Browse the BioContext7 deep skill library. Tool pages surface documentation, registry links, and install details for agent-facing workflows.
2,064 tools — page 22 of 42
| Tool | Registry | Domain | Docs |
|---|---|---|---|
ClimaX — Vision Transformer foundation model for weather and climate science from Microsoft Research. Pretrained on CMIP6 via self-supervised learning, then fine-tuned for global forecasting (ERA5), r | microsoft/ClimaX | Machine Learning | 8 |
Compare Containerization Verified Compare container images for bioinformatics tools across BioContainers (quay.io/biocontainers), DockerHub, and Galaxy Singularity depot. Returns available versions, image sizes, pull commands for Dock | BioContainers/containers | Utilities & Infrastructure | 11 |
CRISPRscan — sequence-based scoring algorithm for predicting CRISPR/Cas9 sgRNA on-target efficiency. Uses a linear regression model trained on zebrafish injection data to score 20-mer guide sequences | boutroslab/CRISPRscan | Systems Biology | 9 |
CWL (Common Workflow Language) — open standard for describing portable, reproducible computational workflows. Covers cwltool reference runner, CWL v1.2 spec, CommandLineTool and Workflow classes, Dock | common-workflow-language/cwltool | Utilities & Infrastructure | 10 |
DAGitty — graphical analysis of causal models using directed acyclic graphs (DAGs). Create DAGs with dagitty(), identify minimal adjustment sets for unbiased causal effect estimation (adjustmentSets), | jtextor/dagitty | Statistics | 14 |
Dendroscope — interactive viewer for large phylogenetic trees and rooted networks. Handles hundreds of thousands of taxa with smooth navigation. Supports Newick, Nexus, and phyloXML input; exports PNG | husonlab/dendroscope3 | Phylogenetics | 8 |
DrugBank tools — comprehensive pharmaceutical database access for drug information, drug-drug interactions, pharmacokinetics, drug targets, and pharmacogenomics data via the DrugBank REST API and bulk | manual | Utilities & Infrastructure | 9 |
Fiona is a geospatial data access library for Python, providing a simple, Pythonic API for reading and writing vector spatial data (e.g., Shapefile, GeoJSON, GPKG). Essential for spatial data ingestio | Toblerity/Fiona | Utilities & Infrastructure | 11 |
FourCastNet — NVIDIA's global data-driven weather forecasting model using Adaptive Fourier Neural Operators (AFNO) on a vision transformer backbone. Generates 0.25-degree resolution global forecasts i | NVlabs/FourCastNet | Machine Learning | 8 |
glmmTMB — R package for fitting generalized linear mixed models (GLMMs) and extensions using Template Model Builder. Supports zero-inflation via ziformula, dispersion modeling via dispformula, and 15+ | glmmTMB/glmmTMB | Statistics | 13 |
GROMACS — high-performance molecular dynamics simulation engine for biomolecular systems. Simulates Newtonian equations of motion for hundreds to millions of particles using leap-frog, velocity Verlet | manual | Utilities & Infrastructure | 10 |
HydroEval — Python evaluator for streamflow simulations using vectorized NumPy computation. Provides Nash-Sutcliffe Efficiency (NSE), Kling-Gupta Efficiency (KGE, KGE', KGEnp), RMSE, MARE, Percent Bia | ThibHlln/hydroeval | Other | 8 |
Use when predicting MHC binding, T cell epitopes, B cell epitopes, or performing immunoinformatics analysis with IEDB Analysis Resource tools. Covers MHC-I and MHC-II binding prediction, BepiPred B-ce | openvax/mhctools | Clinical Genomics | 8 |
Data cataloging utility for Earth System Model (ESM) data. Simplifies searching, discovering, and loading complex climate and weather datasets (e.g., CMIP6, CESM) into xarray Datasets. Supports JSON c | intake/intake-esm | Other | 9 |
JM / JMbayes2 — Joint models for longitudinal and time-to-event data under the Bayesian framework. Fits shared-parameter joint models via jm() linking mixed-effects longitudinal submodels (lme, mixed_ | drizopoulos/JMbayes2 | Statistics | 14 |
Use when working with JupyterLab, the web-based interactive development environment for notebooks, code consoles, terminals, and text files. Covers installation, launching `jupyter lab`, workspace imp | jupyterlab/jupyterlab | Workflows | 8 |
kableExtra — R package extending knitr's kable() with advanced HTML and LaTeX/PDF table styling for R Markdown and Quarto documents. Provides Bootstrap themes, conditional row/cell formatting, column | haozhu233/kableExtra | Visualization | 9 |
Use when working with Kilosort — the GPU-accelerated spike sorting software for high-density extracellular electrophysiology recordings. Covers Kilosort4 (Python, PyTorch-based), probe/channel map con | MouseLand/Kilosort | Systems Biology | 8 |
lifelines — Python survival analysis library for time-to-event data. Fits Kaplan-Meier curves with KaplanMeierFitter(), Nelson-Aalen cumulative hazard with NelsonAalenFitter(), semiparametric Cox prop | CamDavidsonPilon/lifelines | Utilities & Infrastructure | 8 |
Use when working with loftee — LOFTEE (Loss-Of-Function Transcript Effect | konradjk/loftee | Genomics | 8 |
MDAnalysis — Python library for analyzing molecular dynamics trajectories and atomic coordinate data. Supports 40+ file formats (DCD, XTC, TRR, PDB, GRO, AMBER, LAMMPS). Provides RMSD, RMSF, hydrogen | MDAnalysis/mdanalysis | Structure Prediction | 9 |
MDTraj — Python library for reading, writing, and analyzing molecular dynamics trajectories. Supports 20+ formats (DCD, XTC, TRR, PDB, HDF5, NetCDF, etc.) with NumPy-native arrays. Provides RMSD, RMSF | mdtraj/mdtraj | Structure Prediction | 9 |
mice — Multivariate Imputation by Chained Equations for handling missing data in R. Fully Conditional Specification (FCS) with 9+ built-in methods (pmm, norm, logreg, polyreg, polr, cart, rf, mean, ld | amices/mice | Population Genetics | 8 |
'Use when working with midas — miDAS — Multiple Imputation with Denoising | midasHQ/midas | Metagenomics | 8 |
nbconvert converts Jupyter notebooks (.ipynb) into static formats including HTML, Markdown, LaTeX, PDF, WebPDF, slides, and executable scripts, and can optionally execute notebooks before export. Use | jupyter/nbconvert | Workflows | 8 |
NCBI Datasets CLI — command-line tool for downloading genome, gene, virus, and taxonomy data directly from NCBI databases. Provides the `datasets` command for downloading and summarizing RefSeq/GenBan | ncbi/datasets | Utilities & Infrastructure | 10 |
nlme — Linear and Nonlinear Mixed-Effects Models in R. Fit hierarchical and repeated-measures data with lme() for linear models and nlme() for nonlinear models. Supports nested random effects, within- | manual | Statistics | 9 |
OpenMRS is an open-source electronic medical record (EMR) and health information system platform for resource-constrained healthcare environments. Provides patient registration, clinical observations, | openmrs/openmrs-core | Clinical Genomics | 8 |
Pixi — fast, cross-platform package manager for conda and PyPI packages with project-level lockfiles and built-in task runner. Uses pixi.toml manifest for reproducible, multi-platform environments. Id | prefix-dev/pixi | Workflows | 11 |
Poetry is the Python dependency management and packaging tool for creating reproducible projects with pyproject.toml and poetry.lock. Use this skill for dependency resolution, virtual environment isol | python-poetry/poetry | Workflows | 14 |
PyAEDT — Python library for automating Ansys Electronics Desktop (AEDT) electromagnetic, thermal, and circuit simulations. Provides unified API for HFSS (high-frequency EM), Icepak (thermal management | ansys/pyaedt | Other | 8 |
RNAcentral is the comprehensive non-coding RNA sequence database aggregating sequences from 40+ expert databases (miRBase, Rfam, lncRNAdb, Ensembl, HGNC, GENCODE, and more) under unified URS identifie | RNAcentral/rnacentral-webcode | Transcriptomics | 8 |
rstanarm — Bayesian Applied Regression Modeling via Stan. Fit Bayesian regression models using pre-compiled Stan programs with familiar R syntax: stan_glm() for generalized linear models, stan_glmer() | stan-dev/rstanarm | Statistics | 10 |
rstpm2 — R package for generalized survival models (GSMs), smooth accelerated failure time (AFT) models, and Markov multi-state models. Flexible parametric survival analysis via stpm2() with natural s | mclements/rstpm2 | Statistics | 13 |
Use when working with S4Vectors — core Bioconductor infrastructure | manual | Utilities & Infrastructure | 8 |
Shapely — Python library for manipulation and analysis of planar geometric objects. Create and manipulate points, lines, polygons, and collections via Point(), LineString(), Polygon(), MultiPolygon(). | shapely/shapely | Other | 8 |
PyTorch Geometric Verified PyTorch Geometric (PyG) — graph neural network library built on PyTorch for learning on graphs and irregular structures. Provides message-passing layers (GCN, GAT, GraphSAGE, GIN, Transformer), mini-b | pyg-team/pytorch_geometric | Proteomics | 11 |
twoBitToFa / faToTwoBit — UCSC Kent utilities for converting between the compact binary .2bit genome format and FASTA. twoBitToFa extracts sequences (full genome or specific regions) from a .2bit file | ucscGenomeBrowser/kent | Genomics | 10 |
UK Biobank tools — access, convert, and analyse UK Biobank phenotypic and genetic data using ukbconv, gfetch, ukbtools (R), and the UK Biobank DNAnexus Research Analysis Platform. Covers field decodin | manual | Utilities & Infrastructure | 9 |
Wave — on-demand container provisioning service by Seqera Labs for building, augmenting, and caching container images dynamically. Supports Dockerfile-based builds, Conda/Mamba package-based image cre | seqeralabs/wave | Workflows | 10 |
Wflow — Deltares open-source distributed hydrological modeling framework written in Julia. Provides SBM, HBV, and sediment model configurations for catchment hydrology simulation. Uses TOML configurat | Deltares/Wflow.jl | Other | 8 |
WhiteboxTools — advanced geospatial data analysis platform with 518 tools for GIS operations, hydrological analysis, terrain analysis, LiDAR processing, remote sensing, and geomorphometry. Supports ra | jblindsay/whitebox-tools | Other | 9 |
xCDAT (Xarray Climate Data Analysis Tools) — Python library for climate data analysis on structured grids. Extends xarray for CF-compliant spatial averaging, temporal climatologies, departures (anomal | xCDAT/xcdat | Other | 10 |
3D-DNA — Hi-C-based genome scaffolding pipeline that produces chromosome-length assemblies from draft contigs and Hi-C contact maps. Performs iterative misjoin correction, scaffolding, polishing, chro | aidenlab/3d-dna | Genomics | 8 |
ABF (Approximate Bayes Factor) fine-mapping for GWAS loci. Compute per-variant posterior inclusion probabilities (PIPs) from GWAS summary statistics using Wakefield's ABF method. Run single-trait fine | chr1swallace/coloc | Population Genetics | 8 |
AbLang — antibody language model for completing and analyzing antibody sequences. Generate residue-level embeddings (res-codings), sequence-level embeddings (seq-codings), restore missing residues fro | oxpig/AbLang | Machine Learning | 8 |
adegenet — CRAN R package for multivariate analysis of genetic markers and population genetics. Implements genind and genlight S4 objects for storing individual genotypes and large SNP datasets. Core | thibautjombart/adegenet | Other | 8 |
Use when working with the Ag100Pest Initiative Snakemake workflows for de novo reference genome assembly and annotation of agricultural pest arthropods. Covers HiFi long-read assembly with hifiasm, Hi | ag100pest/ag100pest-pipelines | Other | 8 |
Alleloscope — allele-specific copy number analysis and tumor clonality inference from single-cell multi-omics data (scDNA-seq and scATAC-seq). Estimates allele-specific copy number profiles using SNP | seasoncloud/Alleloscope | Transcriptomics | 8 |
Use when predicting pathogenicity of missense variants with AlphaMissense — Google DeepMind's deep learning model that classifies human missense variants as likely benign, ambiguous, or likely pathoge | google-deepmind/alphamissense | Genomics | 8 |