaSR777/Cy55re5iHsG+mSias0PK+KgcbjinQJP4ZBQ5FY8Y6IbaYRvMzyEj23eJWXiC7pfeD3jUIz51C17Yzzq2Ywz9g62SyWEyirg/IWbnAjVX7xV7QNZj126lwmBvweN34Ihd/406WFgcuPAINhTVUO6Yw/kKV80ooBj/hf92wgZnmYH98KgTrYESNJ3Yma0OWyvo5rThhr/oHltYRa1ofwq+2tCrdIYReppWV2H5GTOeOmg5zHSsD+55aXZzADpKXv00AkN3TH2V+Iz3lTtOqrLQ4fG3ZEUocd3RwwaGWEZ9iIEiygouNZ//vXe0aQ3APvW0zBG4S8Bx/hVMIOgfdSyjLg1+0PbByNoZ+wG4oZPz5yOUv5yg/xdylly6QbaCuuRKWaKGd9auatLD0yL/ZTH9O26p+MgGi7d4pg5D7ef+PW5wB80O+hQ4dWaHxX2otcCgPwLln/nceAV/MrxcegNX/G3e/YFpR/sVyFZR98lal6lhgPYDsQNQoFB7QBV6Lb/k1YL/5Z8J1IM5rW77f/6KInyWNwL/wL8xl56TbkYRVnMHX/LBwO3JdG/4I9plOQP6pTkfa4CDb17eewPHzZ5Sz8MhofZTH+Ftng536i28F9981rYL0oeN7WWCrY/ZA4TgTVbnIVV45mSsoBZUoii7qAePFkiJjpNEEyEdmnGvoYee5dtZ+CHyzxYJaTTRESrmLwhr77DqmEGe/GxqbxjaeUfgClQW5tWphpdvGdD0wkz+Hqd+WLzrSMswLKhKOvqeJpoo+yVT8wXm3H5LuwwdGOxnaHdGE95XdiVpQNYE9VN20MO1c8wXaq/flg2Cbgccq5KhWBBHdBn88ZN9pgq+fcupVgst14UCn+6OJtIprccG4dDFSwqjkNv1TNNnKHXAQ2PHnmhiVuleIQUserRJRgu7VVM+88N9gu8NRWFqEFEtCW+1PZE+Ahu9JthPwzWdK/nnYZ4SDckFeD47wTEKRlG8nWbmiCZoLdu1OOALhvLy/VBrSq9ACT5TEXR2gJSmYn0uMPWpjIQndL+jmukDM/7o/wyEjPXWJ8Ng4vluy2xofCan/gFkY+jkaIL6PCsRT+BMLt9CN5y+aGHwHO4UV3w7C3c3ekz8hr5N9WqknNGEnhBZMRW833b9DjdfNFGoxcJ2EH6TyowUhuIHxS9rwwcjnuK2kHKNJPsU7IjI/esMheMf0UTCm9kOfnEwac/OqSS4R643/Ba87naT58G/66rsLj2Gm7bcK22QpXFBaIU/mvgYvTdzA3I3GP75DdX2BTKyCUQT757sTTkM1ejcf6pC+o4mRy3IoTPG8Ec4mtA1Hw8jFcE4ByY/UMET5CQ5XPDcbZe6w3Df2SgeNWj2X36yFrTXnXc2gQpt1C/MYX6ppKoNjF66LB0BKZhvTjTCHp7ZpCF4ZYbYGIUk9EVOU/+uJ+3+pSKNXDCHuGtCpmsSE7rQrXqaygleDwsujYEOSoasl+AnN574FCjvKpu3Uyma0Nx9hp4RskjciGKBVCw3OTWg424aOzuYecZh8DQsPNSoeQayHSI/ya4ZTVScfTnCDYX5ygwOwrygnQJKUPtRTZIBbFLSXrKFs5+kXB0gxS6+Ny6w+rXcB1WDaCLmSM1pLRgqIPxaD5ZpiXfbQzb7WyKhMGdKpiQC6g327Y+D4WaWxp62yCMdy6APvKYxdvQ8ZOVTPFUIV4qVzg7Ab7pPQpZgSMTjrTVYLNUQvgm5n73hZnVEfekzFnP+U1tHmBdaFhwxN4b7+D+Eh0BRq3DtJ/BrqnUGvVM0wasRLiECMznE6g7Btz5vFOWgEtmhfFKPaCIwd1WQGjrfbby7C7II+J2VhTceNRRZwL/NhWInoKhGar0DvNDhdNQXPjhk/CcZeu/fmOmDMezte79Aw4ilW98hpfN+kR9wW7GhhPpsNNGqbSxJD40G3zUywfSk0k1Z2C3s1nUC0tbyHT0NpRvfTrrC5LVc351++Lz57x8G6EHpksQCI45tv5SHbc2r+63heSNNzxB48z89kSyoz7i74jnsoXvi9hEy/0lc//rvurPm0avwjmp2Odt55DV9QJ4bPnal6Trw71jSIlkdHsjuNz8Bx0kOzjnAnKULPq5wTXonK1doNJEwsaeUD4qTccsLwcJep/NqkGpg7/gp2PNxpSwMGrUY0dyEXNLRl/vgo8ZXnIMwu1uq6iWkoLIxPhiN9RQnnRWGchPVAYfgJ1IJK0PYT85+KRyuF+p7XYc7ybJM66FgXcR8I6z57BXU9u96t4x3Vkn4vS/fw07CXevHmJzgN5P+/FgoIUaSdQvmpkWKlcLrF0g7b8OK9tZzAhnRxOD90p1iMFsirUQKMpboVBnDw3RybM4w64PCfXdYZKRqcg5SO3lINMAzRzP7mmFKT4tzB5Sd+Um1AO2cMgK2YFT3BANJJtb9/oHblHAtwUnYpjKa2MrSHLSHOrIHA51hS2ttbSR8ddfJ4BqkXLH/fgPGd9hlF8LpwXsUP+9FEyo1lHf+wHVue2uyWqz3e8Wy/bDzfl++BrzAe1nHGhY30C6dhBpzKTlO8KwzWcmtRuQzV9esFFq4pGzfhpS23gwDsGE2fv93WKa09HwdnhGyDd2C6+9+PNNqjyaWHOou6MM2/wBxU5halPLdBV6sKHWOhrsLIlkSYfKhk91XoNj8Bf83kMog8uA8fKcbP/oRFjf/rGLswD5WB/CJwxTLGyPSUPhad+xhqGM/XtvyNJpoZ/E90wnPuu7a9xTen/pqtQirLotcpX8WTZgWf9RjhoctK/6wQ+pnmXHycJw/rN0ahlGdCLKHwdGqYs6wVva5j+8wcvjsg1AQfPWbYvYC9GXoDLkOS2KbV5/D3zYTf9Zg36Gya7tHoomTXbRH98JzP/youeCOjtdtfHC3qH6IEAyaZj6hDmduflKxhI3h3usnIP+v1erT8K3VzaOGk+j39sZ0x+BD0h29lvBMj6tECLRzEcnKgxdoto8WQCnDMboyeGNQqqEDftp3a/97SNuePfUFjpKnXVuGCeFibBpzyL/PxfEj8BLZSLYRbEmhYDoHaXbfY4yHTy+SDhTC7bi31HNQeDW09wOU3sGe+BUWjRa/Pfg5mphTTy8UgVRGkS6S8M6gpa8uFLezDLeHt9lPEs6QK8SVzAP+GGkajof7LcNcKmDxpU8Xx2FWuqDmG3hD2Y1iHo5Ut4WKrCAnPVYaktAgbplKHga/Yv9kBmO3ldID4dlgrpQKyCTiV9EGB3pvmM3DPvdE9k9w753zM9+gjFQi27lNvJ9c+zAXAA2L9atD4YTV4lg69Apu2FEB3U9JP6uBfhdk17sgr8Lwpznoke9a9xFq1fy5+A06p+a0jZHEEKwzJ1JeQ4MJXrs5KHhN8PQ2pBK8ksNKGkOU13u77oNvFo/K8kHKmRejBpDJ7mnRUdgZ2eVrCdfYR4P84VVvkrtJcENo78U0SHflkFE25Hz7fOwlRQwx4+FcOgl1bv0NnIEv84Rj/8AQqdl2ZsoYIpgqO4MDCiYYO/JA5Y2dvqqwsCpV1xaeDnLe6wDff1H+4AKf3Fo1p94ZQ9iKB/PTwzbn7R9M8E/YM3opqKg5KWACbXonGH3/aZ0ydx5qZ+rUXYCZOmHCKVBJTHUrEw43k/Rfh/33JJjvwbkiYfEBaDpPvT0C2/s/D01AeesTbEJ78PuV17+Kw2MVk+0ysDl98ZodzLoZ5R0H21uScgrhU22Ss+WQOjhUqwaSmRm8O8UaQ9QeDH7sAktLyjM84VWHju5EuDudfKsE2qSaDd+GG8pFFfdgc9bhajmOGKKJWzheGTJb7TulAXkfkt+wh5mS3DvOw3uaYhNhUJ5ctTYKJpQbHX/wT+1g8SZInlZK2Q7dG9e4FiA1H4cdKWcMMVjmJkcNBd88oqeHF236DG/xxRB+hdeESiH3TTeKKkgW0hPcAQ/QM8cswso/tT/IDsQQ6cx3Rmig/pvquwzw1NlqKmqRGOK4+vyHXZCpk7OXCZIs2AtLwRc6c0kmsD32sOdxmBGUbmgLxT6/vRIO9XsNz8b8u9620eQSLGmlvVcKWTadmTphs+7yah901Y98OQjNlM9yh0vHEDwKiaQx//xU/D4R0g9KB92CAS4BVA3QKaLiSzPMNJ0d7IDp3g9rvTVjCCMV4f/84aOum5dCYNUq+2YhHI57YDkM1R5bar6Cwbd/iU9DzlvkdSRaMYSziI8SP9wicj+pQNWEsZzj8N2z2lhbGPEs3ccBFilxyUUeiSHie8/xxUPNPV0MyXAwVa6rCDaIZVj0QMVLFFr9sKwgTHIEPu8wOuNj8G89fSzPw4+j2ToX4LMSsdbbUK+qW2gW7t+Y7yQ3xHj3GtXthOXrD4oYodOHhjZSkxjCKjn6HjU8smRSSA+/v89zEYDD3atCavDt+Ct2bbhZ2rbTAGbs2IjTM4shKAoeBZvAih0Rnseh9vCzD6lwIsPg+n347pGg9Qt4JkD94CdoGlI/RmeO/KqLZovASR3LS5LwGW3sBXmYblx+TME2hvjJwaKnCocrYtW0INnj6S0v6Oi4VloI5Zp+nRiG8VI1Zq/geTcX/Wnou5uKRNQxhmBn4N2ShMFDquvyUDfs+RsTSKw2tnlBcdvVRj+4ECtRHwzd/b3uXITXRiJysuGSk2dCORxYSXJ5/k9OCdN3MOLNpcO/oU4BuQypE/qJULQ4NTS57bpfxg/9KHiRRxFq0AfyqUP2h/oiJ6Hv2WbJQOg1flo6DPZS08hGwVjS+3IJkKdAQq0E3nU9ajQK0/oFrH5BYx9qm+1/x1OLthT+mD/zdJVuaAwhlcVXawz/m3F/aA7FFX++8IXvG6nnYiBpDtmfAvj4py9pORQ+OE9VA6Wn+vc0wkFXXbY2KNrcwdUN+UlfyEzD+PZh/R9wStHN9DfcDtthQRqGuucdolCIjiG6X7XTq0L9kw17taDXerX2aVgszZh9DRo/OpR/E/6kMysvgm/4z4nxJ6EedRgVRWGvbJ2OFFzt7063gA+ySb9EwBeT/RtxUPpbHnkybLvj69kEp+hsgtvhUUWtuF544cjW8CK85PmaZ/dljG//F/G98F3RbyUu+FLgEVVvBp5TnifZBuBsJLnwSyiq4HdhBZqqPJhhzUS/E4hY3gcj5gxID8AyB0VSxtwY4sQxgpUVDrIYiOyDet5XQmXhdDDnWzN4OEZj1RqeOe1BdQry709OHIbHLn+98QoGPDt2bxr+CPLd+wf2vhoP58xD3W++HZSBXaVn3ylCR8Edv9ThiIvPh6GbqF87+T9jsFVwe88b2Fai5rEOb79OfLLrP9z/gOc4E9xUP/qVHZZIRcmfLcTzY8XLJAByJJ1wDYViOtLdGXDbS8/yISydlhkYhdkTpu+n4GDl2b+zUC0wRdS6Fv1d9p2BPczuV/FwhrWtjz9cgE1/nV2yYIb+eGweVDtnVFwAI/+2abTB0zq6p7sh/5mhyOfwjYCW2jJ0+HSlieZ+DOHmL/+aAbq/mt1igQvBX+tTGjHOb3snrsIgQud3Lhz7ysr6HB6x+21O9hj9y1VOSAhyBJUZSsAC533nZKGvr9V7lXb0xaa9u7Rg8PtJGX1oqk8+eBqKsWQU3Ib3Xvo5P4UkA0k75mFzZY7gJ3hBQmgPfQfGd/DRqBgMv/DptzTUrNt3UBEOxxScoX8aQ3wYp85ghiW7/Js4YLL5vTRFyFgn52INmRjJlYLg3m/B7+pg7t+5dxOQvitn4S8Uj/BhpHiG9xNOQ2VaOFfQEkk/EEPsqSSvZoasWcYTHHD0/MIDRVhSreFmBs0Dy65awy/7GZ/Y//v8ZPlflmH0o9YhsX3wEsVvWz54gaKbSRlW2M7HecHx7GnGCDhj1/DzJmyS0PcahFy1Hfc24SSd1cyOEWj4lZ4KPpHXkMyZRJ32Ozv+B48bXL5aDFduCAqMQRUZE951OGJ403wLkhguxZFMYV4kXBePzMUQeY4T941gd1XOJzNIKczveBGuyBBTFZAh4H3SFIxg0VPeNR9DvJKMZxKA+4/d1heDp21HIqRh7THtkpTPmO/Ruemr0FQ5hi0PZjIf3L4Pd6/f3j8CvRg8bCYgBYto5ltoUBFBrMCFE0ahP2HPL866v1CkMChv7xfkIq0/WhLuD3jYJA/3aRX/UIGr5erc68sYt6TliS24VHIuh2QlhvjbupLMAWdD86NkoKneSIsiPEi287c6jNL8L/MmrH9J9qIInj3uRV8JDwzuixiEXudlv6/BDMoO8S34ouPhaY5V1ElGS5YinLf2HlGHm3T7dx+BMznJ2eabqI+2tHEb+Hj8GpsDpMp8sS8Ehl1X4M2AcvttHHPg06vhRf9Btc3id8Uw1XSQ/zbsvPrb9R58Pav/bQzuF66R/QH9qv8G/oatvGYPSbewP/HlP6khS9D+v7zQPbCFTBmO6R/S0YBH6YvidWGzipfkZ2hrccjvOzxsv37/B7R/J/KY4XcMITB4ql0I5hsQ5Ieg54MDR+Tgevh2jQxpLBFU92BVETK98TlMwNcBk+xecCyoMK4YSgQ5XW+GReEnpjugIL3Nymto+cuN8gd0jw0z/A1fkKSnkZLFEhG6M+8uUcYST8wKRNOg0zEXv2x4+YrLy3oYrF+7NACPPs2UH4X5asHhU//Oa3jkqb0zlkjLUa4zgIe9234fhT1Gy9wesDCI8+55KJl7mDMbOh8b2dsOrxilOfRCC5WjFQNwISshIWRPLHGd5P1IBJR31uWJh6OZn4/lwyxxrX1dME+sy+0Z/I/PoP4FjA/eYubjiyU46RvdhODh/LAmCSj2MJ9WDyb6pdecgWfGfUjPwjkFc8sAyHN++X2wSCwh+vQ/tQh4eJ9pdhycyvlqVAI16KmqWuBTo1GyLrj++xjtK3i2/7nHMlR2M/YjF40lDmaoPN0JlRol+HbDnJmem4nSmL+k1q8UaB/15HgW7PT+EfIY7qb85k4iE0uQytnK8sLZNK40QWjxdf6LOHR+SlgYKMUSyX9d6o5CN7kUJivIIWac5gOTflZ+qoB0/uJFn6DQ15uk3//psdvxBzzwiP6yk2YsYfeO6ps7rGMmP+YDI825iTRYeKEg4wGMnt3kHoIDzoLRY//O/2q58Bq+l9szIGsQS0wytMgqQ81lrzwNmPXkiPwJmCt2RiEMrlnL/hcFp5LJKRL/yaL9UNsReTS1FDaEa9meecegiP5bJ09ovWq1/h8M0CySbIWemUuFXVBiVY3lOfSa2XGFzimWCJ333d4DPdcXfNlhg4R1jSI8M7jx2QYWxF056QBHDQSGXOGxs+eWZc/EEj4+Ey7KsDb6yKQGNB7K4nGEZ62SVsJgKC3rmWjYPFg8lQjv7WX2G/LA/njIfhyDOgNW9m/gcdtZht2esYRJrf2oAvRmv2uoBt+lk7drw1Osryyu+8QS/dkPB/KhtEiubikcFpQr7oZZR/aQfIA0t1lDv8LLfNyrq7CMqslsp18ssfzc4DkjvFXyWmcv9H+qKSYFW5vjko/BPmt5SmtoTPU5wh7qxY67BsPYS8vGGfD2h7aeHHjaJlMjH07quV98D5+XOPxchC6sJ/xWobuP90smf+T9jJq8LBS6Z3tXCYrSh4powPvjfpdX42KJXZoh9JvwWVd0+o547P9wz00O2OAueVcDHqewk9GD3o1JD0zgCvvDRuWMWMLoRbaWJuwoCXmuB7ciWUPc4X7K5hsxkPNvC38S1GPqrEmD2QyV+zjyYolzdJ0VPJBVeFZeEPZMBHhqwB0NKuKOkIYppNENrl5p0D0HH8SY3vMujCV+aH7UCIDKB2OHQ6HApZaSPGhmnbr9HXZyVY3sLoolxqUyndngAbfwdW6ota80V7kS9VT+U0ITKtuYdOhBisROZieoMfVmMwaq7e4w+g8qtmnPFsP6zL7A25BuIs3uOXzDYvJqFdqobonQ38Y4bWtbmaFdntdxTrh1m166pyqW+OqT09MPd57gP/kSmgYF3/8GJyzGaGiqUW8pEfkMcMdXUTlWKPPEYGVXLfKzaJPEDOXVvfg4YSndaLQcZAjwnjeFbQduhFlCvc1+ppOQ+cz51z5w70RdQBDc4feD7iKsst13NgfKTPsP1kKtw+59I9DU2q9jDV4fXTqxBZdCfNZI7scSb532fHZrRP9X4Yk/B8+pSfGdh4fq6iWuQca8eOUGSOXcON4CXS2X/bugtJ8o43Po/tCtahgqRTx9tAr/yH0SoX8cS3xjP9LDDJ0ES504Yb5W7MMPT5B/WSGrb3D62OCPNfgs5HIgQzvWedFxTRj2pQtclYRyTl9lFGDAcOM70q5Y4pfXVBwNpJPdFmCE5HWzRlJwu7L4hSFkkPzoZwY7ZiWYbWBA+ybri6exhML++cZxaFo5YD8NSdhzMrahxQ8PPo5nsYTwsfPdPNBzMtZDEJbPzFrnDeN3F+N2FEIGEfHycighwq42DnPWboptw5jXvi8pRmIJ7XW9C3Qwd3A+g3oC6zR4Q5UBCpLYfGSBx9fk1BQg/it+OgbflJ26ag0ZqNXVT0HaPN7PLvCFA1WWF3S0+a7uD13qyhcLoHP4qFYHFErepTMOs2qFv7+BK7T6ee/gnGRXTdUknnePdG3vw9KAfopGKMqde2oKFkWQPPoNH5+tdCabiiW40i0Zd8L2j9NtH1fwXNOkCF6Cz8clDv2Aq4cOdexdxXOp9zg9AVm4S7qOQOqanxeM4c+97CPbpHGEWNqfdEqyOOKP7sLRXTBOO/uSCgwjv6NtD7c32shcoIroWLsnXI1WL5SniCN+/pB1VIUGt8X5tOF/64pzLjBLO9I5AdY13TiYAhUCm95dhcQpnofcO+OIeVb/EH5ow9inLAb5n5VRmcAUnoGRczD+m272eej6t9M6HHqlNe3ZQxtHZKTEjrLBlwOmOfsh/fdgVw2onrAq6wTPcQWSxcHUyIDuy/A7f9ClDDjRK8Oqsgfj/HbutSZksL5TqA/zKvsfO0MWG67RCNhb/UXjDqx9NBO4AHseOHPRM8URfvefmWnDKhnHLS+Y8MaVNRH28mi9SYGd5XzFWbApR3QXL0ccQVknPy4IWVl1CiSgo0BL5lHoK+l85wpsTd7j/QD2z1G1LcK5zwUXWTgxz20+/X2Q+kQZ0wF4Qf1KtjA35tua5CgJZRMvSyjAico2ERuoOHe1NRG+K/wv8R7073pzvOHfeZI8vK3QkeY9px1fHKHp8vmTIwzeufLQHZp8c07OgPYHTU4/hom2orljMHnkUsFPWF6YO8l0AMfNG+UccJvXOogX+nh4mD0XiiN0aS8fGIGBGzVrE/DJ38ydv+FwZwMPt3AcYfxtx8pBqOhk1CEKHaRd4xNE4ogCipPWKbDjoJVIFqQySvrYCSnutpJ+gDaV715+hdXf6crW4C/z3+b+0pj/jR7hUEglm70dCdPxv64IVn88Kvkc3pJcTPgAk2uWTn6D66E/ZNahZJiJhJ5SHLF7dJ7KFDZFXJi1gHrpFbzB8O1vz8RMuDTI75gL51fnlAtgs1sRSzm8IHFmqQYK6Ej01cM9fZ6SL6Dq3dprizA0/5rvKqx/G2G4CW9W+LuMqiFXfKoar+HQVxqueXj6obIbhTq+T7p2XxA+mU5MlYByceGecjCj7apuq2YcMRWoxd8Nr11cJ+2H+1MKrJbgt/Tgqt1ayK2UaRIbfHRA2G0/5D7BfKroSBzxubJErRLamypx34OLh2puPId3kw5xfoQ+wnOb3+C3fTmT6/Byy+i8v0EcQWJNdIXCo7o1pVFQ7VSC2E140UOrtgFO2Q9mtkLBCvvAbpi2XbhuZxZHvL8xP+kEMzME2zxg52tri3hILiU6WA4v5KbV3YGn7X5dfwA3CjQ4ST3iiH1jf2hpIKVH828GeCnoTasoVJm39zeBJnKEs8W/4w8HLexgfWpaO08Y6oGp4LEgjNuqq5OAb/wNM45Bju27571h39T7cwGwiYvHPQyWFV9RqYlGXj4bKtbDn9m75Jsg62wg+xZUnrxDyR8TR5iRlJOJQa60oh0yUMusve5EUhwRmaNW7wib9Vrq3eGH2rxHufAgbVtTM9zD7dXcCbnyOFuewSPRAy3DMHMktnUCNhnWdu2+jJx+3NsnDk/+t9knC81c8gasYHWZ/0gobPoW9jIKHryVMJoIH3KMnN2VEkcEXN3nywxtQ9z9OWGbSusFBRjyhCveHKp6Xkq0hZqRP5NOQ+rs5aTzGXEE78Lp1HDYf2s0Mxbq9HeX3ILXFS82dUBbP7lXX+F9SsFf3JlxRAyNBp0yTNcOOGgPvxzqVgiF1XL1KlHQrLxMIxHGF32wYsyNI1483OWwF7IpK7hxQ38jpXQNeFUus9EZpq8rvkuAd9xzF1PgN6O/a1lQ5yWnxijUZCjUfw1DH4mazUOZdIZwyjz0P026fD44qNNQJgzpG87clYQ+R/sH2sv/1QfvdB+0Kw75OgS1GrZEvsIQGuZgxgrk1y8lYS/8ZEJ3jRtuG26t0d3Gc8DmLAUzjJp6x8IJrRTc3dTg9NcTlbZQ5Pda42m4fDH9mRv8dvjAzZJa1E2O8b0qqHkurOs+HPK2YB2CdP0KZxahyYvYsFUYZDSaugkzBe4KCD1EvgoYVA/BN5l+5vIwfzdvtRncJ/CO8hxMMnflOg9Nf32RCYdCqtzkYY1xBJkF975oKP6eV/YSJH11pqoKkhTXHRyCsl7TKuNwuJrWYhrqkXCQibQjh3ffcEvBgslipcPw+PemrhNw3lFTNhhWOIkdjYAmM+xe8XBxzfVJ/iT6YqrIp1LIXL3MWAP933UJzkCmjG+u7FNxBM+Xryk8cK3n+wNBWMRXP1M/h/eDPl+6Zpi2IXW4E+59JMj0EWpzXmknn8f+J/h8o4UyoVYcTDCKleGHPNQ8RMunBs8M7DTRgWSXxf6ehjTGS9JX/x3Lnpq/C9OUrjE0wNKeYeVWaO6zPpT6GXWmm7LjGiwvFZH8D5IkenO3w+3NQJWv0LBTxWsNBrNS3diCKkNW/cMr6FvKJCSTMEKqRnYWjotpK1CsYl/KH3hLwkahlAIFeFLWfVQNjmiqfYjejCMsqu9yJ8H2EgHLdNg2VOFZD7vrPuoPw9bD0VETsNFg/6MZ+Ohz6/cPUP0kGxXdFuoqMoxLEh5R1rJQgMKx9FfUYKKpmuwJ0nhCVSblnCN0LputdIcHnRpGrsAjm95PKuEppoXf96AazVmBMTjPdfToJmw2TuuhJsP3Jz/V88O/jDeXxaCJxXFxWTg2xOidsDOe0NR0q0qBnUc6vmRB+t+tQo1Q/kxOyQJcittXREobT0g3352jgfcT9Ph2QxFNz5knHLhepUuwDzYO8J0bgp50zclf4WR+8/JuzngiVEBdkR2m6XRG8kDPa7xGKXzxxMC2xbUsyE6WMncDhnNlMDTCPflBKuPwE/NQwjRs4xcbWYBLKSNl2yLxhHe57AalaDyReer6EXoYItkzIg2Xx/l3H4XCDTUOVpBPXvmuPTT10jjgrxRPJDnqhYbCkC2zF1EwKztx7Bq0+zw9VQ0vfYk9/AyKc4StUCjHE0I3NP5KwXrOMgtFqKDGWE3AoThOEn3NeCLVltzuKMx8+f2BFRxV730VA+W/nbjXAtPoi28waMUTepZH25ThePg9Ti3404A1yAD6bkjdsDSIJ6S22bZOwskaMlsXyLY2KJsEfVTWGO7A+gNU5x7A7VqugWZ4KfKGwRRUpKdYoDeMJ7g3+Z7IQLn7QTzK8ALzUIQmXDXtvtlrFk9wsU/vGILryb+cxuGY9pcHZObxxMsk9jIhGNqzNqQGy1R0ZY/ASrub14yhwiUOfk+YsB2d6AcbeZa+hMDrZp0h16Dvq0Kqesj4+5BnE6x62jbQAbk2PDMFrXF/F4lfElApas1eHv6plPphDnM9T9lEwjPfjVsTYCcvwZ8KRVJte8dtkb/nfofeQt0HKdnvYanvsVzaE7iPwIaXOjw7rfnyCNTSzlA2gWlWC4UW0IpNZedJyG5NOp0GW1u55uth2dFig2YolipR2wl3ybYzjDqirh4Nh76Gzt/eL8zD7RvVboxO8QQvz/1IOXgpa/WLCqR+rGClDTmNOK7b/juW9iZ3hKy9Hefc4f1WtrUs6MtdFtwOmcrE3/XBjbcPTV/AwflEoTyPeIJm7fy1Qtj7wI2yEtZuWksNwsAPfOx7POOJYL1Xo4fguhGjjgIUJjeqU4N2mRatfvC/mRqJUFg1Q/tfFGR9U3wiH7aX1SR2QstiyZ/P4LD5gzMj8HiL7xMvv3iipEVLNgAyBrCXhcE1uyy/61CzQk/tIaRpVr/XAsnilQ52QxlyxWv9UHk8XH8T7h0+OSfnj7wvZVqoQuf2/l5teGyLtpkyFH1loVSGHuom6lSywG7VhVgZKBgSMmYNefVUjR3gywHyzjP/Pn91Z7kS5ibfcKuFMz+T3z6C3tfCK95D1brmOPKweKLa+8pRKSiUOVavC8ntd4ubwoUZ02JL2Mt4/m9gdDwhMaYdEg63LPauxUK/J562lZDXj/dIL0xWYn8yCIObmVXG4eIm08NpuLDCKv0eepVwVX+FAo9OXqeNQf4HL4UdhoPxj36ow7yfi766sOxur09aBuq/Mn/1GmxwDj2fD19q/iTvgl/N41hXYBbtleu/4L6YnH0kmcjlF8Od8bnxRMyRfelXIJvz971ZMNHPVeY+ZCpnM30BrQOtPZbgqt/J5R//PpdxDf4Ls2NGDGRu4759vyaU4O/xA+6aMPHquc5z0Js/Jy0LdmUu7b8JpZ8a3CmGkRUOlUb344lvjldVj0PSD8+GTkDmuUGuUOg69MIjBw4FiP7Nh1vziellcI/Iyz+6j+KJc1cpr5pC/2cqIlaw5nUsezhsHFmlLoJXx8zzK6F86UO5WnjLjL6xugV96e2aWT00UHr7pQmOcFR9nIN8ip1GJK3IZcnLBWrIPvPxIiN8zpNwQR5OdzDpGcPDWeTVnrBGw+h2OrQnL9G+Dl9kkUzfgn0K75dLOuOJ86VPr1TD6wu1wvXwamjAizkoGOb5hroLeY2MCmGEKZZ5LGyQwqY25tbTeIJDJZuvHJYthz+5Ayt3aKkOQFryc9lkz+KJA8qye/igD7vNPWFo/zTqqBTUG44Sa5qMJ2ytwkY6oGFdcOgz6CNa0rwMq++52zBOIVfhV3awQTa++rL9cO8BKrq4z8hZ1FJjMvzeNOV+FT767+H525Cpvnf2BSxosvu9DbcDGBq4vyDvXDpnBKB34UVWCajrVCr+hDSB6OJp/9gLSztmi4YgrVOj4Qb0IoxXucgSCN7WazX80PLAe3dx2Du2WD68J4GQ+cvnNQl9GU8emoNzcV4qJEwJRDaz4NAhmKuWnKkA083XLdXhe6VvDmUcCYTOaTahO5An8MjSA8jiVp27AKuStSPoOBOIyyKfnWSgFsUJUWVY0T+4ognp3xaea+FLIBLl5pW6ofoFQcoB+ODXKZmv8JVChAPdgQTi0PJ7UWY4nWu2wQlDqVNpeEQTiNcbtBOC0HIyufwQlC+KsnCF3x8cksmCYwsfSG/Cv1TFw8X/zr9kOz4rnUBQb3ZUfoKrp6QuLkP1dPrnjDIJBEUd98Oz8BOrbPVN2Jn5O7IE/kfZd7waijBH8dkoJRA7V+/9coAyT98PucHuJBGKNKh4tV/xITTcK7G7FfZkZHzshrWUW60DcDKpk+sbXDp/3JxFGfPMfyfCBameBJPyQ8uvVfdkoc1Po0sqcGXru4M2dD2/75w/5GPeWZILM1rfXCiEj53qj1fCO/HVGXTmCcT1c07nmaGODZftPkjScSH4BDwaufklGgo8TjlVCQ/UX9WqhXvv/ifYCEUo6jwzbROI5rfK5nmwtLlHqQgW6bS2PYX9NKdPfYZVNCy6K3DHrn6JTTh+rKCe9wT23cP3pjBcitOJk4KRQRlrDvCpTN/+NOh78QVVDux+/mYpH+7Luv9dxCmBaCrPeS0NS9ujepUgSZGhsyM0pOPYkQQPeh1aTIduw3qvrsNZ+wIVDw/si4WcmB/0sejnDIWqVRaT12FM4r2cR/++H/dOfAK/HJII7oNMZGUXMv2wnr6nffKg5+J+5yKYaqAp0wHlvsqTzsPsIfYfn+Gd1h2fVyC3nNOnV6EJRJmY+ewMLJXWnfgIz06pP6IOQz1Jn7ouBKkfB6VLQgWzq5cOw4m3BnSDFxII8zAlinG4zC/xdxpuneGf+wuZaFm6ucMxLzXxVgG4FanfIAHFun9JyUQnEIUq5eLKkLXTVlgLhli+ZfCHJn2qm7kwn4v3RyFkiqFeqYQqc1H3lTISCOMfJx5qwkUepccGUKR66qkHPPjIcDIJqt4xmc6A248t5nKhyjATT19uAqGZYCj0AvZbJEhOwLs62o40eQlEtEbrZSkopSV2VREm2d+8oQF/fBbjv12YQEz99pC6DylEq1Ufw4S/02enYMYu/ke0Rbjv1JXPovBq7a4NGehfmk6mApuG5+5OVKK/0Jg+mYX8Dq0vPsHYOYmDe24nENY7xVyk4fGcrkAleFnHKV4T1txcjHnZjjrwvXnrNdzjZdb8Do7OmUpSdGC+7/mK+OGi9p9Wcaj9bOq1HJwyNTmz9RR5lhZLJHuWQLSq01fQwjbONjExmLZp8eI4vHnn9Iod5E71ZXKB4jI/aG4MY77kzRLFsI0s0bwKChU0047Ckx9iOv7A5dELHylG0NeWQ3bRw/Ody8r9c9ifWCr3UXjqPG/2G3hTZC6Ich59p2BDVBB2pCrbHIKOd2PiFWDRvQvPPVYSCDODHBJ/KMXZIB8G29JO096AoqH6M01QXieVpQsm600Y9EPZWMHIURi+9TXpL5T+bZshuIp9LhrvOQRVYq3/KMD6zvkr75USCR/GUx+/Qbqaac0NOLJXwVFYOZHgTvcXNIe3jp3ICIBipgf+ZMHB47+s/oOZVSO1pdDZL450QDORSAree3oMOo1Ut05DyhRppR1aicTy1TA/aah3UuOrOaS6y2ZkB8ut1iqdoZSoq9a8QSLBaixY+gWmdy9Sr0FJPZoNLsNEQvWNyIIuXOPg0TsKne+y37aGllcSksrNEgmZXabLd6HnBw7rRzDwvJXtPJx7671Mbp5IeGm6WO+CgdsOrSzwxnB2KN3tRELjjTkDC+RxZCnmgvwqehvqcOBqtL4j1Hf1mvaA+2tt/f2h5KGuVrqORCJFm/Y0C5x9bUHKDcnsqrF5+P3MBTonuNFtXeMJL4cPmQbAC16yIi1PE4nrjpGD3TB0eihgEAa07rEge4b12KBIk4DUj5LlFOAa3gbUoU1Uut/wcCLR/HDvvik4cb6wax6mfTzZ/gdmlyy68YwkEsrRbI8MYaPMtONxyHW2nO4kjGB9tWNuEuPtyK75DHV+29itQgnds0+4pxKJs+v1/Abw8KHbI2bwxVpx1Al4MEM9uXUlkSgVizrSC9NP9Ox4Act/ehT/hq33WPSEVrGvGimkUvCeK22zIrz+6Jlk/ybWM0J3aRSSve6pnobWl1Ncd24lEiXkvfvlYamSG7sNvBgk/uo0/Gi4ke0Bv3N18BgyXSISZLgXzWHkp/CHdjDjTcHdRFigeWT6Njyg+rKiDoq9cg1shuuXrbKnOC4Rd8uqXd7BXFdqua9Q8x6TJjvnJeL1tfwIFaj6UMhUB34PecBtAk8uqaYM8V0iduV1np6Ak4umcnOQTdPEiv7AJUKm0CpECfKzsRprwZOyEzxGMOiKf1CbyCUitVfItA82VM0JDEOhVz/j1mFMls0Cm+glIu9FjrYKLDdK3acDv/skrRlD2w2PhwPSl4gij1OZ4/DHpf8rru94rr4wDuBklCIzmyJCISuU4siIyA4J2RVCEUJI2Xt8jZRdWUWUhDTsFEkJkVEZP1FGoaHfp7/er3Pvufec8zzPOd/7tfQchbdUguoZ5aPJh9XJXTLQ8DXzhr3wq/n+T+owcrvAUWc4vVmlIBmyG6QHX4WJe39YFcIgLfvz9/YhTqqhRx/BxxOFe1qhrI19zTS8aXGWk1MF7b6mH4JwgIbvnRjcebm7hN8Uca5+nS4K118bvCwNI77qiB6HvLx095KgVJFWfhYMmIhJKIBV8YEnrlshD0G+RjfhJVFf9QpodrL+x3to+MazfMPxaPI2vPA6K7RaeJ/ACz/z8IRuh/6/rc5Kwi1X8x32wENFujwO8PGf+A/hMOI/mlcJMCAl+GkGTDJL+xPgEE1ym2sXLkP/hbHJOLgUHhY0AeUf8Rxid4wm9h0J+/lhcuoGOVFYzT3Gme0aTc5+NmEpgtTeHQy3oUP60vg43HOz+ymzG/KkGlLPDXkz5e8LQZkGLrGQy9FkpbReKgpOODopJEONgeWjjfDY2nW/GfjyZGDwEkzKtgn/AwfPd3gLxiK/4heCxaBHsVS0DKT7cbJED/a/2TziD61i5qYvwXVMvUsx8GdRpfaZ1Giiudxx1Bfe5ZlyCoHHV1ory+GFOw9/D0C9JkbGj9C12InvC/xygNP969VoUsQlFbICTZp1Uqizo8m5rWZ0ytDR1NjZGVZ/uunvAcV0qeP8IJ3L8P6sgmjyzHe9WQG0tFF0K4MUo/s/xiDHQR835kKsf/dwGDcUsZNb0YIzNtTmrvBe8dUz3vBWh3J4ENSfkk/KL0U98RSVlcJZYZ62ahjKUGY0BkvHLX5wlUUTAe71bEIwf0e91E5YfmopVAsmv6+/ZgDTxaJqLSCfTZdGOOz+RFnfAh0KPnbSlkeTrkmWKSZYRK9BywUntnW2/62KJpuGKqY2VGOfe2dtYIPKjBfadWD05aFTvtDenSo6BHrLSpREwaevzTuSobFR9PRV+MBUsKwHLpYk6/+FaYFr7hvuYRwJr3hW+O6zaS9zPepU5coyN+zxfMgnDIOjGXsM4RkrXVsfWKtdEXYRqrPx3oqAievGtRc2xhCLwBbKL3hr/vYn2k0x5D7/ZU95+DTZuMwS7vzm9tMequvH6rpBpTRDnRa2GGKn4pzdBdk+hsy9g3uHo8aY2WNIhsG6ICsoXNHGHw3dnLS9UmA07/OmbLjnXnTIHd4Y8oHzQ98DyHNRSfop1KlS//gV9uo81RfkiyH4cC8Sg66nJ3/JwBfiw95PhGNI/PeI7g640r5nVy+8ZTDznXp7DKHR+MW3D2adnPDTgJtS+3r1YcwHruYt8jFE82mU+Fa4VLkWJw6NhTMvW8BmPZotF+H7R2UXIuDmA8c+JMLlUIlaNo0YIlKkIMoPvQc1U0ThdBWLkC3MFq4/FQC3SjsK5MGXZ+tiSmBvO+dKFeSMfjogohdDUm1F9aSh8eGEBiW4rd8pzAaKWdDqXIZvN2U/jINTfYq70iEpHHGIMI0hTIVt/YnQuuGeQRYce1hwrR0uOdr4zMGNFy/+twyfVxTYUZth/IhD8enWMeTsVbYNeZC7czysBApVmnt0wygn2WPf4eLV3W/WYOScnOEGG+QviSaWyS2GhPBeZ+KC8W0qSdugbd/0VW34amC3uC9cHqMuC4HTjANS0dA1jbTae8cQubfHjrjBfhX/Nz7Q21h0/ircHnWL6Sk8pLmU9hx67NDmfwND9UglV2AMuWt3RUUIPst52boTMsrsWDKCgUnGQn6QRa2jPBSWcGorx8AK0QPFs2F4nrpRaRnuZ9Bso7ocQ5ybdlNk4DbpE73m8Psst6MdHB94t3Aa7hhoFt0YG0PsD5U8ZIf3P6UcEYA6dV6yR2CbkldJBHTalHkgCeptbunJgs76xpJcqRg3M7l5G1Tieme9E9KGhZpbQbZ3ZUYx8KqH+8cmGKy1Megl/GRwm+MdVCxgqNbMjiGGbLWGBvD9A7cvFlD59+as5H9GrRY/hYqVM1qdsJ/p4/gb6JfjEWRYGEOSN14QOAY1KqIaHaCYsuinFLiFqG1oglpmUSUv4P78vsN90OeUlYhQUwyJuF/atxNWHqKKVoDnd/+idYbvZOZCKJCh4aJcLgyNY/tcDHmuBN6Iex9DrM5wOKdDixtVInlwJNNuexvUVXcWmoOXVeXHlmFODH0+9VAMzlkzfZmZGHIs6xzHPvjfB8qQBryhbfnHFeo8+yqQAttpNSay4fFr2XduwB/stIysizEkKetMPy/c4zdUJAITlswLj8Ijzwt7g6A0j05eBNR6Mu+eBLON6GTPsceSk6P8zEGQ/+3e2XD4KSmbqhNqD/Eq0nPEkuMWlzlYIEVpfoEHZstLRHrwxZLRwpzT/lAtiEc/DPp+qrLrgffon79cxx9L6FOSKhlhebh1Kie80zJFWRaOJaJFF4Oot8eS2lkux03wZpH7p/2QPsojxAn6U6u5eEDZCY4j/lCU+wF1OhQsLZjKhR63UrtL4OWueLce6E7rsn4VUtoj59aJxBKycuctIzz0y6qGdlcs+b7LMn8zXHpuFccNfdKzlQk0vCo0dhKO8x59cRbOMSQ8CISWmziM+d1iid0l1RM7oH+IxxkZ6OZ5954D3L719MZcqBTynrsEJp00FauGNVYP3Xd5xxJlVtOQPZDJdCFZDQa22n89C2VY23WLYKxRkfUd6MIX4VkLPV0MD6SWxZIRGjrP6/CSxpO8W1An8/PJVzCi4pUdTXksWdFqTmGCncGPmrlgDbPMnrxq9J+3dCuFzf6R+ffgCGNAwDDse3TElP5eLOHkqohmgStbOJ/wQgPj6e519bEkdEhsIxOUYnHX5IJmPEEFZrDkurfvTdi9GmTXDTvvSmYPwHS28bcfYRV9RzhnUyxh6w5p3gaVNfbT7IK/OlzWTGGobpV0JLT3uXUm+d99vYLybPi3meP8Ecc4whf2k9ESykpNFDnAfNFXtPGQ6W6PwwN4t27h51MYUMWT+gJKOE5m8UbGEeHMYS1RyP58YH433PiA/PSE2ltVaSqh066oijpYr9B/vAVWH/4ovSM2jvCWCQ7LQOmNdrEqMEfCJT8QBvLQ1NbD16dSXFoh+wOxLT3wiV/tV7FEjFcsnycHh/rvGR2A6XT7fC7CTQNxk1XwGLN55iO4T1tUtx36cRxV2ZMaR9JqOefU4FPbD3mHId0jwa2hUNPC/dp9KLvF1/AJtHsbvq4T/mniFXUviyM3w/0/+8J406EblyAbffGtcrg5LLX4HWR4LHV6HHpv6JKY/dcuOhUq/ziOfI6e0lOFtlc8uHRh1f4mLR8on7njbC5c0v+4vxQGc97ccB8evJBmfnkxjjxkyFJLgOtaCsWz4Hi5c+4gbHa5zMm/FEfMjD783QF/OKlNy8Lvq40bU3/Fka7TJivX4eT6L5+LYd8bnZgRqGRhrbbpdxwZbJaX4oQLdqx8QlBq/5Oc13zxJGeOkjMMuYfP5kzBNnv+nJ388WTt6Oh1c8g7SJVjDy9cFctxh8ffDG65uz2eXCrawdsAWe75C7b9U3tKmUEknrCxDlmaQ9UPO93CoKXLrGc83CNd45MJ85y9sl12xZOLVXxFZyHbwZflQdBxtaC/Gi5Gb5bgkownzmnf9TWgMJ+guQH8/kn/xDHIyHQuzl0+nmxmK8vyg3tt/rsZBiUWrkw/hL+19knOQ6n0xr2/4TNJ3UPrFeKJUobpy/Mq8US0j38kFFbZfvkWCx2tLA83wRTZg8pfoXm20eGf8IuBszXd/nhy1/hTmlQqxpW42a8Mf3p68GvCN5Pdu87C0887FXOgw9rLgBIoWNDXeA9ea+w2Cu+NJ1FHTz1Mgjv81wtfg1T+Lc0dMOXLMadleGxV/uW6N/GENoVDcTNUCtExdaBJINyHHN6dgY0VYccvwHNXtd1vQa7jwX5vYYrb4K9RuEHgQOgXuM8vTtHQNIEE07dMWUFaK9psF8hhquVEgSOyU1LNMNfdabQb9rpNpryHYbvPak3CqgfUKwtwODzymZBZAik3No4zgrpNgmrWMHt1Yf4kZN5c+5+tYwJpz9p/0xV++9Zm7ws1yF6jG1D4t/DeN5ArcGZpBFa01FXOwKPRAs6S1Qlke+2ygTJU7+tX1oRCxQWj3vDylOzlQqh71vhMBUye9rOoh68fpY3y/U0gmT2PfohBkeVZRgUYovbd2Ql+k/1clwZPr5j15MHRV52T5ZB52mD3O5VEcm518+mP0FWpr+ArjF3eF7NtfyKpHfQ9awynq4PLbOBEXfzn0/DUiZ5jNJqJ5JKQbSYzXOBY6OOD8a+ie/ThscK0Fxdhtm4xbT3kW8jTaIO6L/LCeuF/sV5KeY6J5D5NWlQ5PFXfOFALO3mqBP+DKa8mHPicEklou8k9MRhP1UqnABeuGETkeicS8VvDo2XwNouPSi28b9BD9QP2mxi0yvskEvUuBSEC9ycLB+nDcdc7dLGBieSJy5RTBsy6LdFcCPc88FN/Cw8+M2qkD8I6y3sF2GHzuM3FrbAmV/BOeyT6hyRxvIUilQyBY/BwltIW9qhEUvn6a5kmFBwsZTOGHnJnLtjAt5HnNjE3JBKT/LYkPvh8uwinOJSTq2rLhC82Cji+g901U1Mf4e4X9R7f/vWTDEl37EwkR6imRLzgsoZldRC8fs9x9g7MbXKumoVbXLep/4QLoePd9C9wvc4iuZ86iRSXkukP8NcJKfXP0CuAbpV2XRLh8JI4Jgi3DAxbyUK9tF9VSvAHh8AmVSijzHW45lgSOesW1tcA++LnHZqg4gFLoU+wtXzuPa1VEjnHGX1qE3T2FPvOCk1e9MnRpCSRpFeyYwxQaSQpkQXuCtujuwve5tbq0YKp4e0h+pDuj6G0KRzUlzT98iAJv2Nh3ItwC83Q8CqkdLovctQmka5PHAwysLc3tUsRLo5wph2AJQ1Kv3sfJpGdPfefDcJ0GuXoMTj7hMqVpi6JxB0cY5GE1MNp7+RgLEU/Zy88sGTo6t+SRBRUx5VCYG+ZP10EFGv7pZIPJQI1SRPkMKDd/Bx2ara/fwVZ6t9mMbYnkZHm1VPs8NqikDIv3L7ti88eePWHwV0jeOTctVALyMo+Z2gL3TnX17/oTiLC2h8TeuH1nCaHQXgq06PqOzx76A8166skYstM08cFZamYSgVhe/u6vK1vED+vS7474PmDtEek4KTy3ls6cCBAmMoJvu9+3ucKPxv63T4LLXUlFI0nkohD2VMuS3hc3XbVFr7J+xkSAPU1o+nToeYdvalr/9r6bM8LYV+0ezTVf0nEQF7rzHoYzSZsvBk6lTwelYDGL5dN9eFC65qSKQz+wcBvBb2S21X755MIT6K72Aj0aOVgmYBtn0aqqBeSyO+f6UcF4J+9zqoisKtKSWwXDBec8Hr3Heui/338A2TeyXnoM/RkKlmk+oE62Seexw9f+J2K3Q7ffCv33QnHTlRs7VlNIjN8Ckz98PqWRz8/QKvUkhzqn0nEkDbTmRMGSxwyFYC+cT+JCJScuzRyhjWZRH0Pee8D7bTD3gVCE4muphy47N9SXQedShYqnkKf7SLl7fBUj/yaKHcyEWI3WZOENfk+a/JwdkjiryGkpbT9dYMr71iovOHMSVuqAEh/gKXPmj+ZJNi09DtClpfB712hfH7iRAQU5z01XwCFjHWWSqDyO8nlyn/9z1EucAknE799r0IEITFjjhCFi3ETmfugr4VQrQ28axLZ6ATncueb3WCT4ruD9OLJhNOsVp8J6rReN+eAiyO2wTIw9ub7G/pw25apClNY07/y0ArGrDK36EsnEzP2rtemcEd40qgVZH3UwuUHCzO/GqRC5+0D1lehCX2baz4U0I+JX5NNJvd+JFynk0smcr8ybjPCC0mTs+IwcfsFVX04WHbbwBTKJ0zYWsHzi4xStgrJ5CltlKozFD+73sgdclXJpEfBnpOCQ0Xw+YaW2TJITef1twrqfjynrL4P7/uTcEQHhvlWOBhCHXqbB24wzWVtUxQsltYWSoRLZimK6dCL/9jSnwPJpNW0aROdajLhnpHdzgjnQq5l7oaRZqcX9KB3Oc1GU3jZqUDICu5VS56fPptMvj7mk5iHQvWldiuwPfbc+s3nkokFFevEThg/VNN8CNamB/42gImdmgrm8Fz8TffnPqifHT9v9EBzFZORfrgweWTt97/2pPdR8fOomxfUibvhE+m0dkUovdDWMx+dTP7wqXOvwpIXjbZUMcnEXszvsQi8n3VtQB02JR7apgv7GZddjGCgwLNdGxOSCWNdmw8rTB/pecQNm7vFxvfA6sOe9KawRL3A0Ao+ejqQaQ8fLvoF/k1OJpVBS630KcnkdtJ5ts2Qz/AW2QX7pY1rDWHf3b80FpD6SZWhLQwWSwxevZNMKgYFh6gqEE+x6r0b4AN7uUpRGP2rUlQDfqn2uHwYhtHLjhlDlkT6vvWNyUTvONUBZnimY62QE249s/+WCrwxKKxxDOZcMyy1g8VUl1hPQacpiSzNlmRy8WYZrT7U3ijnZQrj2AIEz8IfLrovEmBazqpSOtwQdKfwOrS53jwo1YXn3r7X2wOXHiw37Id505RLVpDbSfmgP3TSDK4OgTLd7SKR8DTFrkiQKoW8eDWksAMOvrJpkYLUocnr9SH9g0ZdV/g433XwLNQz5nO7APt9ii5M0qSQ81cuM36FDVYnc3/AId8dMxy0KWRe8buCPFxkoG3fB9sLuY4fhCcUv+YxCqaQI+uMNTngi4IHk3yw51zY+X1QVekEzTGYZTx/0w5WkqjDp2D7uTvWDdvw/r1N1M3wW9/QzU64dO7G6Dz0qfbk5RZKIfmXGx9vhVQ72ZzF4F65z5kKO1JIzh9P9f1wPv/vtAbsKPeIc4BMHdveRcGQydGQJMgwckM8Ew5zmvHt3Y12U1oHgT/0B/10oJugkOxJyFWvOR0OvVhrMuJhtZakNuXf/cC6WVaC+LGV3uSB1ok5J4TgZFS+BoHyks1iJ6Be26dRF2iqu/GqB3TVSj+peDCFxNGNC6nCq7flhrSgr83NFicY3MFacRnezEo4HQs/G7OIpMLZUzondmmnEEYHLn55uE9rpn8f7Pvh9uIYvLUz7JE/ZNcNCwiFNcaRSlEwUkD4z7xzCukyE+9ahUci5XOpXVLIqf0198Th96TcbAsoHzvhfgIOh8qpnoRUv0zcf55OIe46M2rrXFPIgdQo9o3w4fjnPbLwNVfWFSN4VveUpSUs8t8vaQfD3/y0/H0mhSgeE9pN65FC/Ib16RjhE/ezCvIw40y6oxUUmlvZ6wA9PexYXOHv16WkwjuFGIr48D6Aev4Hlxrh1o+3j3+AbfJ6T/9A1zztbDqfFDLCfOg8E0w0rF7zjEsh9cwGU35ww+hsTwicfZbrnwsNm45sfQxTRPkY2qBo5uxCF5TO1S0+kpRCZp7ZpB2FEyu+oTYwN3Kz7EV4nebQ6DWY9CH+RRGc7RyoLYesbm97NxWlkGzNpBfsUF7FqIUP+ipfLlaBS9l9scfhy8zmK45wtOrBRTfYKClAffAmnlPT+KUL6708vhvDZcnU/guwTj3kSRa8UDBclw/LhNTvl/zr98bSm7smhRw7W+q3DX5ToA4Shy4difE6cHCUKecU/EuTWuAFDxsI3PKHD+KzcvRaU0hMtfltU6jJwNNwHBarmS8HwvX9CXLX4JPhEPUimMDua1QOm57rJ+k9Rz7J9XxTeGNqoeo43Bd8cSUQ7lJfp3oNstyOMCyC6nos9uWwOlRs3rorhXi0c9I5wyjNTTxn4Hp11tPxcLLgv9rbUGyZ6eV9uBSiOPYIetuMVCm8SSEDt1Ke74dDEnrjmtDC1l7dGa4q8eaFQ/UK6tp4aGY7102BR+JCx7WHUgjxPvXXAOqkH+W3gDmBqkl+8NEBYdpMaB6sKpQH5X6dUC2GkyYuv4+O4nzo/cJnC41T/VVcYAbV0MMIWPMpS+nWv/tvzSwqYBXdFr8HMGoki6FiBnGv8pF5AGc6zCwew/+0aHmn4PtkvpoNX5BvS5lhFtjgdJiWB67TmszbC1dIGqcJlBnPrD4HsyQWBgPglhqjdZdhRIN60MY55CGjoIgNxtVueMkLw1feeqjA494ZzNbw7UYpZSfoM9Vm5w555FP/8q2lEHGDY3IiUKxWxFkSdp2PlDkCu3db6nlAKnvTYF+oP2Z6Nxgy3Xykq7UxldjmO105At0WWB4f/ddOWi7xhcmmyakZkK3kTFcuDDYzZCiG15o3vRsXSiV03fRCM9Br/3q3RagkZTXML5xKbP6U06nC17ofDbVh4KrgVQMod6Pb2WdHKjkw86wqCA6n1/+9AkMOvJG/Cd+6cJ9qgwE31O93wzFdr3X9sGef566P4qnky/nlCzNwhSu8fRHS3pxft0UilTyoUzmgCIV+r8aqwvKiR4Pa0Pf+Xpf7u1PJyHfZh48gZ/5uxlaoHWBtOQnvC/Tmb5DBe2Oov7NAIcc9OjzQ9HpO89vjWNcbW4UP0DFRpGgC9uafc9xgnUrWrW4V2gmJBVeyHLy0l4NaBf7RdRw3808lMxKdTjbw+3XlSWcYklThnQRl9UwvN0HGKhr6F1Dz9sOoN3DQTjHhM9Tg+cMyB3ldOlJ/QHkXuVzuC6n431FTug86ud6X0oAFVx5W6sH3tDHFjkGYz/psKXeYmXu3ygdWj2u0pUPTzWfe18L78/ftnsJaN9qJDshWo//aMRJxrqLYusNCvU//+UCZV+b8GdDEf+bIQ7iN4j74FI4YLLo8h3uUHt+LjEklRzm5NZIgTZpvTya82yC+qR4OrjfUHIZuPKOvP8OGDl/7ORg/EWlwMSOVZHE6fw6HpV8OBSXAyKeb+iuhzpqYfC88XXbg+Xv4dM3S/hNM96+R2nIzlezeL90lAPfdKfPYATUODX7TgZsMNb3d4N+PS+w+MFOs7F4QpNg/UX95K5VMrh37+BaW6K1e+QDzLkoashWnkjlhtT4FOPiT3/8APBdGxav97/rv3/L6pYhTuMo7M+j8OCTABj47sLMsCu7PlXpfDZe8K4Mb4ItVZeEW6GM9sfN1fSrZy1w9MAgZLoZHfYQSlzdo0jdgv5iOr4nDuqNTt2UhD/uS9T7ouPkVTcxzxNviaEMKfO846pMNrXjmmNugkbnDwjSk3SBWtgDjLs47/oKbZ1bNNV+hzot12I9AVanr3UfhCTqJp/5QWXmmKhvKNXh7FkGT9eskb8P16hR+h9ep5JvJ4UFXSC9Fl+kNR3euO5ILlW9s1HwGFU3+UnfCrLbVx72wtol25cog6mY7f308PG64Nzgdeu0WNngGn1ezCs7B/AqPsR+wyL+n6O+/flqXOm3GsX6qzlQXaBfPa+0JH6b91cqGaww6JxshS1vP7jY4ctR+pRsmyXuy3p5B/V/9NHIfdr87cacR2ilETo1BAZMKYbovqcRh64l5JtjbxPGEE7aFPSqf+ob951MWPA+51XONfsLCH8WZAvOpxK//4gcCvxrerNSFN/PfhJlADd69WwQ400huxthfUbhAm/SfNNzDG04xgR4mscQX6sl47gqBJmuWnFHwS37G4Uu8aUR6SFI5Bq5taBdNhfKKXkM1sDQvN/QjFNPx9fgCz4ybWH+Hrq1VdBtF0vC/vGCVDSZfyZzlg/cKyx6pwRpm2jhHWHBjd6g7/CFv73Ment8jcf78wTSyV/b0xWCorVQRHgk7amhulcHEhNz2biiywNfTD5XscgbGYJCzX88HjTSyjalkcBJ+fDz68Ru89fPXhi2aaWQHn530Xkgr36V0EO41P6iuB8/UWagpaqWRRi5PXTX4KzTOVAcWXlcNcocOUWcrsiCra+fDAjhtsau5DL403fpWRCeNjPdJjknBWyfJrCKcle8UOA4bJj4dCYHxi9JWUVBjc4hLMlS7NNJKZZZGvkYNDzJAhxtjc2zw4KS0mhJkn9yYcByeeKxV4ASLyiNqzsCXzla0lh5pxHkPzU57GCdRZej6T/YLjJlw4v3+wgY4rirR0QLLWvm+dsEmE4cqU/804q/65IM1fGomsskFMlguNMTAfQU33CtgobJ6Vi18tzre8hS+bz+4x/JaGlE4MXbBHn7eE9HoCjM5LHsS4bV9Ch/vQbejrOKN8EXlknsb7Ewz3Dtagfp5IxA7DdntFoYWYEX0ZRHuSsRj6oj7Aai+/XijNnQp9WAxgmdYIvuNqpBf71+7rKCTiG+IIxzbsU8oBSo03/J4APVD7J89gWZRQpzP//UTE1rH25xGAm9ct98OtwVteyoJ7+u7qZnA5b/8j/xgzlI//yXIdDA7KAYKnL594NxrjNs3djMQst/gZwmH2xwLBO/BCu7JZwNw5r695EfYcG+c8gUO1239WzuRRlSvcvo+gycn2Wc7Ybe9nMkUzN99q4hrEvM+9oFPCAot8KXuhOW7CqarVtLIoYs97g2w4dD6by2wdOfWPzPwbE5nPN9qGmkTPsgqClW2PU6ThnxeLTt9fmP/fAqrvAiV32grRsLvdYG9NXBmWeW/IZhXS7wmYPOS3o+v8Ki14KYfmygk4LFb9l/ocuvxLgZGCtHwMzqzG5pkTd05CvdJ+amdgCLajK9OwZDbFCc3Vgq50Ji94gOzLIrjgqG1ke7ZOzAi4b+nb2BAgLL5B/h2Lu6/SSjxfEuXGieFPFM86awLQ6Uf/zaBPhftrC7A298ca3Nh78sfhiWw9bCS9gBUfj+3n4GLQoZqOt6wQRHBMnd+aOIle02Yh0IovwL2SMIO9s6uPTD0h76CNdzxTfBqGPz4p0Q+Dr7IVHlJgSlKLW/CeSlEUZbaMxHeqtVgyIKzdonnHsNihRDfr9DtEA3rKjwwFV+2jo9C5HY8TNEWpJD85Su7jaDcMYsXx+DhS+NqoVDr63fDSnhhkWH2IeSIEolpgsbzr7Pu7aIQm+ROtUY40fH8cxt89UZCZAVSHH85iEtSCM8uDQY56BybXKECI+Q+iadIUwj98devsmGPQJv/DagsM8T9Av4KW61dgObVEva/oWKwHQP9bgpprAz/y6GA9XcrlwnCQ7EL5uLQ8wYfvSH89mnr/fOQIrXFPgRKcbAyRcOoKPbt2/dTSPJ33TeS8ChdZLgidMh7dNgGfrfrF8mHXUF2Bu/hlnVbqD7DhJ2v7s5BV4v2okRVCqEqumWRBYfS4jcWwu57QfuHYR7nkJCQGoUU0W19uxPqZJ2KUoCFMsuqu3UpJKlFYFUZOtPpVR+EXLrJ5t6wmetQeBIcs6pUuwpFdbf9LITGujoMYQaomwNb2mLh4dGpK5R/7b0BQQ1wcU7e5yP8UKUhNwu1RK2+/YB9j+ZmtU0o5GqU8R0j+JOm3sMKcvUXel2CX2zKzxXDj8wm8lXw/rm1xXr4utm+PtYc109VBVMgecJwMBfybS01bIXxOl42szBvjkZoGe7TyflEZUEhz49t5fCyopDt03yDF6Cy9Na8y9Dd2rO2FM5tOmjzGdYIJW7/CiNmx6dX4MMyDp17dhTCMG3L1vjP0YqhNqj1R5H+K9T9e1ia055C/IL7V7bCpAfuTRLwpLzbdFMghSTKm7S+hH5raoXv4AZOFa6/MOR9QeyOIOSr8sHfI1Ct48+QBZS4fbjOHm4w+JWSHEEhZu2mftlQkaP6+A2o0v+9pw/6Zu5wWoPRW57rbIikkPNOPlJs0O7H6Rt/4dXOxhiGKAox8ub1YodJei/pVOD1u7XZDnDgifEld9hdMO/iCydN62ZXY3COPOF/SxNLISXUEQ1MUMHE02oPfJITtWINTS13j7rAiImhNi/40E25zS0Bdb75V+V5uD2y+WoItPfjlbwL1dK+THfBk1mLvf3wxHnqxnH4oOB53KdEnAe7k/3moF2arcMKFEnpZ9qWhH1WH//wEFy+l1lkDIfDSxOPw6U1uapnKRQiz7OU8wK2MDbE9sFay21qa7BatHVBNBVxauwc2Q1NZfpf7IULA4RblUIh2wJq6XWgwnfF78bwP4/zFRfg53VPTudDQdkgyzIYsE/t0H3ow3DB9elVzG/TY+tOWD2zyfAt9BG4wv0HRueajolkQ5MPvdJQ5pNnqzL0i5HRDyqlkJtOR3UjoKrYJe0kqKl9XqUWfmT1kxmFZtRjUv9B9wHjXUvQkrHy2WIFhdxZuNb0B043JzWvr8R1rRvtu+GtZsUue6jZ7dntBje3Vrw6D0OoIzl/38W5vviem76KQpR6lfhYYDTli4gy3NDyRtoOnvztIesKlYVYFHygYVST+rH7OHevuGs7wkkvfr0z8FmAkC0FSib0ez2CTp9bz7fBPZINAT0wZ1Sdf90TnBut+uKM8E2BrQInrL0746QKNyaU53lBwkB7OwBOBTg8vAIZdzBvOdWHdXEXypyDhiyq+kGwlu9bXREsLeuQeAl/vyjUege5Fq/Yj8F7Ey3vLw+iLpQVfsZDvpQS7kwYpNaS8gSWi17sm4bFT2S/L0I2x1n2Negp2/7uzALOhZA+en9IPs3sCYPux6IWSiFtbVRF78K/c2H4wzDkld23eQqajZ7h+rVIIQZVSYfolihkJLvOjxk6J/w4dRCezzltdR5Kx4/FhMCXqXb10fAs5Yafz7p0Uuc7fDcYfvfn/xIFj3g/Y26AIg5vVj5Bowor+a+wVmDqzOq/9oHpKUmedFJo90tOCd6s5rioDg8MP73hCvl+l3WlwvQ/dDw5kGH3Scdi+Kfh7eGUrelEsONE1jUowDA/eRPuZwkWfgVVnJxsVqGEv2I5zbZ0ovSE+RcTjFyanckXTicjldn7yyFboVF8Dfwa4f5qBKZaDLExbE8nN3a/dmSH7w503xOAu9hdk/M10wlT36fVMkj92cWhBm7iraUdhcctDt9i0EonohybWTiglsCAvyB0zZtc33A4nSxvLfVphZlfvcdeQWvDT2k/oWf2Nh0RvXQys1/yvjR8LK0mvBc6PD9YVGybTnJt1m2thusNOrIewbB0psDfUNuc++SOE+nEQFdmXAa+zTK0UYGyTyMuctmlEyshnVUhmD/Ccl4SOkRcdDKH7IF3TUNhSnRDdww896NLjwL9u+hHG33SyWtPQ9cOOB2Uu9QLR3c2pC7Cc5bMOuLn04mLTMFrOWjts9/mAOyfK//81w/t7eTcRv900tQyuMYBX1xNlFWDH15lzntDLWsu0Rz4i4a3qhj+5hFRq4Y7DvJsexqSTo4ybK/qhLEaCpp9UKCsKY4qNJ0oala/3Qn7Ytaf2gOfaDr+VIMaqsu0gWHpJHDyS2Y4jKD7TzIJRm2WuFgHS802OXyFAbSmP1ahu0RBDO3ldDIxV103euVf3VkZzUDRdRsmvkOxGoYD28LTyZqPc9ph2OlkvvMo1O40eHICfll9tc8qKp08C/vvtRM0urLJzRNqHxzszIIznTWSzVCKia+lC7q3RdgMwBLNpf4PaemEm/vjhWmY6D7AuwRVO/7kCFLSyVWJ0O26MHlDXbMpfHvql7MtTCjnvD2fkU7uc8oa/YZzNKaL9Jnp+E4QDZWFeS56jNbw0bfKCheosCZgehZKCd/syqtLJw/P6MSUwQDTBa0ayDf/WWEMag1riDDWpxNhGblRThgkIH5NCG5lpey80IB5rYRPXobdAcFFCZAuszzzIQw/eiXuEzQweqr7Fb6aoFv/Ex4e3UXF+Dad2PDFdHFC63XfrgnBLeZv+vRhW8cciz80fJQ1EgaZbPTvxEOrv/FfxIcxvnzFE3n4h7s/TRUaXW//fBpOc2kpUiCzSvXGPDjCLDFSCl1uvB32WE0nunTsrRfgdQnLO1fg95N1hpWwkdVg/j102DowMAGfzLs9m4erzGoCBusySPKFrk3H4PXbzj8d4QcXlvuJMC9Ozqse0o0yn2iFO9aWjvTAxqt9uyahBk8v7wIscHjH8Aeqn1dsFafJIMq5ludOwLq+UntXeGqA1vg8PN2tslYG2fmUG979k3m0bBwmdSVmz0LtwxePhjFlkP+aGPTjYTZzzsFMaO99QKAZSvUMLn+FKaH3535CvXWZn+k2Z5Bd4g/vBfJnEKOP3+9HwNKAfQ+S4U/uwMe9MD7oS/NfqBwX2bpRIIN4++9s3wIzx838p2UySLG8ZNQSfO+xKfMvzLz07t0u2QwydoeB2xLm7ZARd4SvomyVPeAfky2vmuQzyFGyPNYFm3jGFgeg/O7pI6wKmM+VwGIdeOFKQ50pVDxL99IW7t0QPT60L4O4NYasTsJ452CWRXiwfe7yThXM4+2DEXP4bJJu2R4KzhzffAa2lDAen7XGfMa8YlbgIeHhhzQ2GcTZ74OfDIxf1VS0gTPhq86n4ChvDcUb6tRSywraZZD0a5UOEvBE7Mk0BZjbey7eHe49zHM0C14p3BZZ9O/6epmHFZDjsuSBGqcMUmIpfu4p/KwieevFP43jAldhcYWp0Q7nDMLGnBcuC92Dlur2w8NUtzIqT2aQ2LrWrnoYemWOrg12Okjz/oW+paXLu05lECb27buVYFlsoctBmLx5ilnGFev069VRgc4LrZe0Xf/d/+zsDVnFfQ7nwR5SebkM6rgtNdTA5ZAzMhLuGWSWs9lVAZY9Eb6hBrklz3f4QcvTQ9VFMOpV7FwF7DusIVEP70leHRiCTxbPckxBli5jw8V//VaEVLadQb6PeYsdgSXj2Q6W8GDIi+uO0Lrqw5H34Rkk4Mi9qxNwG1PK5Dz8HxqBpbg=</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="13940">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="73" id="controllerType=0 controllerNumber=1 scan=74" defaultArrayLength="193">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="588.352722167969" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="9.03389625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="7.153009e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.07088470459" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1187.516967773438" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.74.74.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=74&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.530748333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 589.28@hcd42.00 [100.00-1190.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="8.081181526184" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="589.2750244140625" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1190.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=73">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="589.275024414063" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="589.275024414063" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="6.650965e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1040">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1252">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="74" id="controllerType=0 controllerNumber=1 scan=75" defaultArrayLength="188">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="688.374206542969" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7.089765e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="4.863084e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="102.055122375488" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="835.658874511719" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.75.75.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=75&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.534418333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 463.74@hcd42.00 [100.00-940.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="13.202961921692" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="463.74295043945313" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="940.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=73">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="463.742950439453" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="463.742950439453" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="3.1294985e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="996">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>eJwt0G1IU1EYB/Cj2yIMCjQIEfWySUlGoBKFn07bJEgrmxakZddNq2W+tZXam6fdWeZCSiOCDKZLAqkP9SnKl+umBa3A8kslxW0blWFCcxAkSfh/+vTjf/7Pfe65lzEmXVUOccYYN9yAbOwWlDaPV+L8uq5qReHzQm1kEso+w2HMdVn/OwVFrqEacz3maprzQtExdRTZapKhn5QmzJDvt5DZZXTelFyzovo8n8wwk1kh8q7DvqJ/RCGzgpD32x3otwWgfzFI+WaU8tbmWuxPTECRFYJadgSqv/+brqtDv/4+1F5HyeHkY3jPgg6q8Z1QczaQCeNxfF+Lg7xXC3nGD6i2mk7gHqsskL+xQ/WnB4qKCGSPYjQXNzmxp8wBJbeHLPGSQ4OQTTtOYn5egXI8BIU7Ru7Q16MfMJI5OVCbtkK1LADlV0EyHqHzBespGFBO0f8OkJ8moRTWNeD96RaoDVih1BmBfChK/UtdI/a6JMg3eKEo7YTS0ynqTYYm7G9XIB9NaoZ9qWSFEfof5kORa4HqVjtZFKG5v8YWZLcZSkl20pR8Gn0in8zzQHl2AIrbj+l8+R3U0m0u9HW9UOiDUN3L3Ni3yXUGfY/lLObXprUiq0aopVSQ8xFyY2Ebnpt/Rw5HoJyib8d3uSxQ3VcCmVwO5c+DkCszlH2zUEtbhGLdEj1/0HQOe/fkQVanUHb6oBB9dF4TolwehrwxBrXuBM33rzlP90kj2zIgU8opd1VB9cEs5cEo+ct2AYbrIXvkIl+chyIzBvl3Ut6YIL8sQW21/iL2zlkg63JCvqv2EuZarR1wzgbFllSB+57bDFl3AdRS7ZAbzJexb2Y/lI8MezDf8gTyxATl/gIFz90pgryjG/qnn0HpfZAcLfCiL9wNtVuVUC09SX7rhdKJD9A/EoXsa5wM/6H+bXInepsB8mUPlHQ+KNSPlC+MXUG/bxyyD/oueGD7Nfp/xVBzhKG4MkPnxZnd/B/uuomZ</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1228">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="75" id="controllerType=0 controllerNumber=1 scan=76" defaultArrayLength="141">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="271.127380371094" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5.84673875e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="6.6810695e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.10620880127" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="724.326599121094" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.76.76.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=76&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.53828" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 405.71@hcd42.00 [100.00-825.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="6.127409934998" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="405.71383666992188" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="825.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=73">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="405.713836669922" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="405.713836669922" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.962596e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="776">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="936">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="76" id="controllerType=0 controllerNumber=1 scan=77" defaultArrayLength="167">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="303.177612304688" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="4.484735e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="2.60261125e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070457458496" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="582.508056640625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.77.77.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=77&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.542211666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 303.18@hcd42.00 [100.00-620.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="5"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="16.158596038818" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="303.17724609375" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="620.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=73">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="303.17724609375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="303.17724609375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="7.603018125e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="896">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1076">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="77" id="controllerType=0 controllerNumber=1 scan=78" defaultArrayLength="156">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="848.320190429688" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6621.67578125" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="48564.265625"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.07056427002" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1786.904418945313" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.78.78.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=78&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.546006666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 913.43@hcd42.00 [100.00-1840.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="6"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="500.0" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="912.93206787109375" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1840.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=73">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="913.433288574219" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="912.932067871094" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="7.32174e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="872">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1004">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="78" id="controllerType=0 controllerNumber=1 scan=79" defaultArrayLength="234">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102005004883" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.3111225e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="2.807834e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.086753845215" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="982.441162109375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.79.79.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=79&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.557915" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 535.76@hcd42.00 [100.00-1085.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="7"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="20.907014846802" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="535.75518798828125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1085.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=73">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="535.755187988281" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="535.755187988281" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="6.75100625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1220">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1492">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="79" id="controllerType=0 controllerNumber=1 scan=80" defaultArrayLength="9821" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="357.692047119141" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.0282928e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="8.11181248e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.00005691131" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270265497" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.80.80. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=80&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.56367" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.682087004185" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="79836">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="13916">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="80" id="controllerType=0 controllerNumber=1 scan=81" defaultArrayLength="166">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="688.3740234375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.44084175e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="9.052649e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.106704711914" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="826.425903320313" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.81.81.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=81&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.58051" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 463.74@hcd42.00 [100.00-940.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="6.358194351196" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="463.74270629882813" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="940.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="463.742706298828" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="463.742706298828" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="6.1032495e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="908">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1092">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="81" id="controllerType=0 controllerNumber=1 scan=82" defaultArrayLength="181">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="544.768371582031" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.171041e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="7.4276455e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070465087891" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1091.3037109375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.82.82.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=82&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.584128333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 544.77@hcd42.00 [100.00-1100.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="6.491637229919" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="544.76904296875" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="544.76904296875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="544.76904296875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="6.0700695e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="988">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1168">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="82" id="controllerType=0 controllerNumber=1 scan=83" defaultArrayLength="242">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="110.07096862793" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="8.44218125e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="6.0908935e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070404052734" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="769.412536621094" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.83.83.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=83&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.587838333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 477.74@hcd42.00 [100.00-970.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="16.412284851074" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="477.74017333984375" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="970.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="477.740173339844" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="477.740173339844" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="5.376149e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1256">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1536">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>eJwtlX1MVnUUx3/5mpkvA2aZtm7IFoqOalaDmrs0MVNe/qgkt8Trmhs6VgJlDyDuPisCE2bk0Bggj4hggASKJvl21TDeByHBI5FXiZdVgjNAcUDt+Zz+Ojvnnt853/M9L1cppdevbteVUma/owrZWFPjka7mJ7/3SBW6vgy955k8vqcdPuaRVshm7HpWdAn6Pd9S9E+uLQ/x+E/E2Oh1SR0eaezKIL4Rvhd/5bsKf+Vfep33J1Na0R3OI/hFHmz0SLvirUqkT9CPHqndSB3F7+Eb4FCRQTfB93bSed6pE8Q1I/zI5wouP4s9L01wzCshn51+h7hWVUchcQcDxtGLm67gt/Gx48iEPaXybtlPxK1eMEjeuStGiJPUJHj3LywmTncD0r5j/kL9t99sw+5oLid+h/cFcJUUdGHPy53h4cu6qwTnKx918655KfiU+9OL+I/MacE+tBbezW3T6Zuu1TbxLjqzFr/IbOq0LmaexF5SBU7D64KFvTWngriP76HPxtod8GFMjfZh/ytM+CufXij2AXCYffPAb3j3niJv9ZVB8XOfoY6C/hO8T4kVHjbegj+zoBQ+XQkN9EmbcuJvvJRBXCNtt/Rh2C3vJs8yd9bpVuZBDx+4gX1W/WnipN/qRX/iqQbyxf8NXru65xrx4hLrkT7lfLdzVsm7+3FIa90aeDB7ozqJk94FX+qhMYweWwwfqnwG9du1Z8CrT67o513H/3N5eHxA8Frkt8I7z+GXupXvWkXyd+gpu4/y/ekDSHXwHHOhZR2XeVrkTZ1my5dSb1A/86I/Wonuak2olHqD2Bt76Kb0YUfzVXT/GvgxVz8LXsu5iTlRrwWyH67OTQXoGfMv4/fgOn76lgDmzdLa6ZN24PV/sF/oZW/0/FnwpU7r+KmhUN6r93a68A9cjtTL/CfQvRYInrL4U9KnMXTD2CZ3onu2zNvPs+HXPPaqzHFuJvlsZ+sl4ntlyv2Zv7dN+rdB6vq8i73RwteByzgUzV4YFcPMjV5+if13zVwv81QUQ181vw9E902UfYz6kzqM6MYfyDf+8l3ytDRWg8cV5u3ZRy31MnwY3nn01cwZYZ/sWS8yNyosDrzWhijm3ghZfI/8hx18t+eGiv2r/eTRl8fAh76oh74Yjm/l3h2Zxncj0aIuM3t7M7h7HfBot3fx3apcyL5rscn0y54MYb7UtEn4U2NyL6zaHuqwohr4brfKnFgPrsody1+C7gq8wlzb/4aSz3RovyJ9IuR+vFuFnzn2juxP2y7yWM6Pp7CH/7HYw5Nxv4L+W1v9buPXXSw45/Sxh1p8PvfJ2pIMH/p5N3NjJQTI/W8aZB919xLsRvBEofC4UuZoTaLwaPbhp7KLipCH2iVvxXbZ452/sR+GX4jMQ/XX4HA9mhS+jvbI/y2/TuZ4ciZzZmrvE1/7Ipj+qg+zZJ8/ywO/nj0q/XyuDl615/OE1/CWFzz163G53FPXWBl3XO/9po7vzljmRi0t4J6Zm/exR+bvAeDUpy3jnRHhlruzz2zT/wPsTEly</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="83" id="controllerType=0 controllerNumber=1 scan=84" defaultArrayLength="143">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="345.224243164063" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.291037625e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="8.491233e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.049789428711" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="677.664367675781" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.84.84.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=84&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.591841666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 345.17@hcd42.00 [100.00-705.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="5"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="6.231281280518" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="345.16574096679688" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="705.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="345.165740966797" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="345.165740966797" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="4.36016e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="796">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="952">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="84" id="controllerType=0 controllerNumber=1 scan=85" defaultArrayLength="195">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="470.30810546875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.619479375e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="2.73864675e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.086494445801" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="981.996887207031" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.85.85.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=85&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.595901666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 535.75@hcd42.00 [100.00-1085.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="6"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="14.769592285156" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="535.7548828125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1085.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="535.7548828125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="535.7548828125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="3.67510425e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1036">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1260">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="85" id="controllerType=0 controllerNumber=1 scan=86" defaultArrayLength="178">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="207.112716674805" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="8.4871175e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="6.9625775e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.107284545898" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="803.4736328125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.86.86.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=86&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.599716666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 406.18@hcd42.00 [100.00-825.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="7"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="6.847318649292" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="406.18185424804688" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="825.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="406.181854248047" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="406.181854248047" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.8971495e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="956">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1152">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="86" id="controllerType=0 controllerNumber=1 scan=87" defaultArrayLength="129">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="200.102844238281" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="4.0452225e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="4.956945e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070556640625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="679.75634765625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.87.87.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=87&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.603526666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 336.71@hcd42.00 [100.00-685.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="8"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="7.123406410217" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="336.705078125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="685.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="336.705078125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="336.705078125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.5852135e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="740">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="872">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="87" id="controllerType=0 controllerNumber=1 scan=88" defaultArrayLength="133">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="249.642822265625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.32859425e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="8.201719e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.562324523926" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="621.906982421875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.88.88.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=88&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.607308333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 306.18@hcd42.00 [100.00-625.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="9"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="9.589656829834" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="306.18435668945313" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="625.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="306.184356689453" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="306.184356689453" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.345654375e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="732">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="896">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="88" id="controllerType=0 controllerNumber=1 scan=89" defaultArrayLength="150">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="147.112686157227" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.59482828125e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="3.04531975e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070747375488" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="564.316711425781" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.89.89.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=89&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.611135" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 318.69@hcd42.00 [100.00-650.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="10"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="9.540742874146" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="318.69439697265625" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="650.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="318.694396972656" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="318.694396972656" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.325130875e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="828">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="980">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="89" id="controllerType=0 controllerNumber=1 scan=90" defaultArrayLength="152">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="608.278442382813" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.72937734375e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.736112875e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.106903076172" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="737.299377441406" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.90.90.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=90&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.61495" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 368.69@hcd42.00 [100.00-750.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="11"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="19.691961288452" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="368.6895751953125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="750.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="368.689575195313" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="368.689575195313" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.122095875e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="836">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1000">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="90" id="controllerType=0 controllerNumber=1 scan=91" defaultArrayLength="9295" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="387.270599365234" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.2946473e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="6.69073152e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000056943033" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270281737" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.91.91. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=91&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.620503333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.64208984375" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="75596">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="12636">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="91" id="controllerType=0 controllerNumber=1 scan=92" defaultArrayLength="212">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="545.311828613281" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5.816856875e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="4.9926e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070655822754" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="975.45166015625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.92.92.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=92&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.637801666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 544.77@hcd42.00 [100.00-1100.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="12.260372161865" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="544.76898193359375" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=91">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="544.768981933594" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="544.768981933594" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.2152573e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1128">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1364">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="92" id="controllerType=0 controllerNumber=1 scan=93" defaultArrayLength="142">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.10205078125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.3916775e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="2.40812425e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.071350097656" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="727.960266113281" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.93.93.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=93&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.641663333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 368.69@hcd42.00 [100.00-750.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="12.619891166687" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="368.689697265625" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="750.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=91">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="368.689697265625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="368.689697265625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="8.49694125e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="788">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="924">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="93" id="controllerType=0 controllerNumber=1 scan=94" defaultArrayLength="180">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.10205078125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.914690625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="2.74916875e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070671081543" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="728.394836425781" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.94.94.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=94&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.645535" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 399.69@hcd42.00 [100.00-810.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="14.071535110474" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="399.68972778320313" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="810.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=91">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="399.689727783203" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="399.689727783203" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="7.770578125e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="972">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1160">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="94" id="controllerType=0 controllerNumber=1 scan=95" defaultArrayLength="139">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="593.313537597656" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.61313640625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.0037121875e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.106826782227" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1181.229125976563" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.95.95.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=95&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.649318333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 594.32@hcd42.00 [100.00-1200.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="5"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="36.442092895508" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="592.3111572265625" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1200.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=91">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="594.315002441406" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="592.311157226563" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="5.67031125e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="784">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="912">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="95" id="controllerType=0 controllerNumber=1 scan=96" defaultArrayLength="9886" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="477.740142822266" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.6653488e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="8.18738688e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.00005691323" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270655663" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.96.96. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=96&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.655336666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.618692517281" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="80376">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="13596">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="96" id="controllerType=0 controllerNumber=1 scan=97" defaultArrayLength="208">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102035522461" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="3.025977e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.4262772e07"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.106727600098" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1138.619995117188" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.97.97.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=97&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.673033333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 576.79@hcd42.00 [100.00-1165.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="3.734359025955" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="576.78955078125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1165.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=96">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="576.78955078125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="576.78955078125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.382635e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1112">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1348">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="97" id="controllerType=0 controllerNumber=1 scan=98" defaultArrayLength="170">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="519.313232421875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.341825625e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.1292095e07"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070541381836" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="970.378479003906" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.98.98.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=98&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.676596666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 520.27@hcd42.00 [100.00-1055.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="6.43728017807" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="520.2733154296875" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1055.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=96">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="520.273315429688" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="520.273315429688" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="9.982572e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="924">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1108">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="98" id="controllerType=0 controllerNumber=1 scan=99" defaultArrayLength="153">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="110.07088470459" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6.479799375e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="6.1438675e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.107162475586" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="546.287414550781" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.99.99.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=99&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.680473333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 306.18@hcd42.00 [100.00-625.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="10.182456016541" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="306.18429565429688" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="625.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=96">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="306.184295654297" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="306.184295654297" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="3.07185375e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="828">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1008">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="99" id="controllerType=0 controllerNumber=1 scan=100" defaultArrayLength="202">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102081298828" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="74258.90625" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.430635125e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070556640625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1174.436767578125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.100.100.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=100&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.684271666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 603.30@hcd42.00 [100.00-1220.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="5"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="24.50724029541" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="603.29803466796875" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1220.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=96">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="603.298034667969" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="603.298034667969" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.752160875e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1084">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>eJwl1H9oVWUcx/HTrkJN/GN3MGLGPJ6jsCj/0X9Mwg67Z4vWknZWwZbh07lz6VZNd6+a+WPHnXuzZlSbi8KKztaVgkGQq1kL2pNXCRwLnFMxKE7bHzWSaiYrUST3/v714vP5fp+Hh3PhGoZh5Nxm5w7OpTqMDocY7+gXvxlAM/1Hy6JBb+7ZRdXRpVvIE40Y58+KKy3Ffa6NerwGoy0pUQ1i3F7yPDmaweCvVT73fpBG86sQg4/99KKGW8Bg/jRGrWekv/8WOg+OtTJ/P7uNvqEH9f5Q/GEQncqC5MlZjEbnxPraNuYPdWC8YvUL3Fe7BqPJGnQecdHcVosqmxYnh1BHp2Xv3Zvb2atP7OC+ziWofrbQOGCj05DDyFvezvk5C51dq9HcHIofvSdWnZB57VmMqhIdvLPJRjXhYjzfKvYlXmTv6yQan9VgfC6F5iofVUMOg8Gi7I+dEYfdl+R38VE/XZDc/TmahVk0qhMvM398CQZXXIzvqkPjUBrN4VaM/u0RrRw6j+Zl70jYSf9hEc1PS3Zyz80yNL5MSn7SEu0UmnsaJR/0MHjAl/13xGDTNdT7b6F6omQX534rEyvK0bBt8ft1qIa/kHmz1cU7K46Jl89j3DaF+vZ16XVXhvOVJ1EfE9VjI9Lf9rKcq+hC082gUx2i/qVf+r+HJLcld3NuYwqDaQ+j+55CNeOjmUqL3iey/8yIzBeSe+gvWhjnbYwG1qFzwUPDSO3Fgod6Q5PkH31UxzMYHAnRrJuVefc/sn888QrzwXJUlo1mpkn66rT06zOS354SG2Yw9hP7yPoaqn3JV/FqOer/bHTcETR2FiWvuCR5Y/YAeWsOg5Zp1EuvS76x7CB5ITxE3jSAd/5XJPdlu5mXF1HdM4HOn2UB77syj/ot/zDfb287mi1DqE+MYbymvof+O1EVPIyvnpOcmRITF9DZ/JPkX0Vnckbyw70h77t3eY77OpOo1pbm6dcmUY9WojplofP7EMbPjb/G3tx51Fu/fZ2cL6Jzo/EN+u2lvfTtSdQdlWLV+FH6sZo3+T7T9RiPepJLF1DfvbuP+8ab+53/ARHlndk=</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1288">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="100" id="controllerType=0 controllerNumber=1 scan=101" defaultArrayLength="151">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.101974487305" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.42808015625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="2.6857775e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070388793945" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="546.1494140625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.101.101.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=101&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.68839" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 319.68@hcd42.00 [100.00-650.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="6"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="10.940076828003" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="319.67840576171875" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="650.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=96">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="319.678405761719" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="319.678405761719" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.33300775e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="816">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="988">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="101" id="controllerType=0 controllerNumber=1 scan=102" defaultArrayLength="173">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.10205078125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="25296.162109375" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="4.3249978125e05"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070419311523" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="895.297973632813" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.102.102.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=102&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.692193333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 512.26@hcd42.00 [100.00-1035.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="7"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="69.072593688965" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="511.7587890625" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1035.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=96">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="512.260864257813" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="511.7587890625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.6493759375e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="924">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1112">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="102" id="controllerType=0 controllerNumber=1 scan=103" defaultArrayLength="10280" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="477.740234375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="3.20296e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="8.91099904e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.00005691032" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270333134" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.103.103. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=103&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.698673333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.643548429012" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="83620">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="14368">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="103" id="controllerType=0 controllerNumber=1 scan=104" defaultArrayLength="158">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102081298828" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="4.912843125e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="3.729279e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.107048034668" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1356.542846679688" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.104.104.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=104&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.716791666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 712.84@hcd42.00 [100.00-1440.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="12.923018455505" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="712.835205078125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1440.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=103">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="712.835205078125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="712.835205078125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="7.420427e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="884">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>eJwl0G1IU1EYB/DDagT1RbRIqA+3GUFaVPbywQiPm43aKNBFYAu5etXUfClNLSs9+ZY4SEoLIonbjCRBRUU/LKrLtJKMGQXS24fLrhClEGxpuWrV/s+nH//nec5zzr2MMf29PYez/9Y2Q36nm/S0uGOqjyah8JhPxpS2mHPRz0ySYa4NqpuseTHlHiUf84t+JSZbmC9Af89sIXxlQO7ILEI/vRJKt5XimNqktxT+7IV854rT2DeTSS7PQbbeXIa55CHINxpQfz4HZcfKCvS9Figf3Aylib2QLTaRbV7qbzWgeF1QiXNzLVA4LWeQz+0inamQxfmhqqWeRd1nhWI6G7J9QSj9DkOeaKlCP5BF1n+CeiAE5YSRatSP99bgfNEoVB/6oZzyvYben1ELA9lQzAah/jkEeTC+DvX7dyG37z6PfZITcrcCpcJqKN84dAG52AXlUwoUrV1Q/xKCaoXrInKjAlnnKBSuCarnGeQf6yXMP3sL9RkD8ukwGUi6jHvstgb8N81ooO8IU/7gasR7fG6oexTI1lVTfWweinthKJvTBM5FM6AeHYaS7aWge96Q2/uvYO7HMGTRMcivhaAeFyFXR6HoMzVhzp4GpVIr5ENBqqeXNsMjFVAUjlDOGofqBh+UyiJkeRRq9aYW7FEsUEylQW3KSh52QPWAuRXv/tVPPohC9ZapDfvW7oci0QbZoJ1yjwPK40ehuk2B2rEnlP8+pfy4/SresWqUjPigKPFDSbK1Y4/khFJiHzlR1YH72uuhFu/yYG/OR8hOGFDzujphh5scNKA8MA/FizDlryXX0X9XDqXlAah/G4bqwhjJlqhuikC+Jkr1ooQu7NuxALW6JcjcEahOJXfjXErqTf4P3wpenQ==</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1036">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="104" id="controllerType=0 controllerNumber=1 scan=105" defaultArrayLength="171">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102111816406" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="9.599700625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="5.727217e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070686340332" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="783.40966796875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.105.105.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=105&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.720561666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 448.25@hcd42.00 [100.00-910.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="9.722675323486" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="448.24700927734375" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="910.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=103">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="448.247009277344" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="448.247009277344" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="4.071614e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="932">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1112">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="105" id="controllerType=0 controllerNumber=1 scan=106" defaultArrayLength="226">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="576.290771484375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.10290859375e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="2.62094e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.130996704102" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="992.665893554688" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.106.106.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=106&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.724206666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 576.79@hcd42.00 [100.00-1165.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="18.855867385864" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="576.78973388671875" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1165.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=103">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="576.789733886719" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="576.789733886719" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="3.7844365e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1172">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1444">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="106" id="controllerType=0 controllerNumber=1 scan=107" defaultArrayLength="157">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="531.324829101563" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="9.22978875e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="4.876847e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.106887817383" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="668.009460449219" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.107.107.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=107&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.728296666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 330.21@hcd42.00 [100.00-675.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="5"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="10.724297523499" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="330.21310424804688" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="675.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=103">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="330.213104248047" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="330.213104248047" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.20718575e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="852">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1036">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="107" id="controllerType=0 controllerNumber=1 scan=108" defaultArrayLength="169">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="345.224304199219" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.098762125e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="6.6072195e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070495605469" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="680.850341796875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.108.108.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=108&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.732113333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 345.69@hcd42.00 [100.00-705.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="6"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="10.255133628845" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="345.68649291992188" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="705.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=103">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="345.686492919922" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="345.686492919922" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.40989475e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="904">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1104">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="108" id="controllerType=0 controllerNumber=1 scan=109" defaultArrayLength="130">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="359.238616943359" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.1720065e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.2418667e07"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070594787598" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="668.003540039063" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.109.109.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=109&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.735886666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 359.70@hcd42.00 [100.00-730.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="7"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="3.507754802704" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="359.69503784179688" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="730.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=103">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="359.695037841797" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="359.695037841797" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="3.88926175e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="732">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="876">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="109" id="controllerType=0 controllerNumber=1 scan=110" defaultArrayLength="137">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="574.337280273438" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5.1906175e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="3.899877e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070381164551" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1117.279418945313" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.110.110.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=110&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.739521666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 575.30@hcd42.00 [100.00-1165.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="8"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="8.961197853088" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="573.3345947265625" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1165.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=103">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="575.303161621094" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="573.334594726563" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="3.93923325e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="760">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="904">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="110" id="controllerType=0 controllerNumber=1 scan=111" defaultArrayLength="10062" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="473.30712890625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.8225514e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="8.11386752e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000056941752" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270172772" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.111.111. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=111&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.74484" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.605221509933" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="81792">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="13688">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="111" id="controllerType=0 controllerNumber=1 scan=112" defaultArrayLength="183">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="136.075592041016" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.10568375e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="9.380475e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070129394531" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="958.428161621094" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.112.112.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=112&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.76278" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 560.75@hcd42.00 [100.00-1135.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="6.078612804413" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="560.7476806640625" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1135.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=111">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="560.747680664063" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="560.747680664063" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="8.1832155e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="992">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>eJwt0FtoVFcUxvEd0zyJ8dIHjSjuzKCFeCWiRhA8nQkiipEOVo2j5TjjXaNxbGvjrcdJjDohaCdSwSAcJ1GkRUXzUCW2nMk4ioJBzYM3lO2MLyYtbSeFgkho818+/fjWWnvtfY5SSh2urrX+x3Ma0dqeRHXtjNjSFB5Wzx5Cp7Vk/bBGZzbgiuKv6Pc+RafMZ7Mv6EfVE0BrctFGjIn62keffqzvHCE2+9Adn5K8bWNkWLs9il6oM4r/9KBdn0Prsw+S/whs4t5CajNzZZ1o9+Ylh89uITd1iKfz6L4KbmXP0gg6dVFU5zeh298j1nRs4919vu3M/+VHVdOE3sUcmpei255HbY3YQb27GFXYj/bNFFp+/y7mfw2iynaI7RmpX6+uk/8XFRONaIKf7Oa9U5rQXnIMra0X0buXlf6JvPQrS/bwng8pVCMz4u3yeuaX+1BPDaLdGELreK3kRRFUdwvi/sBe9v+2VxxKo6nKobojmtJAjO8YE0LdckGcn0LvVVr6vpzkeTP2sa+oDdXZC+j9dAP1L2k0r8u/5tzPAdSTYpJ/T6Jd0YXOnIzUXzxBpQLfkFuPoH70Bs3VfnRM6FtcFUXrTAz1n21SHyjaL/cm0WRT6Ph93zHXm0Qn3IfWQKSB9496jCZXkJwNHWDP7Kvi+1kHmZ82F1VVCJ0J+1DP6EZvcUac9xZNXewQuTmO+lLxYc4/j4vVCfTak2JtHvXBQeln/Ue4pyGDenfx9/L+T9F05dF6ONah/qwM3c0FccF7qc9cdpSc/UK8cgCtQ3HJXybQjD6HXvo66vu30OlLo5paEedcVSXqoYVoRj0Qxz1BuzTRyJ63p9EuT6K7suQY54OVaOIhVKt70D2XEy/3S/+H0mbm69eiqU+i1+Ch+7nvOOdrKtBacwPtincnqJ9adxJ/jKD3bz+6gwXJE9sS9P+e0EIe40e7aDqqyV1S93WjXhNupb4qKu4YQLNrsNX6D+Rfggs=</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1184">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="112" id="controllerType=0 controllerNumber=1 scan=113" defaultArrayLength="141">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="531.324829101563" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.38124175e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="6.83751e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.106925964355" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="667.9462890625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.113.113.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=113&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.766571666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 330.21@hcd42.00 [100.00-675.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="8.150827407837" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="330.21295166015625" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="675.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=111">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="330.212951660156" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="330.212951660156" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="3.60992025e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="780">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="944">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="113" id="controllerType=0 controllerNumber=1 scan=114" defaultArrayLength="240">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.101974487305" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5.0654559375e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="4.478196e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070442199707" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="980.45703125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.114.114.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=114&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.770318333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 501.78@hcd42.00 [100.00-1015.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="12.648816108704" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="501.78152465820313" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1015.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=111">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="501.781524658203" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="501.781524658203" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.5730775e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1244">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1528">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="114" id="controllerType=0 controllerNumber=1 scan=115" defaultArrayLength="197">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102035522461" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.41481015625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.89133725e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070625305176" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1436.384521484375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.115.115.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=115&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.773983333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 712.83@hcd42.00 [100.00-1440.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="5"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="30.663656234741" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="712.83489990234375" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1440.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=111">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="712.834899902344" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="712.834899902344" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.324903e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1080">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1272">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="115" id="controllerType=0 controllerNumber=1 scan=116" defaultArrayLength="149">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="670.325805664063" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="3.3744471875e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="5.053496e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.07056427002" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="911.849731445313" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.116.116.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=116&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.778146666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 456.24@hcd42.00 [100.00-925.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="6"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="13.430791854858" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="456.237548828125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="925.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=111">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="456.237548828125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="456.237548828125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.765166375e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="828">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="980">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="116" id="controllerType=0 controllerNumber=1 scan=117" defaultArrayLength="10836" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="560.747863769531" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.2543852e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="9.03895616e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000056919575" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270237208" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.117.117. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=117&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.78367" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.715828299522" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="88088">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="15512">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>eJydXXlYjlv3fpMpQ4ZCGR9DhOiQTKFNMmZKZvKYZ4kcM5vEyUwkQzyISMZPpyhsQ6ZMmWU4j8wUjvlI/C5rn/O7vvdc7/d6u59/us732e8z7LXXcK97rWUw5PxaF2PX/MffsOnPGbBcd0nzbg6sY2f2PkHup/Atf0LrCo78+mOddiq+NvK8Qo959N/3Vctf+CUnv6O7Pfv+Y71w7vyR/eTfmry/d2wGso4FxdH92NnfilnyvKLdZUgOeK6jD5B17OR3o+/6z6Wt7JWN/J5IavQFWaedT/yArFNeuXxF1gmHy7Sf4viuktD56dnJov3898X3er5kwDp9cQNn5H66Y4EK0HM+OvgXQ+7nW8sNuZ929CZ0LpXHLaF90OycyyDrDFYzof1jVf4oC8nZzHnyfmn7MP3z3Y/Ws9FuzSD5eSug51anLygFrXu58g0D1rEGngWg95vj9Rm5n6FJWDqyTumsWv14ThY2+cWP9cqBau9N/Y4+o3x+SK4zVkP2WcvVFfru4srgZz/Wqe8uKJB8h3mZ1b9KzwbSDgUfhOwK/+rDIH/Dv7TUY6+HGelBFhWAPUdCHej8KtNqkBxouj/91ZXxJD98hi/0e7ph23dkHSubYd4vGbOikPRj+2X++Hf6/lBILxtGLCV9pVXuDtkD7dahPNB9/cdB/jB7V8ik3mH3l0O/Jy69foGs00UEdu7Ld/0ErdveMq+578y+pz2k3z2/1ex+8EdPsTikeEvI7+Nd1r5G1hnWzof8cnVrOGSXxM2vkD+s1x/mBPl7K5ZD+l9/E2dWDv59sTdH7JDnU946GO03O3DoMfsf/9bcJfJXhORdDH8F6SPDohUGSB91c4LOMyuA6T+x+5dnyP2439KqkJ/XSLeCvsuUutIvehZtMm79X5fmV6Y9dL/iwZA+NvwyNEd6TalRUu5bVEmpNyPKSdwgomAtyA9ceZe+r+hw1eS+qjG+5Acw+/FvTf3/2qPBkLyzk1Wh8y26Jpj0w9WSzeX/3rB7E8i/TNhqD+37zL9MPo/443wuSL/2zZX+4/e4zRPIjhheBJvVB6KzI6QPDc73oefRghwbQ99BTYPsmrqtqHn8Y2EB6Jxq1ocw/MA9+x1yP/5+oMnz9rNL5L4F4Q5ixcmK0Ps5vodwMcPCU15m/b1SiyG9r8ZGYPig3bJGkL+x0CpH+IU+oyWEk4jy1+m9mKhtkd1mA9MovsrpxfOfgvw7w76lZv0X7rfxoUW/G3ucnpvxcMv+/b8uET0Qem/Dqi9Y3J16F8OVZ4ZA9+One0N+G2vgTnaBNQ7IkT/0z6XbdrQ2um/V1xBux/tMIfnSHoSato/D4yGcjWUkp0PrbDtDcsZutjVrD7nuBPlF3LUmhgfs94few3CoHJ0Xze8b9N31u1ZYPLgrFFtXcxoUJzEvj16Ei+0cDtlVpdYjW1P3FclOhBOod+yl3bE+iuF+Fy96QPYnoxK9j8g/9xVyX61XYyh/x/rNID9DXdi4eE6eW9s0rg60f5fqQv6A3mUo5H+xFfmknJ1dLfOlze3pr/Lmxrcff3m7BKNzKoJzQXGxGt4Nei+mBur0HGtsIX1uaHEb0hd8cgXI31MDLmX9uJ8S8LAIrX/3BcK7eEG9BPS93l3C4imXNlIO3voa2SvhPhw6bzzM5ymyjtm4Q/dTMj0h+VLqJmC44tLogtD9nFTofsxpFxTPqVfPYPjXhim0f/z5KsxOO87F/NPAd9B3FZsaQPl59rlbjvQK97oEybV66BC9F7+TRLiEWJ8G4e562/rkn6ofpmN8hH23oDyqIWIinUvt+sk2kF5aVt6kPPDnt+k9eNe9GA9qRT2yyyL8QyXIbro+wPzBHbGSP2UTgMnrhT/N+s1cWwHZWeaXCvnjatos6DvwImlYftHa3waSo7T82HMWd8b07owlmF65bAXhU4Y9pY3iT1VfUP6//1vxjav83/+tTWxiki/xs4snOoD46MMc5bf+uZSRLsbff/h9km9ha7AoTuG8IHYePisW+X/a+QiKD3ijIJIvbc1UKG7T5tZ2MPKfEvtA8qrNDje6v1Yrnfad/bWtIeSX7ngJ4f7aiIIuZLfmDILsnjawH72/ymML5eT+YsAE2m8tJJPkQx2fVQTSM+F7MPzpZm96blZlL6SnxLIrRv4aHzcFyrMqf3x2geKH3vOxeNDuAPkl2vnqRSH9fHw63Vck5cXw6TXzMD5OjD/mTzVKhu6nTrchPc3ip9B9Rd8MI73IzrYoD523G7VyQ9+9zlSJbw0pZqQ3RL3K9JxCL20yPtKXj4HsB+sVTnGmatsEe89xtUmf6aNyk7+iNMjG7HNoZfperEkmxiupfJzOqXhRB+IXqCunmLQTIqkK9D6GdRlQvpg51TIp/5rXNTqPuvuob8jziOEeWBzv8gTKszGrsnVp3YjShC/q745D50G1jcT4IodP1SC57HkDwv3ZMw86b4pPItkrVm5LZ4xXvRPCV/Xo+fWhOOjqhsImcd+u2ykfzO4vwPKUZYd2h+zXy2s1oPPsGwLpMyXXB8K9eBvbnOEdx439PeXUCZP7xhJSKR5QJl2G/EF1+CIoPua1JkB+s1bSG4p7RMFgKO7hjxXMT/PdQ3ZEfT6R/Cvlxlvy1/T+IzD+drEzrc1+Z+ehMq+3bFVzSD98XkTyqdfaaZYX8L8uzeN3wjmUeleojkUtvbUKdC4XzoXqPZTbKVAcwVLHyPPVvj3tj1qhG/Q7+ogzGO+w5VoZB0Y6pv/4q5y7SP6COFRG/l7kHqnfjowjva+MrAjpf+2FP2Y3ulyGzqnhwCY6b/zZ74RjivdHTX5XlvCG9JKoGiDjfu065m/leiTzA7WPYTiousrBku/DvCbkLP85dCwkT+otRyguM/RJtmi/1KQjWByWtR/LGz9X80F2M1cpCK8XIxNI/nQ/HYoXDUWt6bxobxnkrxnS80D8Q0O3fdD7qvVdMb7auN+x/E1yNJS3NnwcheFOTbuZzP//7FLP1ITklUc+NeIbMkeO5Xm1KxSPsjGhJu0Du+eA8cQGtIbsJFdOQHXoenweyO8yPPSjuENTfHNUB/7PJa7/CtkDrXAjmb+J+JPkW3e5TL+jvLeGcGK+2gbyA9VZSyE9IPzaynPZ9AGUdzbcnWl0rpWAgRC/UjRzsobW1dtF8q5mJUL5L+aC4boGm6G0T/zBbInTjv5A9ppXeILxwd/0NRl//vQ6UAy7X5s79Nz6dheJj3Rrhem9XmWxuo26e6A8qtK9m8TDfdYQTqR/2V0O+p0ObtD9ef6nJG96tb/9wP2HZb4kfYv87+uJhPMrb2ZCOJbeaioUz/BzPhDuoY3rQjwf4eFPcb8+MxLy10S/rVnIOmVRR0dIfmJnYPjWzou0T1rUJOLz6gWqmtX7zPViCYlntWoK7cufyzFc/nsF8stZe2eszvBOAenXJ67OEW/vn0ukZObIHij6KVnHrnWEnpctS4HsjzgSY96vSc6DxXn5dpvdN339eizvvPBPLM612iH5J+7jsHzNiUZ0XsSXhoQ/aGXqmNSbSlBLV0jOW5eT5/HBYdIfyhuF8HZ94wcI5xEXT2P1LXsbST84KprsOittwPyK0bkgv1fk/wz1PRDWdyA+gurQDOuTEn8S4y/vaQ75S2KAbtKvV8OtsHqkSTeheEvJ3xx6b1F4HYbrHrpSGvJLAxNI/ygf04z8K+VOAQxfa72suPSX8mN8zw13akJ6waqpxP0jHc3XQ2VOguy5GFMV4p+pdytCvC3t3SKjPCKvt8C8XOywgvKyzGloS0iPDIuA4nwW1ZfW8XFrLMIn/31pgwOhfdAfhWH5qjtXsT491e5CdcNqqun6359drNomskeiwgZpF68uH0X+5O0SkB3neUtg/qR/ML03P+JI+WT+fStUn2G43QDCJwxBQZB8GFqelrhKdc8utH5WokX2Th1WTNbLTI2ieExv6Uv6j99MI/vM/Z3JL1G21cTqTYLPy3r6oq/qmVsvvk+S8VTnIRgvdfdhCBcQu7C6cjYqjr4T21IViieVCdHkN/HiDahfkog9YTKe5K7VyN9Rk0tjdV6/Jkm8xy0V69OTNAzCWcWAtrQfSgHZ709UeA/5y4ZUT5JP5Vk6FJ+p0f5YvfnBb1h/neq7MNx/QzrmNz0II3skSk40m9cSEV/M+ve86FcIj2Q3N0mc4EJDSD6FfkjGW1s7k5zzk/2lv3psJIazejcl/SEyhkF5Pj79O1YX5XELkhdD7yvy/LfvZNbf5CfzqaRvEmIx/+9pY1qnFInH+F2d3mN5qW7JhJeq1cfIev3+k6G+cryXsztkfwrUtQgn1HuMhfiJ/PQeKI+qdS4j+ZZPh1gWZ2V1lXnT45NkfdCmNsZx3bPGGA9d6S/9tYzepOfZjRTiP7Cpfkb+sVpbQHLH788z+X6ibxHIr1LOriC8WCudm/xhxbMq/WVzf4VwCP1ISci/VM6vh/S8wdcqR+eITfHA/JOHHhh+ZrsO40fc7oXJxwIHrP6lvJZH+qX9CE9nGW5Sv/UsBPELeEcPiN/Bz4Rh+ex4Ve5r//Fk58QhGa/oN25i/fmC90LxjvJ4puSJVXoE2QVWfhD1B9MfXzWL32hr/ub7B1XP0bnXT5z3JD35fBiUNzFkziX/RD/YmO6rH/aX/ZA+fZB+dU2bVmRXbZtj/PbKBwjvET7vZTwwc4HME25dZzpv1uOmaTzl+GTpP/TIB9VzG6oVon5yavoOGbd+izQ+B8/aYvWcz09gfR/996b/WKdlXyb9qjm+IH6KWN6c7B7vcYm+t/r1pUm8S3vkC+HRSlgbs3pZKRgG/a7hUxiEOyvWxUgv8drXJJ/T1ZnkgxfqiuEyHWU/a9EUw93Viqv8SU4fRRLOzAr/zWfo2lr6n+F+WN+Gy82huF0f2KYaPY9riVaQHzWrG/Hn1cR2JP9iXxRUB8A378XwtbttaH8193YYPzB2tFGdJrs/BcKNxPcNRn6CsqEQlO8XZxphfLdZ2RAvQtzJg8VbQ32p/kMfFu5H/uCzLLLDelYJjOdxryCdS3Wdj/Svz1czXa9TJBuKg1j7+Zb5i0GH6kJxuMMaI33AEupjff1WjyM7oe47hfGk5h43ittZyH7CU0WZ4lAeQT10GDtXB3ZSPKcGvsP6YZ/YCekD3aqkxEmDxmD17tsLYjhC7KTq0H7NCsD6dvyVG+O9D5sExU26kzXknxpCF0D5ODWmIyT/avmBUF6IBUZBPEh1SxeMD53HCcpv8uUdSM7Es1GQnlK7L5N4ULsm0HdSRpzMEc6oDDeA/oAjNjfkfV7L7OfoMZRX0Ss9gfxRlrRO+uX3P2B44FEvrM4/shnEO+Z2NvIcXjpHdorFJZP/y0/J+nndvjnFK2zsVSNeiBISCPVl1/TtUL6Ai1hMH65+ieH+X4OM4itx/rKR36H+Xs9oLhAXv3uaei821AHjWU3C+oPyL0swPf5qo9RzbitlndeYopAdMXy5AvU7UFbewXCE1rstOi98dj/qO66PfgnhOIY6W8z6DWL8FSyfNSBG1kk/uI3FBac7Em6vHnaQdY1jdhjtv7o7f1fIHoyW9WVK5ijIHolXf0F9N3hRW+g78FFXMD5AZAqEcyoOY2nfmNpP9pe0Wpez/ihdK0M4gyj4FcKL2P1UqceX7CU+jzbwCNkL0fAwpFf5b82w/svJqVicFtZI2qMSHSAcWfmtHbROL3rIZP2WtmyUrJvJ/Mm8GRs/rL/utjjInitbF2F6KHwl1k+q3C/YnJ4gG5N6mPe/jvXFG/NU4gxt4qB4RFu1lPScPjhnOK9adSFWXza4Dja3M24tpq/2z7TI7rHfojB+7NJqWH+puI+Qn829OtP99O9XaN/UN2dlvtEnr8T7Oy7D6nZzX8wZb2jrdaxv6bEsyE9jlStCuL9W74JRfKavj8fmmWWPhtaxiP/QfqmeX+l8qxdq5pZ5EVdpRxZXIrxRf/SI8vYs46tZXpJWOxSKP/Ravia/u7AbivWl3j4bwiO01ACy40qtAJP6Sgz5LUfnQjnxDasTeHAG0ifqyksyfze5XDVoHxzuYX35UyPoecWDy0b8ER72DauDfDLdIj9V5P+F9Au/mjMcmzf8jMV/RYca+1cVg2V85FbfZH2w6lfFLJ7C+wyE9KGhs6PRudD7Pof8c5bRk/raswIzZH/tU48qW/I7yqwJ0PlSVtSF+OdauyNm+bDKxJKUl+dHBkF1Mtq2JxbJG6+xGau/HjHByM/lamHq18/2PcPmX6WEkByytGwoTtCHdIf8Mb3JHxDvS5Q9aRRfCO/R9N882la+h/fZHMUfnLeB7K2YXR3KM+g1vKF8nRa9FasnauYjeZk1PbB5K1onqD7OsO+27E9esxHpcZ4u+20qaReg+XDqRGcIV9TbfyM7zGosou/HrwbmKI7/52Kdp0Lfjx/5IvHW2Nkm+RbqpEqY/WiYJvsKvf6b17YrSH7fmKWDyO8akQDxWcTqj5LP1TYS08uzPTH8zWETxsOu6JujejnhulvOFc8oIOsv+bx06L7W1aA5Kerm0zmKp9X7E8jui+qjLeofIVycqF5RrxpPcY429ZHk61VwgeZ98Q4viJfCYoZg/B1DXrN6S9v4CeqbZ7BJI/upt+4MxSu87S76nqz3lIfmnu9/rq9yALKXatuPkv9zLIjiFG36eVm/33zmONqv1+uk/3SnRAVITy2Ow+aHtVpIekqxs1ch+3QywqJzqOQKln7h4fUSB8pqitW7NQmH6mTVEXcxnHD2dKgPBEvLIPxA+9OPcEQ1dq7sp7vvquTPTl+C9Z1ejfVhFi6dofupblOheE586w/hh8qdi/SdtFPbCPcXse1lHuXIFcjv53EB0POrdnOk3pvWmvSoNqCxPL8THEl/iFKdoDhBed4X47HnXU92SzRqhvG3D3vnyK7rSWlQnkf9rEJ+jeGvS1hf0CqjsP54XticNLHhFIRH6AVDqN+w+BpP91U7N4HeVx29GbIPPJeL2fj3f136hnN0P+7TFJu3kWmF7c+3PRiP7NdQrK4g2R+Th+IRhGdq8X9B88VFqcuyr3+ZRJl3Gp1CeKnyNZB481ruyWbxFNZlFfVjFtZFoPyh6JQPmzu9sLFRH2glrgbNv+DWk9rS3+F1oL5n/GU2xE8Vzfyg/npq7ifEZ9bKtjbSW+zBTulfjom2qA+I4nQKm4/wuR3GR6pQjvSHUt9X5n39s2XeeWwDylupe24SLqjZvzKywyywOMbzVw6Q/hApH7E8b8oWrG/1Cx3Dp8osMFmHqOxNdYPOyZazEk8Ym052VJQ9g52b8IEYP26GN1aPfr8NVs82PVjW/W3LNMKFlcf5qW+8OHIX45FfGYTxNd9+lXj15t79TK3Xx92E+JGGRWVIvrSy9833F/8fl571mPZFyfPMItz735eICsF4OCudTOOXPYtQHKhV0SE8Rksa2eG/30O9HijriG8FYPnQkPTGkF7Wl2P6YvMyGXfdWEF+P0sOwvqsVffE4sWpx7H7uTaD9Kri40rfSXdNIvvDfp8B9X1Qm5cx4i3pVV0twvfZu+6yr3/4A8j/4APGY/jfpHtYvcUqgdUdpfoQXqH/4Uu8Ie1j8yDyc+wvYfrcqwqG/3aYhcVXGY5kv9XIUoQ7ib5OEH+Qtzaf91Rcn0g5PDBA+uG1B5GfImz303nS7kwnv4rn74vNOchyx+aPBAZD9kqfFQf5sWryEiknw7pDcbSeGCnzJ8GTIL+W25SD3pf/dRzyM/QKWTKuXbAOmwdXqplFeVHFtQqk31j2ahm3nw6R+anzmyzy68WzUGw+9mdvKA7VX+2mcyE6fbLoPZVT7+lc8VIdMP7QJVk3pdp7SpzssBOEqwv3JJM8BJHbWvaf1gMJLxMrGzeAzv2SoVC/QqXlbjk/ckckhrt9ewj5+WL9CVk3XCtT5ue+yflCYsBMaJ/409lYf7N8keTfis/fZT7y3GDM/l3cidW95LphEf9UWbIO65tcMArit/KCY6G6az67HTZf5Wp3KC/LK8ZVk/F8Kaw/5toSJu2Psm47+Xdas1Z0LvjaC6QHRJnvMr+8rBaULzfc8SI5ZcuLYn1cdw6S82fXhMp93dTbKP/OxAY6T+yv2kZzntgggfVpdhmP5RGHbDHCNfWEkfI7fn9ijHeedqbvoayKl/0IaoyV/RadbPqSXtxUWfL182XIuDjNB9Jz4kMYNte95BWsv2/gcOy7Xe2I8WdmbJR2ZPccwm94hndJyB60SsXis7vDSe60zS2M5oeIvz7IfgpLC2N1oUMGmsS31EYHqd5K8TuD+R98FOHnfPIn2Vc7KT/03RWvAZDd1KKzZX9ZVlTGG/1qdYTk2rcT1kcx1wJIv+sV4/+en9Cf7qt6bqP6W7X7FfJrdbeaFH9wx1FQXljfdxzqK234tpv0iJp5S9bx7SoueVEbZkP7o/QfhM1TaB0tcZXeFY31n6MbhDepJ50wvyKzMhbPzZiHvfeKm1hdx+FmkF1S74+xqG5S/fgM66NUspDsX1u/PDYfQ28I7bc4cCGd7ttuJpQvMYROdzbCo4OPQbiTajtenvO7qkn8RtFGQ3gu678Iq+Mp+9AHsqf9JltkH/RXVSk/J3a+IFxBqxRudA64hy35WXqLBKgvuLa9PTbnqK8K9lF7R3Kg+HyUPIzsqVi/26816RyojT3pfLPrqXJu+NIkiVPlmUP2Xb/81CI8miU2xXgTvlfJPrPI/dBcYi04hPjFSsQRqE5bTHKWPJfcj2W/rOeVyS/UP3XC+uPd62WWb6J+myvz3dM1iJfAuxaUdUXt8tJ92IwDmD32f4PNLchww+Tdyx/D5eothnA5xakIll96WhqrmxpUFfJH+Lyh2Hy9rXLOpfqwskn8UL03H5rTyJ6kYecwb2Ho/Aur+tg8pVjT9bY/vRoNx+YRLryBxTnDZd8cxn1N9o3XexaSPKNWl9uRvx2fgfVLOda7ncnf75pJv69VeUN6QhywM6pHYHE9sPnFTt4UDyhbDsm5Qn36kX8vis0ZSv97r+WyPuXVNIlrDJiA1dcXWAXlu8TETMnvbbpZ5vP2jaV4hs2zlnMC2peD5mEaCkVh/YgWCMlLefCFcA7Wc4TZOF6fGknnV12zF6qfMaxphvHXe3yB4m4xf46c8zR0KYRPGOrewvhPVcJIvtTsTMo7aPw36t+t9LMhuRdlfaE6ADZYg3BA3qqfnD8YplB+Qh00gPr86bOfYP3lzneAnkN18oPqiUW47JOoHOlmkf1UlF+wuusW5bE5PCNOYX7ErwMguRRvV2B2rdheOX+veBmMt9ylAGRv1AeYnKmbvYz0jFJpCeYf+iUaxanqKsmnEnYVID6MGFkA0v/8ljM2R+BeeEN5blPoe7AB8RQHKbGDIPlh2fOxPmY23+Qc0HufaB9E1Q2yn3E3V6xfYPxMs3pdL/odyk/yEjFG/rKILkP+qBoVYOy3V/DB+vAt60X93LSAXFCcq/2uYn7b183YvMEsV6rz1S5lyHkb/V7Q/imeM6G+mWzzc0z+O1whvEN0bCz7Xu2ugvX7ft+I9Jdm/1Li6rN2Q/ktJcEJ45mHLoL8YcVxJBQ3apcnYvxBf6yugW/oi+GrqwKhecbi8VgIh2eeeaH5I2rCXez9KrWC8F3xoXcL6P30d9h86MrpOcIZ2NhGFD+wtmdJTyjupeRc4Y77MbudNwHr737zBsWj7OJ18t+UP/NB+lU56Wwyv6Zdbkl5GjFzrpy3dOKEjG/d8kDz01j/GVj+skckxpsrNcdIHoSnh5ybWbE4Vr94tB2WJ0rb1QWSS4c6kod3bRCErytNU5yhfYpua5avo0TMl/1GmsyiOJjf/Q7xe7TdAZA8aEtssf5cVaMgO6wf8yHcRV9aGcOT42tJnDc5DOMJuaVi+UK7QKm3I1bJ9StCCd9U927B/Kli2HwhHrVffvdy0VBem7n8iX035/mQXOrWtthco7/tQE4vrWM2xu+b/JnON5v1GMIJlBmeJJda/905qhfgUSmEhyg2hck+KNZ1MXzjQzRWdxbSA8MhK+81yU/iM95j/fd7l5f4ZMgNyY+y2yLzuUPbTaS/j0/I+TqlXTB+U1JNwmF54GeSK2VfJMWTLOQs2TU1eaSc45NRBMujz6sGzVHRbccRnsJs2pqsUxNLVpKfyc9dk3lavg/CX7R9e7B+ozvt6XvxKkew/lIHW0i8r9UJ2ZdkXBSdT+bVCYp/DPHj5LziHVuh78DyPjcZd6s9zkJ+o3K8nqy/bDGO9oedSqQ6OZa4FpsnExaP1e+uHin7S3SpAr2H/ugKFue51DAfV17WIH2s1tYseg9Rry0kR3pXeygfaAjOgPpQGZSykJ7VI437/fLi/lB/Pr3kUdpffdF+qJ7NoD01HdeU9KDfFcvcID6V4pQC2TsRagvZAS27LSTnittis/wopcbRPpDfwIbLOWUn/zDiv7A5G4gPwY65QPOBRfZHrO/KmVHYPLHVXPI3+gwju6oFNpV1w0P6Y3UTJ89Acar+5bTUx0m/Ud8YZdceifOGyrkbPHcUxGfgzXfRuVcNNpC+0fbeljiHoRf57UpaJ3oeLc82kn82/rV8zoqx2DyLwUpe+b0rSXs7LwqLy5dmgHm5glh/D/tZhAsrjdtZVI/P2h+B8H5D6RQsDjkZAvF7lLhImZ9o0ZzOtRL9nvw4vWEr4qnxnucwHPD4eqxexdeF5ENhWzC+5pAUrE416g72vO/umqyvURIZhHMohztLOzW5MFSna2h5H4u3QxfK+K5ADJQv42pF4p9qE7wIN9EOXiB8knnVlXpsqSPti3a+KGR/9SKXZB2KpyPxQpSUoqbnp/7k0ga3hfwp3X2l5G8WfU75IKXwEYiHLNgU+i7iP5Em8+/sQSikt9mg1cSX4N27Y3nGrMmS/9AyEVrPBtibjyNa/IHVgRdshcXpvWZjuLP9NowPXfIyVj82e7TJ51RTDKbzNpE2Juc7/exSVs/F8LSRJ2W9bnpZrC4g5hU2R+dWfShuVpbcpjo7rXY/bP5UPm8o/mHHOltU98PnHDSe37W2I+VVFK9YrG7/2kez9llb2RGbGzgQm0+lxHSRdZqxFTG+8ZnL2PyO9lGSr5L0xUhfiMrOGI/HIzfZMyU20EgOtU/1G0Jxgl0NydNPPm9RHkOJPQ/xLtQWdpje65gO+cX6qC5YX9SYnrIv4LyHkL3hIon8HB7VwPy5S8jE6m2GbTatB8oMguRJFMnG8FofH8yfHZwF1clqQ1pLHlCZlhbpDbGknewvNuET9n5FRnWj+2xbjOFOua5IOZpfmfLg6sAGFKeKX6pj84NaSNyeLz8EnT+x/Andn/PpGL9yhCNUX6SXHg/Fw+LGNNo/tcYWjE8+eziEf/Cg0WbjXLbmiWn8b7MN1s/6+w5jvWhTFpujXKoXxDfhbV9hfSymn4P4O8LBB9NTwdOw+lbrcSR/+qvNGC5zsD3ZbX3Qeig/qOdPIn9F2dmW6p7FKyts3uTdwuS3qDUVOYfYtQfFneLaRMofqEG1sH6MEw7TfuhvdxLP3XDuktQzWiFZD+S5BJtT2WWi5CnYnpV9p9Mv9YD0TouupC+1wOWy70vkG+g9uftybH7frbMQz1G3bgbmbZpj/foWu5s8j+KvUIifJ55odN5E1HtoPS+b1+w5Z5u/QLwZdWZ7zP//VdA5YZWdsHqUzUrO5t79fTHWHKsXufIa41W2zk11EOzKbtP+q0cZk3nyn13i/CRsrmpIKbP+k1LyApZPi3M1yZ9SEhoY+QviQbij9Bs3yr5qw/picw9XyvnhulMWhv/uLyPrik5NIz3Gnr6Tfa32r4J4xfxpf6xvbEBNyI9Tu3bGeC5exzD/u+0kbJ55aATEqzMElcd4r3uioXlMelo85NeqARegfK+2rRgk99rcjRCezHstski/q7VWQvlZ3aW9zEfOO5aj8yPCikF1GNqGljL/X0vOUVVamuft8t4OOTpneqs4SK+wL7ew+ZSv+kN5HOVxPiye23MyR/47H9MIs9ODQrA6t295sDjfqgem33b3wd7vWW7p90dmSd7D/mzMnn2pAcWLrOoobG5HvTionykf+gqrg9kxAOIZiblrsbnzAQ2x/NY5N8mr3xiO9YuN6IDlBc7fpTy6Unwj/VVjF0H4rHpqLiZHdz0Ih1LtFkh+pt88rG9P8SD67kqYn8zn2LWG6uK0fmWpfkaMv03fU1WmY3Mw6seYlB+t9QDaX61YG8nffBsC8Sn0emuN9c1OPyj/xU5+wOrju93G8qWnVmDzl4e+wnjzVpsh/WrQ+2D5uafJ2HxRW2ss/5mxG5sfsuQG1t+zdVPKBwpfd0jPKd2Ly75Kk/PJfkUL6kH5c21musSxC/Y3eg++7Rrkh4s0TvpPzzyGzc3yrwrhoGweh/KfBp9KWF+x1rGYfs/uifVL8n9Ccq1PxvAsvdcuI7xBe/4HxI8Rjz2wPJv9E9JXaq8LWJ3qCe8cnWsxHetvyCOnQnpVW+EAzT/T425jfaCmtYb8MbXGSMn3W7Af69u9ZbHsz7PDg86bKPYEqkM0bF1jFM/x9hehPBrL06wOtF+JDHpurVRLbI7A5AST8quP3AvFz3q0PVZnUOwYhhP7f8PmAjY2UP2aePgcsnNiX4fm0PNGXyd/U//dGdpn5dsJOR+k2n2JD1XpR99N8x2H9ZsZUJ38PJb5FfL3NJ/HYD/djib3jTcei9mRUvcsmr/z70vzfoHp1UsTITtryF6Kze9JUDF/jss+K+x+XpM4lTbyPOSX8sVpGI+9a3nJDy5mDeELbNBkjPfaZw3mRy/th+2XVXPM3788FvIXlaPhWL3j4IVY/XCtsVD8ra+7ZXQ/tUA3yL4qbY9i81UXz8fiYd99kBxoz9phPMSIyzKP3dcDip9EqRRoXryIKIHZQ9aB8ntisQtmD1KPYXkZN0F6mKsOsh/xuQYYvrv6EVYXMM0Oy+vdOUH6mGsaxq97dxuqs1Br75f8looNqkH77OQg/Q/vv/sqlAmF8rpsXjVIrvnoV5DdUfPtwPr6+s2T8Uiu9hiPl8+H+iwb7rnLOSguM7B+VPtSsTxuC28ob8yaLoP6aCtWvTGe4pRmFuk3sVEh/0eNK4/ppWutoPky7ENTrO/L8BKQXeV9j5O/oeV9CfVJUsIaYv5KkDtW97c6CvK79aSXkJ3gi9tA+p13TcH0W8Qmk8+p5ovB6qtutLboXOpzzsu++AlvMf98+BoMn3pwEZt/5VCQzqU434/q/wwPh2FxVZuHGK5rUwnrPzFyG8ZTtTsErdMebsXyyOF+TSH5tT0k+5fa34N4bWJKHuKf6VeCZT+38F1YfFL5FCRX+prPGC40finE19Haf8LyuvHhEF+WnXzVDLpfjxiorsAgZL9APv46NlcvMAnCE9XyDSFeLstVT+IEExdCepA3LobVYeabhfWlabNTPu+XM1jfpqAT2LzPEnOwfOagvhDeJoo5Y/5l8tTykNw+dsXmNW3OxnCxj8lYXcetnlh8MnsiFgeeKIXFFeP2FYT2oUBtrB7kTUvIPvNekyC/TRw6B30X0SQvhivFbILeT32YCeYDF5muH7DB+H76knNYX8fl3yT+kRyJ9dXsa4D0pBJ6GuOZRdbF5iNOCYbwXBbjCcmF8s0Zez/v9dD5ZM/TobhKze4JxXGslzfkv7AeIRh/401BLC/ZszrElzMMb4j1rw6u6QHpLbezCvR+v3sa2X82ZQfEV9GDalC8qhzNxPqiFWqI1UOKsSbvpyUtwvo+DDuI9VVf1x2K65RJ6y2KU/T4GhiuXnccJBdK/ERo7hBP0jDeR23rttB3t8qEeJ/a6BHQfBPxn5zVCfz/utfdMTzmegzW9/MD1v+CKa8s8l+5SxfIjirbs7B6hJUqVA8qNl2C5nVx716Y/+9sD+UJxAQvzP/fvwabx9GyOOQfs6EpWJwZkAzlFXjvXDSflcXcIb64fk5AOBKzq4D1Qd/7C4bzNvSH9lMLWIPNkYxoKud2T5vVHtKH3T5D80i1GtGQnRD+faB4Qz9jg80lqF0U4+/PPovN5+QFsP55sf4QzqEv2YrVrzf0ln0S9zeC8k28egjdV0tmMp88fSA2l2GFI+Yv2/bD8l0+GB9f6E0xHGPFTCw/0X0OFB+zIk2x79IVnK9XyxqLH0+4QXigElEZw2e9CmL1cIkZWJx7bCamz+MTsX0om4o9Z1Ih7DlnnMb8wNtxGL4xcxa0f7znPmidofF97PxViIf2T0ucIuNxh5KQ/6mlLcL6R/7aGdpHceQQ9Jz8nSPGw+k9AfquzN4VmzM9einWn/p6JwwP7j8L4/usvYv1l+hjR3Epf3gWww3d82H4baUEKP7WvcpBOCyfvwXLV3m4YediajEsvopPgeJcNuyIF4T/3dnqDq078xjKUxrW7cb6etVqhfHmt6dC+kl5VwbjGb3YjvHMi+5/hKxjI32l3338I4aPVMLyBfzDK4w3UykL4/csf4LNuboxBtv/tvZYn4isUxjv5Mx1qE5PazgQ49HF1sfszLQ/MP9r7nYsbqp2A5Jr3tRJ1suEx2Jx3v5Z2H3PJGO8j/SamJ+Zvwfm1zokYHh0+euYX5PZGNMXO2oYz5fWt2B9pto7QfafPz2J8Riv2GDxTeIMTB8fSMT8ht1PMX5pjUZYf8bPp6H9Y+4p2FyNFrGYX5xrLdYfdmtRDMdK7Inx2yq1wHDGyeHYPmxtguESi+9geFTfbphetHuKzU2v+4G+JytTB+MBnbkJ7YdhawGsz/Skd9h+DO9D30dcGovZuaVXsfxivVBMT6Uyk+tY2ULY8zsXwfrU1I2B/FCWKwSTi37uGG6cdAeL5+/uxfCVYj2xvPjlE9A6w5MKWN/Itd7YPvRZhvmR5UKwPHKL9w+h++VuD51LpURtLB7osxzj56+Yh/FkT3fE7MHQApiePPwB8486dsTwzTl/YDzMRsmYfL7pDOkX9tgLO391K2H+yp5ELH48Pghbl88W+y7fjmF+R+gC7Pwt6A3dT5ueF8v3TF6M4XDzBmBxjfMNTM6W5cHivZ0YPsXtb2C8+GJbMHu7/hOWd2l3C5Prp12xOthVAzHc7kwjbF2h5Vh/xWZg/eBjdyxOKHYUW9cyP4bbHMDq7XmtGOzcvn6Hnb/jB7A4/+Dv2DlqNwDb98GfMJ6r1yfMD7n2K/acn6pgeegwX0wPBjYxkjNW/iqmF9llSM71xqUwnPHaMkhelZhArO/HqAuYnFcZhZ3HN7UxXHqLF/R+asAoTH7y7oX23fAhBvNLMldifUhaFMLmvnx/g8UTwUuwvMvHVGyd0zLMb64/GVqnZTGsbmSThuExG8dj86grLoL8IKXnaawO1eMAdt7LfMHOkeMdrL/ajG6Ewwnb3Bge974OVqd9aRP2XU+1xuT7bQDmXzZwx/ZDOY7hrP9pivlDo6Ow/X/YCVvnOR47v89LYf5Xz3FYPJnbE7OfH90gO6g9yif7eQZ3ofdk9S5ienwVNj+eOV3HcLbniVh97YDFGC/ojSeGl3mVsug51de5MP/uzKicn/f/Aw6SwD4=</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="117" id="controllerType=0 controllerNumber=1 scan=118" defaultArrayLength="193">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="136.075653076172" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6.2319425e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="2.5819674e07"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070358276367" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1007.5595703125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.118.118.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=118&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.802015" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 560.75@hcd42.00 [100.00-1135.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="2.757911920547" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="560.7479248046875" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1135.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=117">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="560.747924804688" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="560.747924804688" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.2324832e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1044">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1268">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="118" id="controllerType=0 controllerNumber=1 scan=119" defaultArrayLength="270">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102005004883" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.851705625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="3.491611e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070487976074" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1093.927612304688" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.119.119.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=119&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.805548333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 549.80@hcd42.00 [100.00-1110.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="23.63726234436" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="549.79791259765625" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1110.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=117">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="549.797912597656" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="549.797912597656" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="4.6344735e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1396">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1704">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="119" id="controllerType=0 controllerNumber=1 scan=120" defaultArrayLength="146">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="286.132629394531" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5.173505625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="7.0915555e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.07048034668" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="798.396362304688" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.120.120.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=120&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.80956" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 456.24@hcd42.00 [100.00-925.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="11.149903297424" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="456.23760986328125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="925.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=117">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="456.237609863281" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="456.237609863281" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="4.3305435e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="820">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="976">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="120" id="controllerType=0 controllerNumber=1 scan=121" defaultArrayLength="173">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="501.242645263672" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.59372171875e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="2.3524815e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070434570313" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="897.572448730469" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.121.121.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=121&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.813296666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 501.78@hcd42.00 [100.00-1015.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="5"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="16.581686019897" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="501.78179931640625" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1015.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=117">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="501.781799316406" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="501.781799316406" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="3.78629625e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="940">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1128">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="121" id="controllerType=0 controllerNumber=1 scan=122" defaultArrayLength="127">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="359.238922119141" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.48741525e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="9.920754e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070587158203" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="728.750183105469" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.122.122.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=122&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.817285" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 359.70@hcd42.00 [100.00-730.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="6"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="3.704867839813" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="359.69522094726563" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="730.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=117">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="359.695220947266" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="359.695220947266" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="3.1170915e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="716">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="856">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="122" id="controllerType=0 controllerNumber=1 scan=123" defaultArrayLength="10132" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="473.307220458984" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.4045448e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="8.09506752e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000056911426" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270622193" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.123.123. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=123&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.82267" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.655013859272" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="82292">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="14124">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="123" id="controllerType=0 controllerNumber=1 scan=124" defaultArrayLength="131">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="199.180572509766" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.178125e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.7314394e07"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="102.054496765137" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="813.908264160156" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.124.124.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=124&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.840618333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 416.25@hcd42.00 [100.00-845.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="2.597926139832" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="416.24960327148438" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="845.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=123">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="416.249603271484" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="416.249603271484" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.2737933e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="736">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="900">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="124" id="controllerType=0 controllerNumber=1 scan=125" defaultArrayLength="257">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="136.075622558594" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="4.2264953125e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="6.071975e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.107078552246" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="851.374328613281" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.125.125.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=125&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.844191666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 469.21@hcd42.00 [100.00-950.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="12.885242462158" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="469.21249389648438" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="950.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=123">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="469.212493896484" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="469.212493896484" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="5.408343e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1320">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1632">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="125" id="controllerType=0 controllerNumber=1 scan=126" defaultArrayLength="116">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="401.285980224609" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="9.29602125e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="9.321302e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.107452392578" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="727.995849609375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.126.126.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=126&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.848021666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 402.73@hcd42.00 [100.00-820.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="3.328172206879" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="402.7259521484375" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="820.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=123">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="402.725952148438" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="402.725952148438" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="3.37994275e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="664">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="796">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="126" id="controllerType=0 controllerNumber=1 scan=127" defaultArrayLength="136">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="286.132476806641" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="4.4058540625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="5.469747e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070510864258" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="763.619750976563" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.127.127.3 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=127&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.85172" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 304.49@hcd42.00 [100.00-925.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="5"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="7.387261390686" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="304.494140625" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="925.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=123">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="304.494140625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="304.494140625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="3"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.40532775e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="764">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="904">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="127" id="controllerType=0 controllerNumber=1 scan=128" defaultArrayLength="185">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="866.46533203125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="31625.052734375" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="2.0397584375e05"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070472717285" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1696.947265625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.128.128.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=128&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.855303333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 867.42@hcd42.00 [100.00-1745.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="6"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="175.502456665039" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="867.42303466796875" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1745.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=123">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="867.423034667969" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="867.423034667969" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.003647125e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1028">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1192">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="128" id="controllerType=0 controllerNumber=1 scan=129" defaultArrayLength="150">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="539.262023925781" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="58040.97265625" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="4.199040625e05"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070030212402" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1025.039916992188" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.129.129.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=129&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.862226666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 540.77@hcd42.00 [100.00-1095.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="7"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="50.472152709961" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="540.76873779296875" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1095.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=123">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="540.768737792969" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="540.768737792969" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="7.691155e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="828">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="972">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="129" id="controllerType=0 controllerNumber=1 scan=130" defaultArrayLength="135">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="152.946533203125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.0483365625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="5.27405875e05"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070327758789" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="578.268249511719" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.130.130.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=130&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.866753333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 325.67@hcd42.00 [100.00-665.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="8"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="52.000625610352" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="325.66583251953125" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="665.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=123">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="325.665832519531" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="325.665832519531" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.18202078125e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="740">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="896">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="130" id="controllerType=0 controllerNumber=1 scan=131" defaultArrayLength="10399" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="473.307312011719" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.9449864e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="8.803328e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000056923242" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270851648" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.131.131. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=131&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.873003333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.641247689724" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="84500">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="14560">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="131" id="controllerType=0 controllerNumber=1 scan=132" defaultArrayLength="167">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="199.180526733398" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="3.656185e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="2.63622e07"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.107055664063" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="766.448059082031" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.132.132.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=132&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.89126" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 416.25@hcd42.00 [100.00-845.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="2.785110473633" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="416.24972534179688" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="845.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=131">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="416.249725341797" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="416.249725341797" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.6103606e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="900">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>eJwt0F1IFGEUBuAvd6UCK2mpLrxo2BXpIgrUsrywcXaLLKwwU1wlP2b9STOx9SdzM8dZdy3vNIIyjdEyjH6ohO6qSQ2pCGK3izKiYYcUyxBmQ/ohKt/T1cP7nnM+hmGMsek9JeI/WEcQ8to+qCVdgvrbFC/6N/1Q6OkqXVI8l1i2pNLtgTxRhsbHEGUlWA49Lo67pxLUjrqhkn8DsgGfjLl3FCr9uT7sXZahPumDRnwc8ptrKnBXL1dir0+DyobrkL0yqV+crEJ/xYR6k60a98+HoTE3TvnHxDHsFcfIBhOyqU9QSJql/jwpxBJrkOMuyPy2Wmg5IV/lhlrWMGW/CcVU23Hc7bdDdtUJtYcSGfVAwfUMGvmpdbgPS1B8TGov3WSaDIUFH+WBSqhMhmg/2VmPXs2BwkgFuahSv6ML8qYR6tMcDXDWCVl7AeQODvW6ZSfxfkEG1MvdZOZtqDmiUJj/ALlk82M/RSK/R6C20oQsyYLCKKkULdI8oDbCSC9UeoYgz7OoH8trwp27ERp3hyH/c5/60keQucbJWwnNmG+yQ61mLel3km25UE9/QHszzhb8v6F0qBcFSF8QsrII5NGMU7DXDdngYWgMqlA82EfzVovykNSKPXshNFZXQO6NQXHGgspUnPIT+TS+77UFxfJvUI8ltKHfbIfGFgcU50hlQYX6kQsBzNddg1ryGFkyAYX30hkYHINs2wTU7kTb8d49E7L1mWfxnWFPB/a3F0KlOF3BflU2FLJUyFN6oLFT6kSfug8aOV7S/6KT/k8EskPTUG+OkWGvSu/KZHUtZO1+yPs/U86dh0rovxYp7vpKWbOgcOIn9S3ZQbz3+10X3lleGsLeVhMKG79AY0Wc8t5fNN/dGIYHAlC7GO8W/wINXl1S</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1108">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="132" id="controllerType=0 controllerNumber=1 scan=133" defaultArrayLength="204">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102035522461" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.21637203125e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="3.1823775e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.10684967041" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="850.388610839844" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.133.133.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=133&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.89485" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 469.21@hcd42.00 [100.00-950.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="10.823153495789" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="469.21267700195313" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="950.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=131">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="469.212677001953" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="469.212677001953" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="5.641756e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1096">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1304">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="133" id="controllerType=0 controllerNumber=1 scan=134" defaultArrayLength="210">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102005004883" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.598173375e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.4394799e07"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070556640625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="728.261962890625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.134.134.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=134&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.898633333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 402.73@hcd42.00 [100.00-820.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="4"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="4.565228462219" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="402.72601318359375" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="820.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=131">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="402.726013183594" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="402.726013183594" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="5.725267e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1108">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1360">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="134" id="controllerType=0 controllerNumber=1 scan=135" defaultArrayLength="107">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="136.075500488281" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="49769.5625" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="5.62239875e05"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.106201171875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="975.55517578125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.135.135.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=135&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.902198333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 569.31@hcd42.00 [100.00-1150.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="5"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="36.236656188965" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="569.31024169921875" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1150.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=131">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="569.310241699219" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="569.310241699219" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.4644505e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="648">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="732">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="135" id="controllerType=0 controllerNumber=1 scan=136" defaultArrayLength="220">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="110.070991516113" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.062509140625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.18157875e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.268707275391" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1023.428283691406" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.136.136.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=136&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.90638" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 593.75@hcd42.00 [100.00-1200.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="6"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="46.437328338623" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="593.75335693359375" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1200.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=131">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="593.753356933594" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="593.753356933594" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="1.887955125e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1164">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1404">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="136" id="controllerType=0 controllerNumber=1 scan=137" defaultArrayLength="10076" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="416.249603271484" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="4.8729568e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="8.2599072e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000056943091" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270769517" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.137.137. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=137&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.912503333333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.677265048027" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="81848">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="14340">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="137" id="controllerType=0 controllerNumber=1 scan=138" defaultArrayLength="139">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="570.374694824219" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="74286.4765625" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="7.008965625e05"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070571899414" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1020.824462890625" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.138.138.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=138&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.930255" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 569.31@hcd42.00 [100.00-1150.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="33.842910766602" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="569.30999755859375" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1150.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=137">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="569.309997558594" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="569.309997558594" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="7.892184375e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="784">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="904">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="138" id="controllerType=0 controllerNumber=1 scan=139" defaultArrayLength="9546" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="416.249450683594" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="4.4663212e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="7.3662784e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000056991054" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270758632" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.139.139. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=139&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.936336666667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.640390574932" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="77616">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="12880">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="139" id="controllerType=0 controllerNumber=1 scan=140" defaultArrayLength="196">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102111816406" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="4.7906146875e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="4.6442535e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.070686340332" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="855.479675292969" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.140.140.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=140&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.953715" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 491.79@hcd42.00 [100.00-995.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="2"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="15.211010932922" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="491.7864990234375" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="995.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=139">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="491.786499023438" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="491.786499023438" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="3.38316575e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1052">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="1280">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="140" id="controllerType=0 controllerNumber=1 scan=141" defaultArrayLength="136">
+          <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="129.102035522461" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="9.183740625e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="7.710674e06"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.106986999512" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="715.054504394531" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.141.141.2 File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=141&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.95761" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + c NSI d Full ms2 390.22@hcd42.00 [100.00-795.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="3"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="4.539102554321" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <userParam name="[Thermo Trailer Extra]Monoisotopic M/Z:" value="390.22341918945313" type="xsd:float"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="795.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <precursorList count="1">
+            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=139">
+              <isolationWindow>
+                <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="390.223419189453" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.5" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              </isolationWindow>
+              <selectedIonList count="1">
+                <selectedIon>
+                  <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="390.223419189453" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000041" name="charge state" value="2"/>
+                  <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="2.50660525e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+                </selectedIon>
+              </selectedIonList>
+              <activation>
+                <cvParam cvRef="MS" accession="MS:1000422" name="beam-type collision-induced dissociation" value=""/>
+                <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="42.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
+              </activation>
+            </precursor>
+          </precursorList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="756">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="912">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+        <spectrum index="141" id="controllerType=0 controllerNumber=1 scan=142" defaultArrayLength="9761" dataProcessingRef="pwiz_Reader_Thermo_conversion">
+          <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
+          <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="416.249389648438" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="2.359683e07" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+          <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="6.388112e08"/>
+          <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="300.000056910495" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1505.497270930345" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+          <cvParam cvRef="MS" accession="MS:1000796" name="spectrum title" value="SmallCalibratible_Yeast.142.142. File:&quot;SmallCalibratible_Yeast.raw&quot;, NativeID:&quot;controllerType=0 controllerNumber=1 scan=142&quot;"/>
+          <scanList count="1">
+            <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
+            <scan>
+              <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="24.96317" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <cvParam cvRef="MS" accession="MS:1000512" name="filter string" value="FTMS + p NSI Full ms [300.00-1500.00]"/>
+              <cvParam cvRef="MS" accession="MS:1000616" name="preset scan configuration" value="1"/>
+              <cvParam cvRef="MS" accession="MS:1000927" name="ion injection time" value="0.682260870934" unitCvRef="UO" unitAccession="UO:0000028" unitName="millisecond"/>
+              <scanWindowList count="1">
+                <scanWindow>
+                  <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                  <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+                </scanWindow>
+              </scanWindowList>
+            </scan>
+          </scanList>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="79332">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="13312">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </spectrum>
+      </spectrumList>
+      <chromatogramList count="1" defaultDataProcessingRef="pwiz_Reader_Thermo_conversion">
+        <chromatogram index="0" id="TIC" defaultArrayLength="142">
+          <cvParam cvRef="MS" accession="MS:1000235" name="total ion current chromatogram" value=""/>
+          <binaryDataArrayList count="2">
+            <binaryDataArray encodedLength="1420">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000595" name="time array" value="" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+              <binary>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</binary>
+            </binaryDataArray>
+            <binaryDataArray encodedLength="944">
+              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
+              <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
+              <binary>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</binary>
+            </binaryDataArray>
+          </binaryDataArrayList>
+        </chromatogram>
+      </chromatogramList>
+    </run>
+  </mzML>
+  <indexList count="2">
+    <index name="spectrum">
+      <offset idRef="controllerType=0 controllerNumber=1 scan=1">4669</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=2">101445</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=3">109320</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=4">117298</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=5">125365</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=6">132523</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=7">232399</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=8">239841</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=9">247081</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=10">254711</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=11">262616</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=12">270965</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=13">278512</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=14">373732</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=15">381248</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=16">389004</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=17">396413</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=18">494430</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=19">501920</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=20">509891</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=21">517535</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=22">524792</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=23">620764</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=24">628001</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=25">635710</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=26">643031</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=27">650056</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=28">656966</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=29">754427</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=30">762201</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=31">770091</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=32">776971</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=33">784395</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=34">792191</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=35">800267</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=36">808449</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=37">902128</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=38">908642</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=39">916379</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=40">923281</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=41">930169</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=42">1024414</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=43">1031159</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=44">1038728</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=45">1045440</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=46">1052998</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=47">1145241</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=48">1152205</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=49">1159782</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=50">1167376</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=51">1174643</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=52">1269516</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=53">1276572</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=54">1284831</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=55">1292616</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=56">1299553</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=57">1307526</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=58">1315322</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=59">1322554</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=60">1329959</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=61">1337388</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=62">1427080</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=63">1434581</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=64">1442366</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=65">1450292</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=66">1457958</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=67">1465222</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=68">1471494</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=69">1478841</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=70">1576430</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=71">1583647</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=72">1593138</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=73">1600225</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=74">1697255</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=75">1704995</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=76">1712665</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=77">1719815</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=78">1727232</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=79">1734547</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=80">1742704</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=81">1840148</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=82">1847586</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=83">1855184</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=84">1863424</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=85">1870617</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=86">1878359</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=87">1885912</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=88">1892957</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=89">1900033</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=90">1907289</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=91">1914574</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=92">2006505</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=93">2014446</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=94">2021604</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=95">2029182</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=96">2036335</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=97">2134006</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=98">2141910</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=99">2149390</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=100">2156676</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=101">2164506</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=102">2171758</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=103">2179251</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=104">2280939</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=105">2288314</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=106">2295810</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=107">2303885</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=108">2311228</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=109">2318693</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=110">2325754</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=111">2332872</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=112">2432050</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=113">2439673</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=114">2446847</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=115">2455074</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=116">2462888</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=117">2470150</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=118">2577449</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=119">2585209</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=120">2593767</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=121">2601010</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=122">2608539</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=123">2615557</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=124">2715672</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=125">2722759</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=126">2731167</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=127">2738079</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=128">2745184</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=129">2752867</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=130">2760126</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=131">2767223</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=132">2869987</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=133">2877438</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=134">2885288</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=135">2893211</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=136">2900044</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=137">2908071</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=138">3007964</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=139">3015107</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=140">3109307</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=141">3117091</offset>
+      <offset idRef="controllerType=0 controllerNumber=1 scan=142">3124206</offset>
+    </index>
+    <index name="chromatogram">
+      <offset idRef="TIC">3220659</offset>
+    </index>
+  </indexList>
+  <indexListOffset>3224235</indexListOffset>
+  <fileChecksum>fe5c7454fff9d4312ab46e84be81ea9dca8f85e4</fileChecksum>
+</indexedmzML>

From a95796f959bde4ed41526b81b2c94a5fdd81599b Mon Sep 17 00:00:00 2001
From: nbollis <nbollis@comcast.net>
Date: Thu, 9 May 2024 12:03:46 -0500
Subject: [PATCH 10/16] Prayed to a higher power and removed message box popup

---
 .../FragmentResearching/FragmentationReanalysisViewModel.cs     | 2 --
 1 file changed, 2 deletions(-)

diff --git a/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs
index a87350fe5..9c8c6da48 100644
--- a/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs
+++ b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs
@@ -179,8 +179,6 @@ private void SetUseForFragmentsBasedUponDissociationType(DissociationType dissoc
             }
             catch (Exception e)
             {
-                MessageBox.Show($"Ruh Roh Raggy - Default to HCD\n{e.Message}");
-
                 _selectedDissociationType = DissociationType.HCD;
                 dissociationTypeProducts = isProtein ?
                     Omics.Fragmentation.Peptide.DissociationTypeCollection.ProductsFromDissociationType[DissociationType.HCD].ToArray()

From bc687eea57fd27c69c4f955aacef5f3d874e90c5 Mon Sep 17 00:00:00 2001
From: nbollis <nbollis@comcast.net>
Date: Mon, 13 May 2024 13:40:14 -0500
Subject: [PATCH 11/16] Broke out the meta draw fragment ion renalysis into its
 own control

---
 MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml       | 61 +---------------
 MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs    |  6 +-
 .../GUI/Views/FragmentReanalysisControl.xaml  | 70 +++++++++++++++++++
 .../Views/FragmentReanalysisControl.xaml.cs   | 39 +++++++++++
 4 files changed, 113 insertions(+), 63 deletions(-)
 create mode 100644 MetaMorpheus/GUI/Views/FragmentReanalysisControl.xaml
 create mode 100644 MetaMorpheus/GUI/Views/FragmentReanalysisControl.xaml.cs

diff --git a/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml b/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml
index 55228f2d7..0e325fa91 100644
--- a/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml
+++ b/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml
@@ -257,66 +257,7 @@
                                             <Expander.ToolTip>
                                                 Research the spectra file against the sequence with different fragment ions. 
                                             </Expander.ToolTip>
-                                            <Grid>
-                                                <Grid.RowDefinitions>
-                                                    <RowDefinition Height="Auto"/>
-                                                    <RowDefinition Height="*"/>
-                                                </Grid.RowDefinitions>
-                                                <Grid.ColumnDefinitions>
-                                                    <ColumnDefinition Width="*"/>
-                                                </Grid.ColumnDefinitions>
-
-                                                <!-- All options in the header -->
-                                                <Grid Grid.Row="0">
-                                                    <Grid.RowDefinitions>
-                                                        <RowDefinition Height="*"/>
-                                                    </Grid.RowDefinitions>
-                                                    <Grid.ColumnDefinitions>
-                                                        <ColumnDefinition Width="Auto"/>
-                                                        <ColumnDefinition Width="*"/>
-                                                        <ColumnDefinition Width="*"/>
-                                                        <ColumnDefinition Width="*"/>
-                                                    </Grid.ColumnDefinitions>
-
-                                                    <Button Grid.Row="0" Grid.Column="0" Grid.RowSpan="2" Content="Search"  VerticalAlignment="Center" Margin="5 3" 
-                                                            VerticalContentAlignment="Center" Click="SearchWithNewIons_OnClick"/>
-                                                    <CheckBox Grid.Row="0" Grid.Column="1" Grid.RowSpan="2" Content="Persist?" VerticalAlignment="Center" 
-                                                              IsChecked="{Binding Persist}"
-                                                              Margin="5 3" ToolTip="Research each identification as they are selected"/>
-
-                                                    <StackPanel Grid.Row="0" Grid.Column="2" Orientation="Horizontal" VerticalAlignment="Center">
-                                                        <TextBlock Text="Set Dissociation Type: " VerticalAlignment="Center"/>
-                                                        <ComboBox x:Name="DissociationTypeComboBox" ItemsSource="{Binding DissociationTypes}" 
-                                                                  SelectedItem="{Binding SelectedDissociationType}" 
-                                                                  Margin="5 3" VerticalContentAlignment="Center" Width="80" />
-                                                    </StackPanel>
-                                                    <StackPanel Grid.Row="0" Grid.Column="3" Orientation="Horizontal" VerticalAlignment="Center">
-                                                        <CheckBox Content="Use internal ions of minimum length " IsChecked="{Binding UseInternalIons}" 
-                                                                  HorizontalContentAlignment="Right" VerticalAlignment="Center" />
-                                                        <local:IntegerTexBoxControl Text="{Binding MinInternalIonLength, FallbackValue=10}" 
-                                                            HorizontalAlignment="Center" HorizontalContentAlignment="Center"  IsEnabled="{Binding UseInternalIons}"
-                                                            VerticalAlignment="Center" VerticalContentAlignment="Center" BorderThickness="1" />
-                                                    </StackPanel>
-                                                </Grid>
-
-                                                <!-- Fragment ion type display -->
-                                                <ListView Grid.Row="1" Grid.Column="0" Background="{StaticResource BackgroundColor}"
-                                                          ItemsSource="{Binding PossibleProducts}" BorderThickness="0">
-                                                    <ListView.ItemTemplate>
-                                                        <DataTemplate>
-                                                            <StackPanel Orientation="Horizontal">
-                                                                <CheckBox IsChecked="{Binding Use}" />
-                                                                <TextBlock Text="{Binding TypeString}"></TextBlock>
-                                                            </StackPanel>
-                                                        </DataTemplate>
-                                                    </ListView.ItemTemplate>
-                                                    <ListView.ItemsPanel>
-                                                        <ItemsPanelTemplate>
-                                                            <UniformGrid Columns="6"/>
-                                                        </ItemsPanelTemplate>
-                                                    </ListView.ItemsPanel>
-                                                </ListView>
-                                            </Grid>
+                                            <local:FragmentReanalysisControl x:Name="AdditionalFragmentIonControl" DataContext="{Binding }" />
                                         </Expander>
                                     </Grid>
                                 </TabItem>
diff --git a/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs b/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs
index cf3b3093b..92958508f 100644
--- a/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs
+++ b/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs
@@ -55,6 +55,8 @@ public MetaDraw()
 
             itemsControlSampleViewModel = new ParentChildScanPlotsView();
             ParentChildScanViewPlots.DataContext = itemsControlSampleViewModel;
+            AdditionalFragmentIonControl.DataContext = FragmentationReanalysisViewModel ??= new FragmentationReanalysisViewModel();
+            AdditionalFragmentIonControl.LinkMetaDraw(this);
 
             propertyView = new DataTable();
             propertyView.Columns.Add("Name", typeof(string));
@@ -76,8 +78,6 @@ public MetaDraw()
             plotsListBox.ItemsSource = plotTypes;
 
             exportPdfs.Content = MetaDrawSettings.ExportType;
-            FragmentationReanalysisViewModel = new FragmentationReanalysisViewModel();
-            AdditionalFragmentIonDisplay.DataContext = FragmentationReanalysisViewModel;
         }
 
         private void Window_Drop(object sender, DragEventArgs e)
@@ -1092,7 +1092,7 @@ private void ToggleButtonsEnabled(bool value)
         /// <param name="sender"></param>
         /// <param name="e"></param>
         /// <exception cref="NotImplementedException"></exception>
-        private void SearchWithNewIons_OnClick(object sender, RoutedEventArgs e)
+        internal void SearchWithNewIons_OnClick(object sender, RoutedEventArgs e)
         {
             // find currently selected psm
             var psm = dataGridScanNums.SelectedItem as PsmFromTsv;
diff --git a/MetaMorpheus/GUI/Views/FragmentReanalysisControl.xaml b/MetaMorpheus/GUI/Views/FragmentReanalysisControl.xaml
new file mode 100644
index 000000000..71de1ed97
--- /dev/null
+++ b/MetaMorpheus/GUI/Views/FragmentReanalysisControl.xaml
@@ -0,0 +1,70 @@
+<UserControl x:Class="MetaMorpheusGUI.FragmentReanalysisControl"
+             xmlns="http://schemas.microsoft.com/winfx/2006/xaml/presentation"
+             xmlns:x="http://schemas.microsoft.com/winfx/2006/xaml"
+             xmlns:mc="http://schemas.openxmlformats.org/markup-compatibility/2006" 
+             xmlns:d="http://schemas.microsoft.com/expression/blend/2008" 
+             xmlns:local="clr-namespace:MetaMorpheusGUI"
+             xmlns:guiFunctions="clr-namespace:GuiFunctions;assembly=GuiFunctions"
+             mc:Ignorable="d" 
+             d:DesignHeight="450" d:DesignWidth="800">
+    <Grid d:DataContext="{x:Type guiFunctions:FragmentationReanalysisViewModel}" >
+        <Grid.RowDefinitions>
+            <RowDefinition Height="Auto"/>
+            <RowDefinition Height="*"/>
+        </Grid.RowDefinitions>
+        <Grid.ColumnDefinitions>
+            <ColumnDefinition Width="*"/>
+        </Grid.ColumnDefinitions>
+
+        <!-- All options in the header -->
+        <Grid Grid.Row="0">
+            <Grid.RowDefinitions>
+                <RowDefinition Height="*"/>
+            </Grid.RowDefinitions>
+            <Grid.ColumnDefinitions>
+                <ColumnDefinition Width="Auto"/>
+                <ColumnDefinition Width="*"/>
+                <ColumnDefinition Width="*"/>
+                <ColumnDefinition Width="*"/>
+            </Grid.ColumnDefinitions>
+
+            <Button Grid.Row="0" Grid.Column="0" x:Name="SearchButton"  Grid.RowSpan="2" Content="Search"  VerticalAlignment="Center" Margin="5 3" 
+            VerticalContentAlignment="Center" Click="SearchWithNewIons_OnClick"/>
+            <CheckBox Grid.Row="0" Grid.Column="1" Grid.RowSpan="2" Content="Persist?" VerticalAlignment="Center" 
+              IsChecked="{Binding Persist}"
+              Margin="5 3" ToolTip="Research each identification as they are selected"/>
+
+            <StackPanel Grid.Row="0" Grid.Column="2" Orientation="Horizontal" VerticalAlignment="Center">
+                <TextBlock Text="Set Dissociation Type: " VerticalAlignment="Center"/>
+                <ComboBox x:Name="DissociationTypeComboBox" ItemsSource="{Binding DissociationTypes}" 
+                  SelectedItem="{Binding SelectedDissociationType}" 
+                  Margin="5 3" VerticalContentAlignment="Center" Width="80" />
+            </StackPanel>
+            <StackPanel Grid.Row="0" Grid.Column="3" Orientation="Horizontal" VerticalAlignment="Center">
+                <CheckBox Content="Use internal ions of minimum length " IsChecked="{Binding UseInternalIons}" 
+                  HorizontalContentAlignment="Right" VerticalAlignment="Center" />
+                <local:IntegerTexBoxControl Text="{Binding MinInternalIonLength, FallbackValue=10}" 
+            HorizontalAlignment="Center" HorizontalContentAlignment="Center"  IsEnabled="{Binding UseInternalIons}"
+            VerticalAlignment="Center" VerticalContentAlignment="Center" BorderThickness="1" />
+            </StackPanel>
+        </Grid>
+
+        <!-- Fragment ion type display -->
+        <ListView Grid.Row="1" Grid.Column="0" Background="{StaticResource BackgroundColor}"
+          ItemsSource="{Binding PossibleProducts}" BorderThickness="0">
+            <ListView.ItemTemplate>
+                <DataTemplate>
+                    <StackPanel Orientation="Horizontal">
+                        <CheckBox IsChecked="{Binding Use}" />
+                        <TextBlock Text="{Binding TypeString}"></TextBlock>
+                    </StackPanel>
+                </DataTemplate>
+            </ListView.ItemTemplate>
+            <ListView.ItemsPanel>
+                <ItemsPanelTemplate>
+                    <UniformGrid Columns="6"/>
+                </ItemsPanelTemplate>
+            </ListView.ItemsPanel>
+        </ListView>
+    </Grid>
+</UserControl>
diff --git a/MetaMorpheus/GUI/Views/FragmentReanalysisControl.xaml.cs b/MetaMorpheus/GUI/Views/FragmentReanalysisControl.xaml.cs
new file mode 100644
index 000000000..656710f5e
--- /dev/null
+++ b/MetaMorpheus/GUI/Views/FragmentReanalysisControl.xaml.cs
@@ -0,0 +1,39 @@
+using System;
+using System.Collections.Generic;
+using System.Linq;
+using System.Text;
+using System.Threading.Tasks;
+using System.Windows;
+using System.Windows.Controls;
+using System.Windows.Data;
+using System.Windows.Documents;
+using System.Windows.Input;
+using System.Windows.Media;
+using System.Windows.Media.Imaging;
+using System.Windows.Navigation;
+using System.Windows.Shapes;
+
+namespace MetaMorpheusGUI
+{
+    /// <summary>
+    /// Interaction logic for FragmentReanalysisControl.xaml
+    /// </summary>
+    public partial class FragmentReanalysisControl : UserControl
+    {
+        private MetaDraw parent;
+        public FragmentReanalysisControl()
+        {
+            InitializeComponent();
+        }
+
+        internal void LinkMetaDraw(MetaDraw metaDraw)
+        {
+            parent = metaDraw;
+        }
+
+        private void SearchWithNewIons_OnClick(object sender, RoutedEventArgs e)
+        {
+            parent.SearchWithNewIons_OnClick(sender, e);
+        }
+    }
+}

From 324b41ab407cd44b8ebd706b15cfa04136c31758 Mon Sep 17 00:00:00 2001
From: nbollis <nbollis@comcast.net>
Date: Tue, 14 May 2024 15:51:23 -0500
Subject: [PATCH 12/16] adjusted union operation

---
 .../FragmentResearching/FragmentationReanalysisViewModel.cs     | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs
index 9c8c6da48..70194fb1c 100644
--- a/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs
+++ b/MetaMorpheus/GuiFunctions/MetaDraw/FragmentResearching/FragmentationReanalysisViewModel.cs
@@ -215,7 +215,7 @@ public List<MatchedFragmentIon> MatchIonsWithNewTypes(MsDataScan ms2Scan, PsmFro
                 psmToRematch.PrecursorCharge, psmToRematch.FileNameWithoutExtension, commonParams);
 
             return MetaMorpheusEngine.MatchFragmentIons(specificMass, allProducts, commonParams, false)
-                .Union(psmToRematch.MatchedIons)
+                .Union(psmToRematch.MatchedIons.Where(p => _productsToUse.Contains(p.NeutralTheoreticalProduct.ProductType)))
                 .ToList();
             
         }

From b9ecba1da37343fdbfb8e81b74ef8ca7b8a5cae7 Mon Sep 17 00:00:00 2001
From: nbollis <nbollis@comcast.net>
Date: Mon, 17 Jun 2024 17:58:47 -0500
Subject: [PATCH 13/16] Fixed ion annotaiton spacing

---
 .../GuiFunctions/MetaDraw/DrawnSequence.cs    |  2 +-
 .../GuiFunctions/MetaDraw/MetaDrawSettings.cs | 92 ++++++++++++++++++-
 2 files changed, 89 insertions(+), 5 deletions(-)

diff --git a/MetaMorpheus/GuiFunctions/MetaDraw/DrawnSequence.cs b/MetaMorpheus/GuiFunctions/MetaDraw/DrawnSequence.cs
index d2a2dbd02..1dfb9f5fa 100644
--- a/MetaMorpheus/GuiFunctions/MetaDraw/DrawnSequence.cs
+++ b/MetaMorpheus/GuiFunctions/MetaDraw/DrawnSequence.cs
@@ -169,7 +169,7 @@ public void AnnotateBaseSequence(string baseSequence, string fullSequence, int y
                             residue = ion.NeutralTheoreticalProduct.AminoAcidPosition;
                         }
                         
-                        double x = residue * MetaDrawSettings.AnnotatedSequenceTextSpacing + 11;
+                        double x = residue * MetaDrawSettings.AnnotatedSequenceTextSpacing + 11 + MetaDrawSettings.ProductTypeToXOffset[ion.NeutralTheoreticalProduct.ProductType];
                         double y = yLoc + MetaDrawSettings.ProductTypeToYOffset[ion.NeutralTheoreticalProduct.ProductType];
 
                         if (ion.NeutralTheoreticalProduct.Terminus == FragmentationTerminus.C)
diff --git a/MetaMorpheus/GuiFunctions/MetaDraw/MetaDrawSettings.cs b/MetaMorpheus/GuiFunctions/MetaDraw/MetaDrawSettings.cs
index f9ad1812c..934002366 100644
--- a/MetaMorpheus/GuiFunctions/MetaDraw/MetaDrawSettings.cs
+++ b/MetaMorpheus/GuiFunctions/MetaDraw/MetaDrawSettings.cs
@@ -94,6 +94,7 @@ public static class MetaDrawSettings
         #endregion
 
         public static Dictionary<ProductType, double> ProductTypeToYOffset { get; set; }
+        public static Dictionary<ProductType, double> ProductTypeToXOffset { get; set; }
         public static OxyColor VariantCrossColor { get; set; } = OxyColors.Green;
         public static OxyColor UnannotatedPeakColor { get; set; } = OxyColors.LightGray;
         public static OxyColor InternalIonColor { get; set; } = OxyColors.Purple;
@@ -143,10 +144,35 @@ private static void InitializeDictionaries()
             {
                 // default color of each fragment to annotate
                 ProductTypeToColor = ((ProductType[])Enum.GetValues(typeof(ProductType))).ToDictionary(p => p, p => OxyColors.Aqua);
+                ProductTypeToColor[ProductType.a] = OxyColors.DarkOrange;
+                ProductTypeToColor[ProductType.aBaseLoss] = OxyColors.SandyBrown;
+                ProductTypeToColor[ProductType.aWaterLoss] = OxyColors.Orange;
                 ProductTypeToColor[ProductType.b] = OxyColors.Blue;
+                ProductTypeToColor[ProductType.bBaseLoss] = OxyColors.DarkSlateBlue;
+                ProductTypeToColor[ProductType.bAmmoniaLoss] = OxyColors.DarkSlateBlue;
+                ProductTypeToColor[ProductType.bWaterLoss] = OxyColors.LightBlue;
+                ProductTypeToColor[ProductType.c] = OxyColors.Gold;
+                ProductTypeToColor[ProductType.cBaseLoss] = OxyColors.Goldenrod;
+                ProductTypeToColor[ProductType.cWaterLoss] = OxyColors.Khaki;
+                ProductTypeToColor[ProductType.d] = OxyColors.Purple;
+                ProductTypeToColor[ProductType.dBaseLoss] = OxyColors.DarkViolet;
+                ProductTypeToColor[ProductType.dWaterLoss] = OxyColors.MediumPurple;
+
+                ProductTypeToColor[ProductType.w] = OxyColors.Green;
+                ProductTypeToColor[ProductType.wBaseLoss] = OxyColors.DarkGreen;
+                ProductTypeToColor[ProductType.wWaterLoss] = OxyColors.LightGreen;
+                ProductTypeToColor[ProductType.x] = OxyColors.Peru;
+                ProductTypeToColor[ProductType.xBaseLoss] = OxyColors.Sienna;
+                ProductTypeToColor[ProductType.xWaterLoss] = OxyColors.BurlyWood;
                 ProductTypeToColor[ProductType.y] = OxyColors.Red;
+                ProductTypeToColor[ProductType.yBaseLoss] = OxyColors.DarkSalmon;
+                ProductTypeToColor[ProductType.yAmmoniaLoss] = OxyColors.DarkSalmon;
+                ProductTypeToColor[ProductType.yWaterLoss] = OxyColors.Tomato;
+                ProductTypeToColor[ProductType.z] = OxyColors.Magenta;
+                ProductTypeToColor[ProductType.zBaseLoss] = OxyColors.DarkMagenta;
+                ProductTypeToColor[ProductType.zWaterLoss] = OxyColors.Plum;
+
                 ProductTypeToColor[ProductType.zDot] = OxyColors.Orange;
-                ProductTypeToColor[ProductType.c] = OxyColors.Gold;
                 ProductTypeToColor[ProductType.D] = OxyColors.DodgerBlue;
                 ProductTypeToColor[ProductType.M] = OxyColors.Firebrick;
 
@@ -220,10 +246,68 @@ private static void InitializeDictionaries()
             
             // offset for annotation on base sequence
             ProductTypeToYOffset = ((ProductType[])Enum.GetValues(typeof(ProductType))).ToDictionary(p => p, p => 0.0);
+            ProductTypeToYOffset[ProductType.aStar] = 35;
+            ProductTypeToYOffset[ProductType.aDegree] = 36;
+            ProductTypeToYOffset[ProductType.a] = 37;
+            ProductTypeToYOffset[ProductType.aBaseLoss] = 38;
+            ProductTypeToYOffset[ProductType.aWaterLoss] = 39;
             ProductTypeToYOffset[ProductType.b] = 40;
-            ProductTypeToYOffset[ProductType.y] = -10;
-            ProductTypeToYOffset[ProductType.c] = 43.6;
-            ProductTypeToYOffset[ProductType.zDot] = -13.6;
+            ProductTypeToYOffset[ProductType.bBaseLoss] = 41;
+            ProductTypeToYOffset[ProductType.bAmmoniaLoss] = 41;
+            ProductTypeToYOffset[ProductType.bWaterLoss] = 42;
+            ProductTypeToYOffset[ProductType.c] = 43;
+            ProductTypeToYOffset[ProductType.cBaseLoss] = 44;
+            ProductTypeToYOffset[ProductType.cWaterLoss] = 45;
+            ProductTypeToYOffset[ProductType.d] = 46;
+            ProductTypeToYOffset[ProductType.dBaseLoss] = 47;
+            ProductTypeToYOffset[ProductType.dWaterLoss] = 48;
+            ProductTypeToYOffset[ProductType.w] = -6;
+            ProductTypeToYOffset[ProductType.wBaseLoss] = -7;
+            ProductTypeToYOffset[ProductType.wWaterLoss] = -8;
+            ProductTypeToYOffset[ProductType.x] = -9;
+            ProductTypeToYOffset[ProductType.xBaseLoss] = -10;
+            ProductTypeToYOffset[ProductType.xWaterLoss] = -11;
+            ProductTypeToYOffset[ProductType.y] = -12;
+            ProductTypeToYOffset[ProductType.yBaseLoss] = -13;
+            ProductTypeToYOffset[ProductType.yAmmoniaLoss] = -13;
+            ProductTypeToYOffset[ProductType.yWaterLoss] = -14;
+            ProductTypeToYOffset[ProductType.z] = -15;
+            ProductTypeToYOffset[ProductType.zBaseLoss] = -16;
+            ProductTypeToYOffset[ProductType.zWaterLoss] = -17;
+            ProductTypeToYOffset[ProductType.zDot] = -18;
+            ProductTypeToYOffset[ProductType.zPlusOne] = -19;
+
+            ProductTypeToXOffset = ((ProductType[])Enum.GetValues(typeof(ProductType))).ToDictionary(p => p, p => 0.0);
+            ProductTypeToXOffset[ProductType.a] = -1.5;
+            ProductTypeToXOffset[ProductType.aStar] = -1.5;
+            ProductTypeToXOffset[ProductType.aDegree] = -1.5;
+            ProductTypeToXOffset[ProductType.aBaseLoss] = -1.5;
+            ProductTypeToXOffset[ProductType.aWaterLoss] = -1.5;
+            ProductTypeToXOffset[ProductType.b] = -0.5;
+            ProductTypeToXOffset[ProductType.bBaseLoss] = -0.5;
+            ProductTypeToXOffset[ProductType.bWaterLoss] = -0.5;
+            ProductTypeToXOffset[ProductType.bAmmoniaLoss] = -0.5;
+            ProductTypeToXOffset[ProductType.c] = 0.5;
+            ProductTypeToXOffset[ProductType.cBaseLoss] = 0.5;
+            ProductTypeToXOffset[ProductType.cWaterLoss] = 0.5;
+            ProductTypeToXOffset[ProductType.d] = 1.5;
+            ProductTypeToXOffset[ProductType.dBaseLoss] = 1.5;
+            ProductTypeToXOffset[ProductType.dWaterLoss] = 1.5;
+            ProductTypeToXOffset[ProductType.w] = 1.5;
+            ProductTypeToXOffset[ProductType.wBaseLoss] = 1.5;
+            ProductTypeToXOffset[ProductType.wWaterLoss] = 1.5;
+            ProductTypeToXOffset[ProductType.x] = 0.5;
+            ProductTypeToXOffset[ProductType.xBaseLoss] = 0.5;
+            ProductTypeToXOffset[ProductType.xWaterLoss] = 0.5;
+            ProductTypeToXOffset[ProductType.y] = -0.5;
+            ProductTypeToXOffset[ProductType.yBaseLoss] = -0.5;
+            ProductTypeToXOffset[ProductType.yAmmoniaLoss] = -0.5;
+            ProductTypeToXOffset[ProductType.yWaterLoss] = -0.5;
+            ProductTypeToXOffset[ProductType.z] = -1.5;
+            ProductTypeToXOffset[ProductType.zPlusOne] = -1.5;
+            ProductTypeToXOffset[ProductType.zBaseLoss] = -1.5;
+            ProductTypeToXOffset[ProductType.zWaterLoss] = -1.5;
+            ProductTypeToXOffset[ProductType.zDot] = -1.5;
 
             PossibleColors = AllColors.ToDictionary(p => p, p => p.GetColorName());
         }

From e18a781da66080765b85ab03dd43fcaa48aa6a44 Mon Sep 17 00:00:00 2001
From: nbollis <nbollis@comcast.net>
Date: Tue, 18 Jun 2024 10:45:16 -0500
Subject: [PATCH 14/16] fixed broken unit test

---
 .../MetaDraw/MetaDrawSettingsAndViewsTest.cs  | 33 +++++++++++--------
 1 file changed, 20 insertions(+), 13 deletions(-)

diff --git a/MetaMorpheus/Test/MetaDraw/MetaDrawSettingsAndViewsTest.cs b/MetaMorpheus/Test/MetaDraw/MetaDrawSettingsAndViewsTest.cs
index 5661074e2..455c3bf2d 100644
--- a/MetaMorpheus/Test/MetaDraw/MetaDrawSettingsAndViewsTest.cs
+++ b/MetaMorpheus/Test/MetaDraw/MetaDrawSettingsAndViewsTest.cs
@@ -261,19 +261,26 @@ public static void TestIonTypeForTreeView()
         [Test]
         public static void TestIonForTreeView()
         {
-            var ion = ((ProductType[])Enum.GetValues(typeof(ProductType))).First();
-            IonForTreeViewModel ionForTreeView = new(ion, false);
-            Assert.That(!ionForTreeView.IsBeta);
-            Assert.That(ionForTreeView.IonType == ion);
-            var color = MetaDrawSettings.ProductTypeToColor[ion];
-            Assert.That(ionForTreeView.SelectedColor == color.GetColorName());
-            Assert.That(ionForTreeView.ColorBrush.Color == DrawnSequence.ParseColorBrushFromOxyColor(color).Color);
-
-            ionForTreeView = new(ion, true);
-            Assert.That(ionForTreeView.IsBeta);
-            color = MetaDrawSettings.BetaProductTypeToColor[ion];
-            Assert.That(ionForTreeView.SelectedColor == color.GetColorName());
-            Assert.That(ionForTreeView.ColorBrush.Color == DrawnSequence.ParseColorBrushFromOxyColor(color).Color);
+            foreach (var ion in Enum.GetValues<ProductType>())
+            {
+                IonForTreeViewModel ionForTreeView = new(ion, false);
+                Assert.That(!ionForTreeView.IsBeta);
+                Assert.That(ionForTreeView.IonType == ion);
+
+                var color = MetaDrawSettings.ProductTypeToColor[ion];
+                var name = color.GetColorName();
+                Assert.That(ionForTreeView.SelectedColor.Replace(" ", "") == name);
+                Assert.That(ionForTreeView.ColorBrush.Color == DrawnSequence.ParseColorBrushFromOxyColor(color).Color);
+
+                ionForTreeView = new(ion, true);
+                Assert.That(ionForTreeView.IsBeta);
+                Assert.That(ionForTreeView.IonType == ion);
+
+                color = MetaDrawSettings.BetaProductTypeToColor[ion];
+                name = color.GetColorName();
+                Assert.That(ionForTreeView.SelectedColor.Replace(" ", "") == name);
+                Assert.That(ionForTreeView.ColorBrush.Color == DrawnSequence.ParseColorBrushFromOxyColor(color).Color);
+            }
         }
 
         [Test]

From 2178880f11e5a8029ec51f54ba2854072d4227a4 Mon Sep 17 00:00:00 2001
From: nbollis <nbollis@comcast.net>
Date: Tue, 18 Jun 2024 14:00:35 -0500
Subject: [PATCH 15/16] Made the spectral library spit out new ion types

---
 MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs | 25 +++++++++++++++-------
 1 file changed, 17 insertions(+), 8 deletions(-)

diff --git a/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs b/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs
index 92958508f..c23820447 100644
--- a/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs
+++ b/MetaMorpheus/GUI/MetaDraw/MetaDraw.xaml.cs
@@ -243,7 +243,7 @@ private void dataGridScanNums_SelectedCellsChanged(object sender, SelectedCellsC
                 return;
             }
             
-            // Selection of non-ambiguous psm => clear items in the drop down
+            // Selection of non-ambiguous psm => clear psms in the drop down
             else if (!psm.FullSequence.Contains('|'))
             {
                 AmbiguousSequenceOptionBox.Items.Clear();
@@ -614,12 +614,12 @@ private void ExportSpectrumLibraryButton_Click(object sender, RoutedEventArgs e)
                 return;
             }
 
-            List<PsmFromTsv> items = new List<PsmFromTsv>();
+            List<PsmFromTsv> psms = new List<PsmFromTsv>();
 
             foreach (var cell in dataGridScanNums.SelectedItems)
             {
                 var psm = (PsmFromTsv)cell;
-                items.Add(psm);
+                psms.Add(psm);
             }
 
             string directoryPath = Path.Combine(Path.GetDirectoryName(MetaDrawLogic.PsmResultFilePaths.First()),
@@ -631,12 +631,21 @@ private void ExportSpectrumLibraryButton_Click(object sender, RoutedEventArgs e)
                 Directory.CreateDirectory(directoryPath);
             }
 
-            directoryPath = Path.Combine(directoryPath, "spectrumLibrary.msp");
-
-            File.WriteAllLines(directoryPath, items.Select(i => i.ToLibrarySpectrum().ToString()).ToArray());
-
-            MessageBox.Show(MetaDrawSettings.ExportType + "(s) exported to: " + directoryPath);
+            var libraryPath = Path.Combine(directoryPath, "spectrumLibrary.msp");
 
+            // research all identifications with the newly matched ion types
+            using (var sw = new StreamWriter(File.Create(libraryPath)))
+            {
+                foreach (var psm in psms)
+                {
+                    var oldIons = psm.MatchedIons;
+                    ReplaceFragmentIonsOnPsmFromFragmentReanalysisViewModel(psm);
+                    sw.WriteLine(psm.ToLibrarySpectrum().ToString());
+                    psm.MatchedIons = oldIons;
+                }
+            }
+            
+            MessageBox.Show("Spectral Library exported to: " + libraryPath);
         }
 
         private void SequenceCoverageExportButton_Click(object sender, RoutedEventArgs e)

From 2b9350f555378eed207a98116a3d74c379256314 Mon Sep 17 00:00:00 2001
From: nbollis <nbollis@comcast.net>
Date: Tue, 18 Jun 2024 16:05:46 -0500
Subject: [PATCH 16/16] changed ion spacing

---
 .../GuiFunctions/MetaDraw/MetaDrawSettings.cs | 51 +++++++++++--------
 1 file changed, 29 insertions(+), 22 deletions(-)

diff --git a/MetaMorpheus/GuiFunctions/MetaDraw/MetaDrawSettings.cs b/MetaMorpheus/GuiFunctions/MetaDraw/MetaDrawSettings.cs
index 934002366..57e3ece7b 100644
--- a/MetaMorpheus/GuiFunctions/MetaDraw/MetaDrawSettings.cs
+++ b/MetaMorpheus/GuiFunctions/MetaDraw/MetaDrawSettings.cs
@@ -278,36 +278,43 @@ private static void InitializeDictionaries()
             ProductTypeToYOffset[ProductType.zPlusOne] = -19;
 
             ProductTypeToXOffset = ((ProductType[])Enum.GetValues(typeof(ProductType))).ToDictionary(p => p, p => 0.0);
+            ProductTypeToXOffset[ProductType.aStar] = -2.0;
+            ProductTypeToXOffset[ProductType.aDegree] = -1.75;
             ProductTypeToXOffset[ProductType.a] = -1.5;
-            ProductTypeToXOffset[ProductType.aStar] = -1.5;
-            ProductTypeToXOffset[ProductType.aDegree] = -1.5;
-            ProductTypeToXOffset[ProductType.aBaseLoss] = -1.5;
-            ProductTypeToXOffset[ProductType.aWaterLoss] = -1.5;
+            ProductTypeToXOffset[ProductType.aBaseLoss] = -1.25;
+            ProductTypeToXOffset[ProductType.aWaterLoss] = -1.25;
+
+            ProductTypeToXOffset[ProductType.bAmmoniaLoss] = -0.75;
             ProductTypeToXOffset[ProductType.b] = -0.5;
-            ProductTypeToXOffset[ProductType.bBaseLoss] = -0.5;
-            ProductTypeToXOffset[ProductType.bWaterLoss] = -0.5;
-            ProductTypeToXOffset[ProductType.bAmmoniaLoss] = -0.5;
+            ProductTypeToXOffset[ProductType.bBaseLoss] = -0.25;
+            ProductTypeToXOffset[ProductType.bWaterLoss] = -0.25;
+
             ProductTypeToXOffset[ProductType.c] = 0.5;
-            ProductTypeToXOffset[ProductType.cBaseLoss] = 0.5;
-            ProductTypeToXOffset[ProductType.cWaterLoss] = 0.5;
+            ProductTypeToXOffset[ProductType.cBaseLoss] = 0.25;
+            ProductTypeToXOffset[ProductType.cWaterLoss] = 0.25;
+
             ProductTypeToXOffset[ProductType.d] = 1.5;
-            ProductTypeToXOffset[ProductType.dBaseLoss] = 1.5;
-            ProductTypeToXOffset[ProductType.dWaterLoss] = 1.5;
+            ProductTypeToXOffset[ProductType.dBaseLoss] = 1.25;
+            ProductTypeToXOffset[ProductType.dWaterLoss] = 1.25;
+
             ProductTypeToXOffset[ProductType.w] = 1.5;
-            ProductTypeToXOffset[ProductType.wBaseLoss] = 1.5;
-            ProductTypeToXOffset[ProductType.wWaterLoss] = 1.5;
+            ProductTypeToXOffset[ProductType.wBaseLoss] = 1.75;
+            ProductTypeToXOffset[ProductType.wWaterLoss] = 1.75;
+
             ProductTypeToXOffset[ProductType.x] = 0.5;
-            ProductTypeToXOffset[ProductType.xBaseLoss] = 0.5;
-            ProductTypeToXOffset[ProductType.xWaterLoss] = 0.5;
+            ProductTypeToXOffset[ProductType.xBaseLoss] = 0.75;
+            ProductTypeToXOffset[ProductType.xWaterLoss] = 0.75;
+
+            ProductTypeToXOffset[ProductType.yAmmoniaLoss] = -0.75;
             ProductTypeToXOffset[ProductType.y] = -0.5;
-            ProductTypeToXOffset[ProductType.yBaseLoss] = -0.5;
-            ProductTypeToXOffset[ProductType.yAmmoniaLoss] = -0.5;
-            ProductTypeToXOffset[ProductType.yWaterLoss] = -0.5;
+            ProductTypeToXOffset[ProductType.yWaterLoss] = -0.25;
+            ProductTypeToXOffset[ProductType.yBaseLoss] = -0.25;
+
+            ProductTypeToXOffset[ProductType.zDot] = -1.25;
             ProductTypeToXOffset[ProductType.z] = -1.5;
-            ProductTypeToXOffset[ProductType.zPlusOne] = -1.5;
-            ProductTypeToXOffset[ProductType.zBaseLoss] = -1.5;
-            ProductTypeToXOffset[ProductType.zWaterLoss] = -1.5;
-            ProductTypeToXOffset[ProductType.zDot] = -1.5;
+            ProductTypeToXOffset[ProductType.zBaseLoss] = -1.25;
+            ProductTypeToXOffset[ProductType.zWaterLoss] = -1.25;
+            ProductTypeToXOffset[ProductType.zPlusOne] = -1.75;
 
             PossibleColors = AllColors.ToDictionary(p => p, p => p.GetColorName());
         }