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 One of the key highlights of this course is the opportunity to engage with three specialized programs designed specifically for pangenomics analysis. You will master the art of **gene family clustering**, enabling you to identify commonalities and variations across genomes. Additionally, you will become adept at constructing **interactive pangenome graphs**, a powerful visualization tool for comprehending the general structure of a pangenome. Furthermore, you will explore the **neighborhood of gene families**, allowing you to decipher how conserved or variable is the genomic loci where they are encoded.  
 
-The analyses presented here were meticulously curated to equip you with the necessary tools for conducting a starting pangenomics pipeline. By refining your bioinformatician skills through practical application, you will not only gain confidence in your abilities but also be well-prepared to **explore diverse resources** (See [Other Resources](https://paumayell.github.io/pangenomics/12-other-resources/index.html)). With this, you can go ahead and develop your personalized workflow tailored to the specific objectives of your pangenomics research.   
+The analyses presented here were meticulously curated to equip you with the necessary tools for conducting a starting pangenomics pipeline. By refining your bioinformatician skills through practical application, you will not only gain confidence in your abilities but also be well-prepared to **explore diverse resources** (See [Other Resources](https://paumayell.github.io/pangenomics/13-other-resources/index.html)). With this, you can go ahead and develop your personalized workflow tailored to the specific objectives of your pangenomics research.   
 
 Get ready to embark on this exciting journey into the world of **Pangenomics**, where you will unlock new insights and unravel the complexities of genomic variation!