biopython

To parse and manipulate biological sequences in FASTA and GenBank formats, use the Bio.Seq and Bio.SeqIO modules to create, translate, transcribe, and read sequence data across multiple file types within reproducible Python pipelines.

To programmatically query GenBank and PubMed databases for biological data, use the Bio.Entrez module to access and retrieve records from NCBI databases directly within your Python workflow.

Yes, you can parse PDB structural files and extract features using Biopython by utilizing the Bio.PDB module, which supports parsing PDB and mmCIF structures for structural bioinformatics analysis.

To run and parse BLAST searches locally or online, use the Bio.Blast module to execute sequence searches and parse the resulting biological data outputs within your Python pipeline.

To read and analyze phylogenetic trees in Python, use the Bio.Phylo module to read, write, and manipulate tree structures for phylogenetics analysis in reproducible research workflows.

Yes, you need Python 3 and Biopython installed to process biological data. This setup is required for batch pipelines, teaching workflows, and reproducible research across formats like FASTA, GenBank, and PDB.