The living corpus, on the record.
Every entry in the bioinformatics build holds a page: what it is, where it sits, and how it will reach you. 2,685 cataloged modules across 33 families. Nothing is released yet; everything is coming soon.
Each row opens a record page. Entries carry their kind, their family, and their lineage where one exists. Provenance and packaging are finished before anything releases.
01General analysis tools
Broad analysis utilities across the bioinformatics corpus.
02Platform infrastructure
Registry, dispatch, and runtime plumbing behind the substrate.
03ML & foundation models
Trained and trainable models, embeddings, and protein language models.
04Protein structure & design
Folding, complexes, interfaces, and binding design.
05Data & I/O
Format conversion, storage, and retrieval across the corpus.
06Visualization & reporting
Publication figures, tracks, and browsers.
07Pipelines & workflows
nf-core style pipelines and workflow engines.
08Transcriptomics & quantification
Quantification, differential expression, and isoform analysis.
09Causal & graph tooling
Graph queries and causal tooling.
10API surfaces
Programmatic entry points for chemistry.
11Protocols & contracts
Contract and protocol modules underpinning tool calls.
12Variant analysis & genotyping
Calling, phasing, annotation, and prioritization of genetic variation.
13Single-cell & spatial
Clustering, trajectories, and spatial deconvolution across single-cell and spatial assays.
14Epigenomics
Methylation calling, chromatin accessibility, and histone-mark analysis.
15Validation & certification
The systems that verify every other tool in the corpus.
16Search & sequence classification
Sequence search, HMM scans, and taxonomic classification.
17Mass spectrometry & proteomics
Raw conversion, identification, quantification, and statistical review.
18Alignment & mapping
Read alignment and mapping, including the STAR family in three builds.
19Drug discovery & targets
Docking, ADMET, screening, and target identification.
20Agent runtime
The resident agents and their tool interfaces.
21Immunology & antibody analysis
Repertoire analysis, epitope work, and antibody structure.
22Comparison tooling
Side-by-side comparison of tools and outputs.
23Imaging & microscopy
Segmentation, registration, and analysis for imaging assays.
24Annotation & function
Functional annotation, pathway assignment, and AMR detection.
25Sequencing & read processing
Trimming, deduplication, and QC for raw reads.
26Discovery services
Retrieval and discovery plumbing for the platform.
27Phylogenetics & evolution
Tree building, orthology, and comparative genomics.
28Microbiome & metagenomics
Profiling, diversity, and differential abundance for microbial communities.
29Statistics & inference
Classical and Bayesian inference, causal analysis, and power.
30Causal inference
Causal operators for observational data.
31Publication tooling
Reading, summarizing, and checking the literature.
32Assembly & genomes
De novo assembly, scaffolding, and genome assessment.
33Metabolomics & small molecules
Feature detection and flux analysis for metabolite studies.