Terminal-based plasmid map viewer, sequence editor, and cloning/mutagenesis workbench in pure Python
Integrated pure-Python bioinformatics platform: 47 analysis modules, 105 plotting functions, molecular cloning with 169 restriction enzymes, and reproducible workflows through Python, CLI, GUI, and REST API.
Virtual restriction digest and gel electrophoresis simulator — load a plasmid or genome, pick enzymes, see fragment sizes and a rendered agarose gel
The developed tool provides a safe, cost-effective, and efficient alternative to traditional wet-lab experiments and achieves an accuracy of approximately 98%, making it a valuable educational and research-support platform for students, educators, and researchers.
Python-based bioinformatics project that performs DNA validation, DNA to mRNA transcription, mRNA to protein translation, GC content calculation, and restriction enzyme site detection.
Beginner Python tool for finding common restriction enzyme recognition sites in the pBR322 plasmid sequence.
Self-hosted lab information system: samples, sequences, protocols and an audit trail, over a SQLite file you own.
A browser workbench for DNA, RNA and protein sequence patterns: 523 documented motifs, live database retrieval, and a chance-corrected verdict on every match. Patterns are s-expressions; the page has no server and no dependencies. Also with an AI assistant generating s-expressions from natural language descriptions.
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