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EspINA is a user-friendly tool which performs segmentation and analysis of elements in a reconstructed 3D volume of the brain, and greatly facilitates and accelerates these processes. It allows visualization and segmentation of large image stacks datasets, both from electron microscopy (e.g. FIB/SEM) and confocal laser microscopy.

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FelixdelasPozas/EspINA

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ESPINA

An interactive neuron analyzer.

Introduction

EspINA is a user-friendly tool which performs segmentation and analysis of elements in a reconstructed 3D volume of the brain, and greatly facilitates and accelerates these processes. It allows visualization and segmentation of large image stacks datasets, both from electron microscopy (e.g. FIB/SEM) and confocal laser microscopy.

You can find a much more detailed description of EspINA in its official webpage. You can see some videos of EspINA here.

If you have used EspINA to get your results and you have published them (congratulations!!) please, let us know and your publication will also appear here.

Dependencies and compilation

EspINA uses several external libraries, namely:

To compile EspINA you'll need:

  • cross-platform build system: CMake.
  • C++ compiler: Mingw64 on Windows or GCC on Linux systems.

Install

Download and install the latest build from the releases page.

Acknowledgments

EspINA is and open source software developed by the Universidad Politécnica de Madrid and Universidad Rey Juan Carlos with the collaboration of CSIC, under the Cajal Blue Brain Project.

Repository information

Version: 2.10.0

Status: finished

cloc statistics

Language files blank comment code
C++ 783 27558 23925 101885
C/C++ Header 513 12624 29154 25153
CMake 66 441 213 2814
Total 1362 40623 53292 129852

About

EspINA is a user-friendly tool which performs segmentation and analysis of elements in a reconstructed 3D volume of the brain, and greatly facilitates and accelerates these processes. It allows visualization and segmentation of large image stacks datasets, both from electron microscopy (e.g. FIB/SEM) and confocal laser microscopy.

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