Browse the BioContext7 deep skill library. Tool pages surface documentation, registry links, and install details for agent-facing workflows.
2,064 tools — page 13 of 42
| Tool | Registry | Domain | Docs |
|---|---|---|---|
Open Targets Genetics — EMBL-EBI/Open Targets portal for GWAS-driven gene prioritisation via Locus-to-Gene (L2G) scoring, fine-mapping, and colocalisation analysis. Query variant-to-gene links, study | opentargets/genetics-api | Utilities & Infrastructure | 9 |
P2Rank — fast machine learning tool for predicting ligand binding sites from protein structure. Uses random forest classifier on physicochemical and geometric features of solvent-accessible surface po | rdk/p2rank | Structure Prediction | 10 |
PAGA (Partition-based Graph Abstraction) — trajectory inference and topology analysis for single-cell RNA-seq data. Computes a coarse-grained graph of cell clusters (PAGA graph) that captures connecti | theislab/paga | Single-Cell | 9 |
Use when registering or co-aligning multiplexed whole-slide images (WSI) from the same FFPE tissue section with different IHC or immunofluorescence stainings. Covers piecewise affine alignment of OME- | Yu-AnChen/palom | Imaging | 9 |
PanglaoDB — curated single-cell RNA sequencing database providing cell type marker genes, scRNA-seq datasets, and programmatic access tools for cell type annotation. Covers 1,000+ cell types across hu | manual | Utilities & Infrastructure | 11 |
Paragraph — graph-based structural variant genotyper for short-read sequencing data from Illumina. Genotypes known deletions, insertions, duplications, and inversions from BAM/CRAM files using local g | Illumina/paragraph | Genomics | 10 |
ParSNP — rapid core-genome alignment and SNP detection for closely related microbial genomes (bacteria, archaea). Part of the HARVEST suite alongside HarvestTools and Gingr. Aligns hundreds of whole-g | marbl/parsnp | Phylogenetics | 9 |
pathfindR is an R package for active-subnetwork-oriented pathway enrichment analysis. It maps a gene list (typically a differential expression result with fold-changes and p-values) onto a protein-pro | egeulgen/pathfindR | Transcriptomics | 11 |
PCGR (Personal Cancer Genome Reporter) — Python/R tool for automated annotation and clinical interpretation of somatic mutations and copy number aberrations in individual tumor genomes. Accepts somati | sigven/pcgr | Clinical Genomics | 9 |
PDBe tools and Molstar — EMBL-EBI Protein Data Bank in Europe REST API combined with the Molstar 3D macromolecular structure viewer for retrieving, validating, and visualizing protein, nucleic acid, a | molstar/molstar | Utilities & Infrastructure | 9 |
Pegasus — scalable single-cell RNA-seq analysis toolkit for millions of cells. Command-line tool and Python package for preprocessing, batch correction, clustering, differential expression, visualizat | lilab-bcb/pegasus | Single-Cell | 9 |
MalariaGEN Pf3k/Pv4 pipelines — cloud-native Python API for accessing and analysing Plasmodium falciparum (Pf7/Pf8, 33K+ genomes) and Plasmodium vivax (Pv4, 1,895 genomes) population genomics data. Pr | malariagen/malariagen-data-python | Genomics | 11 |
pGlyco3 is an intact N- and O-glycopeptide search engine from pFind Studio. It uses a glycan-first search strategy with Y-ion evidence, supports monosaccharide modifications, provides glycan and pepti | pFindStudio/pGlyco | Proteomics | 13 |
PharmGKB — Pharmacogenomics Knowledge Base for curated gene-drug relationships, clinical pharmacogenomics annotations, drug pathway diagrams, and VIP gene summaries. Query the PharmGKB REST API for va | manual | Utilities & Infrastructure | 10 |
phASER (Phase and Allele Specific Expression from RNA) is a tool for phasing variants and quantifying allele-specific expression (ASE) from RNA-seq data. Use this skill for haplotype phasing with RNA- | secastel/phaser | Transcriptomics | 10 |
Philosopher — fast, scalable Go toolkit for shotgun proteomics data analysis. Provides database downloading, peptide validation (PeptideProphet), protein inference (ProteinProphet), PTM localization ( | Nesvilab/philosopher | Proteomics | 10 |
Plotly — interactive graphing library for Python producing publication-quality figures as HTML, PNG, SVG, and PDF. Provides plotly.express for concise high-level charts (scatter, bar, line, heatmap, v | plotly/plotly.py | Imaging | 10 |
PopART (Population Analysis with Reticulate Trees) — Java-based application for constructing and visualizing haplotype networks from DNA sequence alignments. Supports TCS, Median-Joining, Minimum Span | jessicawleigh/PopART | Visualization | 10 |
Pore-C tools — Oxford Nanopore Technologies Python toolkit for processing Pore-C long-read chromatin conformation data. Converts raw nanopore reads into multi-way contact maps, supporting restriction- | nanoporetech/pore-c-py | Genomics | 10 |
Poseidon — a framework for organizing, sharing, and managing archaeogenetic genotype datasets. Standardized package format (POSEIDON.yml, .janno metadata, .ssf sequencing source files, .bib bibliograp | poseidon-framework/poseidon-hs | Genomics | 9 |
ProDy — Python library for protein dynamics analysis and structural bioinformatics. Provides elastic network models (GNM, ANM), principal component analysis (PCA) of structural ensembles and MD trajec | prody/ProDy | Structure Prediction | 10 |
ProteinBERT — universal deep-learning model for protein sequences and function. Generate per-residue and global protein embeddings using a BERT-style transformer pretrained on 106 million UniRef90 seq | nadavbra/protein_bert | Proteomics | 9 |
Proteome Discoverer — Thermo Fisher Scientific's integrated proteomics software platform for mass spectrometry data analysis. Provides SEQUEST HT and Mascot database searching, Percolator PSM validati | thermofishersci/RawFileReader | Proteomics | 10 |
Use when working with ProtTrans — a collection of protein language models (ProtT5, ProtBert, ProtAlbert, ProtXLNet, ProtElectra) — for generating protein sequence embeddings, secondary structure predi | agemagician/ProtTrans | Proteomics | 10 |
Use when working with pVACtools — pVACseq, pVACfuse, pVACbind, pVACvector — the Griffith Lab suite for neoantigen prediction and personalized cancer immunotherapy vaccine design. Predicts neoantigens | griffithlab/pVACtools | Clinical Genomics | 9 |
Pychopper — Nanopore direct cDNA read preprocessing tool that identifies, orients, and trims full-length reads using primer detection (pHMM or alignment). Rescues fused reads by dynamic programming, e | epi2me-labs/pychopper | Genomics | 10 |
pygenometracks -- Python program and library for plotting publication-quality genome browser tracks. Generates highly customizable visualizations of bigwig, BED, GTF, bedgraph, Hi-C matrices, links/ar | deeptools/pyGenomeTracks | Transcriptomics | 11 |
PyMOL — molecular visualization system for rendering publication-quality 3D images of protein structures, nucleic acids, small molecules, electron density maps, and volumetric data. Provides interacti | schrodinger/pymol-open-source | Proteomics | 11 |
pySCENIC — Python implementation of SCENIC for single-cell gene regulatory network inference and regulon analysis. Implements a three-step pipeline: GRN inference via GRNBoost2 or GENIE3, cis-regulato | aertslab/pySCENIC | Single-Cell | 9 |
PySTAC — pure-Python library for reading, writing, validating, and building SpatioTemporal Asset Catalogs (STAC) for geospatial data. Provides the core object model (Catalog, Collection, Item, Asset) | stac-utils/pystac | Other | 11 |
QIIME 2 — open-source microbiome bioinformatics platform for amplicon and marker-gene analysis. Plugin-based architecture with semantic type system enforcing data compatibility between analysis steps. | qiime2/qiime2 | Metagenomics | 11 |
Use when querying, downloading, or analysing QTL data from the QTLbase database — a comprehensive multi-tissue, multi-omics QTL repository covering eQTL, sQTL, and pQTL studies across human and model | manual | Population Genetics | 9 |
QuASAR (Quantitative Allele-Specific Analysis of Reads) — R package for detecting allele-specific expression (ASE) and allelic imbalance from RNA-seq data. Uses a beta-binomial model to test for ASE a | piquelab/QuASAR | Transcriptomics | 10 |
QuPath — open-source platform for whole slide image analysis and digital pathology. Provides interactive tools for tissue detection via thresholding, cell detection and positive cell classification (H | qupath/qupath | Imaging | 11 |
RawTools — open-source C# toolkit for parsing and quality control of Thermo Orbitrap RAW mass spectrometry files from DDA experiments. Extracts scan metadata, generates QC metrics for instrument monit | kevinkovalchik/RawTools | Proteomics | 9 |
Rcorrector — kmer-based error correction for RNA-seq reads. Corrects Illumina sequencing errors in FASTQ data using Jellyfish2 bloom filters and adaptive kmer frequency thresholds. Handles non-uniform | mourisl/Rcorrector | Transcriptomics | 10 |
RDKit — open-source cheminformatics toolkit written in C++ with Python bindings for molecular manipulation, descriptor calculation, fingerprinting, substructure searching, chemical reaction handling, | rdkit/rdkit | Drug Discovery | 11 |
Reactome graph database — EMBL-EBI curated biological pathway knowledgebase with Neo4j graph backend and REST API. Supports pathway enrichment analysis, over-representation testing, graph topology tra | reactome/reactome2py | Utilities & Infrastructure | 10 |
Use when working with ReactomePA — an R/Bioconductor package for Reactome Pathway Analysis. Performs over-representation analysis (ORA) and gene set enrichment analysis (GSEA) against the Reactome pat | YuLab-SMU/ReactomePA | Transcriptomics | 9 |
REVEL (Rare Exome Variant Ensemble Learner) -- ensemble method for predicting the pathogenicity of rare missense variants in the human genome. Combines scores from 13 individual tools (SIFT, PolyPhen- | ShenLab/REVEL | Genomics | 9 |
PacBio Revio tools — suite of command-line utilities for processing HiFi long reads generated by the PacBio Revio system. Covers CCS (circular consensus sequencing) generation with pbccs/ccs, demultip | PacificBiosciences/pbbioconda | Genomics | 9 |
Rfam — comprehensive database of non-coding RNA families and covariance models for RNA homology search. Annotate ncRNA sequences using Infernal's cmscan against the Rfam CM library, covering rRNA, tRN | Rfam/rfam-family-pipeline | Structure Prediction | 10 |
RFdiffusion -- deep learning framework for protein structure generation via denoising diffusion on SE(3) protein backbone frames. Designs novel protein backbones including unconditional monomer genera | RosettaCommons/RFdiffusion | Proteomics | 9 |
Use when reading or writing HDF5 files in R using the rhdf5 Bioconductor package. Covers h5read, h5write, h5createFile, h5createGroup, h5ls, h5closeAll, and chunked/compressed dataset creation. Trigge | grimbough/rhdf5 | Utilities & Infrastructure | 9 |
Use when generating RNA sequence embeddings, predicting RNA secondary structure, or fine-tuning a foundation model on non-coding RNA tasks with RNA-FM. Covers installation, embedding extraction, fine- | ml4bio/RNA-FM | Proteomics | 9 |
Use when working with nf-core/rnafusion — a Nextflow pipeline for RNA fusion gene detection and quantification. Detects fusion transcripts from RNA-seq data using up to six callers (STAR-Fusion, Arrib | nf-core/rnafusion | Transcriptomics | 9 |
RNA-SeQC — fast C++ tool for RNA-seq quality control and gene-level quantification for large cohorts. Computes 70+ QC metrics including alignment rates, rRNA contamination, GC bias, 3'/5' coverage bia | getzlab/rnaseqc | Transcriptomics | 10 |
RnBeads — comprehensive R/Bioconductor package for DNA methylation analysis. Supports Illumina Infinium arrays (450K, EPIC/850K), WGBS, RRBS, and other bisulfite sequencing platforms. Key capabilities | epigen/RnBeads | Epigenomics | 9 |
Roadmap Epigenomics — NIH Roadmap Epigenomics Mapping Consortium reference epigenomes spanning 111 primary human tissues and cell types. Provides ChIP-seq histone mark tracks (H3K4me1, H3K4me3, H3K27m | manual | Utilities & Infrastructure | 10 |
RStan — R interface to Stan for full Bayesian inference via MCMC (NUTS/HMC), approximate inference via ADVI, and penalized MLE via L-BFGS. Compile Stan programs in-process with stan() or stan_model(), | stan-dev/rstan | Statistics | 10 |