Machine learning-based secretion system annotation tool
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Updated
Mar 18, 2026 - Python
Machine learning-based secretion system annotation tool
Exploring the diversity of CRISPR spacers in Campylobacter jejuni & coli
This repository provides an easy-to-use Python-based pipeline for reconstructing phylogenetic trees from whole bacterial genomes. It automates the process of identifying orthologous single-copy genes, aligning sequences, trimming alignments, and generating a concatenated supermatrix ready for phylogenetic analysis. The pipeline requires only .fasta
Automated bacterial genomic analysis · AI clinical interpretation · PCR primer design
Pan-genomics of C difficile with linked-read technollgy
🧬🍏✨ Graph-aware contextual annotation of targeted genomic features.
Decision-support framework for adaptive early stopping in Oxford Nanopore genome polishing.
A genomic toolkit for sliding-window GC content/skew circular mapping, XLSX-to-FASTA protein extraction, and EggNOG-mapper results parsing for functional category distribution. Provides automated, high-resolution visualization for bacterial genomes. Post-analysis for Genomics NGS Analysis Team 新北市汐止區新台五路 (Taiwan © 2017-2018 Genomics)
AI-assisted pipeline for mining candidate Staphylococcus invasome and virulence-associated genes from assembled genome FASTA files.
python PhyloGenomic, Core and Fingerprint analyses software
reproducible Snakemake pipeline for bacterial hybrid assembly.
Reusable comparative bacterial genomics pipeline for assembled bacterial genome FASTA files using QUAST, Bakta, FastANI, Panaroo, and FastTree.
Pipeline para montagem direcionada (gene-a-gene) a partir de leituras pareadas.
Zoonoticus is a comprehensive tool for predicting zoonotic potential, antimicrobial resistance risk, and virulence profiles of bacterial genomes. Powered by Zento, it helps researchers rapidly identify bacteria capable of crossing species barriers and posing public health threats.
Bioinformatics workflows, Python scripts, and R templates developed during the adaptive laboratory evolution of Rhodococcus ruber under high pyrene concentrations. Includes genome assembly, polishing, comparative genomics, mutation analysis, and visualization tools.
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