etetoolkit

To visualize phylogenetic trees, you can load tree formats like Newick or NHX and render them directly into publication-quality PDF, SVG, or PNG files for high-quality tree visualization.

Yes, phylogenetic analysis supports detecting evolutionary events, identifying orthologs and paralogs, and analyzing gene families to evaluate relationships across multiple species within your loaded trees.

You can integrate NCBI taxonomy by connecting your phylogenetic tree to the NCBI taxonomy database, enabling taxonomic annotation and lineage retrieval directly for the nodes within your tree.

The best way to manipulate trees in Newick or NHX formats is using a comprehensive toolkit that supports loading, modifying, pruning, and rerooting operations directly on the phylogenetic tree structure.

Yes, the ete3 Python library is required as a dependency for all functionalities, providing the underlying environment for tree manipulation, analysis, and visualization operations.

Yes, clustering analysis capabilities allow you to evaluate and visualize hierarchical clustering results, extending standard phylogenetic tree manipulation to broader clustering analysis applications.