Browse the BioContext7 deep skill library. Tool pages surface documentation, registry links, and install details for agent-facing workflows.
2,064 tools — page 27 of 42
| Tool | Registry | Domain | Docs |
|---|---|---|---|
iheatmapr — rOpenSci R package for building interactive, multi-panel complex heatmaps powered by plotly. Constructs modular iheatmap S4 objects by chaining add_* functions: add_col_signal, add_row_sig | ropensci/iheatmapr | Visualization | 9 |
In-silico PCR (isPCR) simulates PCR amplification computationally by searching a genome or sequence database for products defined by primer pairs. Use for primer specificity checking, amplicon predict | ucscGenomeBrowser/kent | Systems Biology | 8 |
Use this skill for Inkscape command-line figure workflows: SVG cleanup, deterministic exports (PNG/PDF/PS/EPS), batch rendering with --actions, geometry queries, and publication-figure validation. Tri | inkscape/inkscape | Visualization | 8 |
Inspector — long-read-based genome assembly evaluation and error correction. Use for: assembly quality assessment, QV (quality value) score calculation, structural error detection, small-scale error p | Maggi-Chen/Inspector | Genomics | 8 |
Illumina InterOp is a C++ library with Python and C# bindings for reading InterOp metric files emitted by Illumina sequencers and Sequencing Analysis Viewer workflows. Use this skill when you need to | Illumina/interop | Workflows | 8 |
Sequence analysis application that combines multiple protein signature databases to annotate proteins with functional domains, sites, and families. | ebi-pf-team/interproscan | Genomics | 8 |
Use this skill for ITK (Insight Segmentation and Registration Toolkit), the C++/Python library for medical image segmentation, registration, and filtering. Covers itk Python API for image I/O (DICOM, | InsightSoftwareConsortium/ITK | Imaging | 8 |
Use when extracting ITS (Internal Transcribed Spacer) regions from rRNA sequences for fungal, plant, or microbial metabarcoding. Covers ITS1/ITS2 extraction, taxonomic domain filtering, FASTA output f | ncbi/ITSx | Metagenomics | 8 |
Use when working with iVar for viral amplicon sequencing, primer trimming, intrahost variant calling, consensus generation, replicate-aware variant filtering, or primer mismatch masking workflows. iVa | andersen-lab/ivar | Metagenomics | 8 |
Use when performing comparative genomics synteny analysis with JCVI/MCscan, the Python toolkit for detecting and visualizing collinear gene blocks between plant or fungal genomes. Covers ortholog iden | tanghaibao/jcvi | Other | 8 |
Use when working with JGI MycoCosm, the DOE Joint Genome Institute fungal genomics portal. Covers downloading fungal genome assemblies, gene annotations, and proteomes from the MycoCosm database; prog | manual | Metagenomics | 8 |
Use when working with Jovian for viral metagenomics or viromics from raw paired-end Illumina FASTQ data in public-health, clinical, or batch sequencing contexts. Jovian is a Snakemake-based workflow t | DennisSchmworthy/Jovian | Metagenomics | 8 |
Juicer — one-click Hi-C data processing pipeline that aligns paired-end FASTQ reads to a reference genome and produces .hic contact matrices for chromatin conformation analysis. Handles alignment (BWA | aidenlab/juicer | Genomics | 8 |
UCSC kent-core — standalone C command-line tools for genome browser data processing. Covers liftOver (coordinate remapping between assemblies), bigWig/bigBed creation and querying, 2bit format convers | ucscGenomeBrowser/kent-core | Genomics | 8 |
UCSC Kent utilities (kent-core) — a collection of C command-line tools for genome browser data processing. Covers liftOver (coordinate remapping between assemblies), bigWig/bigBed creation and queryin | ucscGenomeBrowser/kent-core | Genomics | 8 |
LDAK — LD-adjusted kinship toolkit for SNP heritability estimation, genetic architecture analysis, and genomic prediction. Computes LDAK-Thin and LDAK-GCTA kinship matrices, estimates per-chromosome a | manual | Population Genetics | 8 |
LEA (Landscape and Ecological Association studies) is an R/Bioconductor package for population structure analysis and environmental/ecological genomics. Performs sparse NMF (sNMF) for ancestry estimat | bcm-uga/LEA | Other | 8 |
libBigWig — C library and pyBigWig Python bindings for reading and writing BigWig and BigBed binary indexed genome browser track files. Use when users need to extract signal values, interval statistic | dpryan79/libBigWig | Utilities & Infrastructure | 8 |
Use when performing differential gene expression analysis on RNA-seq count data using limma-voom. Covers the full workflow: count filtering with filterByExpr, TMM normalization via edgeR calcNormFacto | manual | Transcriptomics | 8 |
LipidFinder routing skill for lipidomics LC-MS feature filtering and lipid annotation. Use this skill when users mention LipidFinder, LipidSearch, LIPID MAPS, LMSD, lipidomics feature annotation, lipi | WHRI-Genomics/LipidFinder | Genomics | 8 |
LipidSig routing skill for lipidomics data analysis. Use this skill when users mention LipidSig, lipid species profiling, lipid class enrichment, differential lipid analysis, lipidomics volcano plots, | LipidSig/LipidSig | Systems Biology | 8 |
LJA (La Jolla Assembler) — de novo genome assembler for PacBio HiFi (CCS) long reads using a multiplex de Bruijn graph that simultaneously spans multiple k-mer lengths. Produces chromosome-scale, high | AntonBankworthy/LJA | Genomics | 8 |
Use when working with LoFreq for sensitive SNV or indel calling from aligned next-generation sequencing data, especially viral quasispecies, bacterial resequencing, targeted panels, exomes, or matched | CSB5/lofreq | Metagenomics | 8 |
Long Ranger is 10x Genomics software for processing linked-read sequencing data from the Chromium Genome and Exome kits. Use this skill when users need to run `longranger wgs` for whole-genome phased | manual | Genomics | 8 |
LTR_retriever — command-line Perl tool for high-accuracy identification of Long Terminal Repeat retrotransposons (LTR-RTs) in plant and eukaryotic genomes. Filters raw LTRharvest and LTR_FINDER candid | oushujun/LTR_retriever | Other | 8 |
Maftools — R package for analyzing somatic mutations from cancer sequencing (MAF files). Provides oncoplots for mutation visualization, clonality analysis, tumor burden estimation, mutational signatur | PoisonAlien/maftools | Clinical Genomics | 8 |
MalariaGEN data Python package for accessing and analysing malaria genomic epidemiology data. Provides cloud-native APIs for Anopheles mosquito vectors (Ag3, Af1, Amin1, Adir1) and Plasmodium parasite | malariagen/malariagen-data-python | Genomics | 8 |
MASS — Modern Applied Statistics with S. R package providing negative binomial GLMs via glm.nb(), robust linear models via rlm() with Huber/bisquare/Hampel psi functions, linear and quadratic discrimi | manual | Statistics | 8 |
MatrixEQTL — ultra-fast R package for eQTL, sQTL, and pQTL mapping using large matrix operations. Supports cis and trans analysis with linear and ANOVA models, multiple covariates, and FDR-corrected o | andreyshabalin/MatrixEQTL | Population Genetics | 8 |
MaveDB utilities — search, download, and process variant effect scores from the MaveDB database of multiplexed assay for variant effect (MAVE) experiments. Supports fetching ScoreSets, Experiments, an | VariantEffect/mavedb | Utilities & Infrastructure | 8 |
Use when processing highly multiplexed tissue images with MCMICRO, the end-to-end Nextflow pipeline for CyCIF, CODEX, mIHC, and other cyclic immunofluorescence imaging modalities. Covers illumination | labsyspharm/mcmicro | Imaging | 8 |
Use when detecting synteny, collinearity, or gene duplication events between plant genomes or any pair of sequenced genomes with MCScanX. Covers input preparation (BLAST + GFF), running MCScanX collin | wyp1125/MCScanX | Other | 8 |
Use when working with MENDER (MultilayEred NeighborhooDhood-Encoded Representations), a Python tool for spatial domain identification in multiplexed imaging data. Covers spatial domain segmentation in | sodenlab/MENDER | Imaging | 8 |
Use when working with MetaMaps for long-read metagenomic read assignment, strain-level composition estimation, or database-guided taxonomic profiling. MetaMaps combines approximate long-read mapping w | DiltheyLab/MetaMaps | Metagenomics | 8 |
Minigraph — sequence-to-graph aligner and incremental pangenome graph assembler for long reads and whole-genome assemblies. Aligns PacBio/ONT reads or haplotype-resolved assemblies to an rGFA referenc | lh3/minigraph | Genomics | 8 |
MiXCR — full-featured immune repertoire analysis from raw FASTQ to clonotype tables. Align paired-end or single-end reads to V(D)J reference genes (TCR alpha/beta/gamma/delta, BCR heavy/light), assemb | milaboratory/mixcr | Clinical Genomics | 8 |
MNE-Python — open-source EEG, MEG, and iEEG data analysis for neuroscience and brain imaging. Process raw electrophysiology recordings: filtering, epoching, artifact rejection with ICA, event-related | mne-tools/mne-python | Systems Biology | 8 |
Use when working with MONAI — the Medical Open Network for AI — a PyTorch-based framework for deep learning in medical imaging. Covers 3D image segmentation, classification, detection, and reconstruct | Project-MONAI/MONAI | Imaging | 8 |
Monocle3 trajectory inference and pseudotime analysis for single-cell RNA-seq in R/Bioconductor. Use when users need principal-graph trajectory learning, pseudotime ordering, trajectory-dependent gene | cole-trapnell-lab/monocle3 | Transcriptomics | 8 |
MPRAflow — Snakemake pipeline for Massively Parallel Reporter Assay (MPRA) data from the Shendure Lab. Handles barcode-sequence association, DNA/RNA barcode counting, activity score computation (RNA/D | shendurelab/MPRAflow | Transcriptomics | 8 |
MPRAnator — web and command-line tool for designing Massively Parallel Reporter Assay (MPRA) oligonucleotide libraries. Tiles input sequences (enhancers, regulatory elements, SNP-containing loci) into | Ahituv-lab/MPRAnator | Transcriptomics | 8 |
mpraprofiler — MPRA (Massively Parallel Reporter Assay) data analysis tool for quantifying regulatory element activity from barcode count tables. Normalizes DNA and RNA counts, computes activity ratio | WeirauchLab/mpraprofiler | Transcriptomics | 8 |
MR-Egger is an R-based Mendelian randomization method that estimates causal effects from GWAS summary statistics while allowing directional pleiotropy via an unconstrained intercept term. Use when tes | manual | Population Genetics | 8 |
Use when working with MRInstruments — an R package for retrieving and curating genetic instrument variables for Mendelian randomization (MR) analyses. Provides access to GWAS summary statistics, clump | MRCIEU/MRInstruments | Population Genetics | 8 |
MRMix is an R package for Mendelian randomization analysis using a two-component Gaussian mixture model to account for horizontal pleiotropy. Use when estimating causal effects from GWAS summary stati | gqi/MRMix | Population Genetics | 8 |
MS-DIAL — open-source software from RIKEN for untargeted metabolomics and lipidomics data processing. Provides deconvolution, peak picking, alignment, isotope and adduct annotation, compound identific | systemsomicslab/MSDial | Systems Biology | 8 |
msigdbr — R package providing MSigDB (Molecular Signatures Database) gene sets as tidy data frames for use in gene set enrichment analysis (GSEA), over-representation analysis (ORA), and pathway analy | igordot/msigdbr | Transcriptomics | 8 |
MSnbase routing skill for R/Bioconductor mass spectrometry data handling, preprocessing, and quantification. Use this skill when users mention MSnbase, MSnExp, OnDiskMSnExp, MSnSet, LC-MS/MS preproces | lgatto/MSnbase | Systems Biology | 8 |
msprime is a coalescent simulator for population genetics that generates tree sequences and ARGs under the Wright-Fisher and other models. Use when users need to simulate genetic variation under demog | tskit-dev/msprime | QC & Preprocessing | 8 |
MultiVI — deep generative model for joint analysis of scRNA-seq and scATAC-seq multi-omics data using variational inference. Part of scvi-tools (scverse ecosystem). Integrates single-modality and mult | scverse/scvi-tools | Systems Biology | 8 |