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MetaGEAR Platform

Microbiome research, end‑to‑end.

A Nextflow pipeline, a hosted gene portal, and a CLI — built at the Schirmer Lab to take shotgun metagenomes from raw reads to biological hypotheses.

PIPELINE
MetaGEAR Pipeline

One Nextflow pipeline, ten composable workflows.

Built on nf-core conventions. Profile a cohort against reference databases, or assemble it and get gene catalogs, viruses, bacterial genomes, species pangenomes and protein structures — reproducibly, on a laptop or an HPC cluster.

MetaGEAR Pipeline — what each workflow gives you Databases are installed once, then reads are quality-controlled. The reference-based route runs microbial_profiles for MetaPhlAn and HUMAnN output. The assembly-based route runs three primary workflows — genes, virus and classification — and three that build on them: msp, structures and mag. Three presets chain them: profiles, genomes, and microbiome, which is genomes plus virus. BEFORE ANY ANALYSIS download_databases once per machine FASTQ qc_dna / qc_rna clean reads REFERENCE-BASED microbial_profiles MetaPhlAn taxonomic profiles HUMAnN pathways & gene families ASSEMBLY-BASED PRIMARY WORKFLOWS BUILDS ON THEM genes contigs gene / protein catalogs annotations (AMRFinderPlus · Pfam) msp species pangenomes MSP abundance MetaPhlAn cross-walk virus virus & plasmid contigs viral & plasmid gene / protein catalogs viral annotations (AMGs · PHROG · lifestyle) structures 3Di structures structural annotation classification per-contig class (viral · bacterial · euk · prok) mag dereplicated MAGs taxonomy MAG abundance PRESETS ONE COMMAND, SEVERAL WORKFLOWS IN ORDER profiles microbial_profiles Reference only genomes genes classification mag msp the assembled bacterial picture microbiome genomes + virus genomes, with viruses and plasmids alongside

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  • Gene- and genome-resolved together. One assembly yields the cohort gene catalog and the dereplicated MAGs.
  • Viruses and plasmids alongside. Detection, host prediction, lifestyle calls and plasmid typing, in the same run.
  • Structures for the dark matter. 3Di prediction and structural search recover function where sequence homology leaves proteins unassigned.
  • Presets share the expensive work. Later workflows read what earlier ones produced instead of recomputing it.
10 workflows58 modulesNextflow ≥ 25Docker or SingularityMIT-licensed
EXPLORER
MetaGEAR Explorer

Query bacterial genes against cohorts the pipeline already processed.

Explorer serves the gene catalogs produced by the pipeline above. Bring a sequence, a Pfam domain, or an MSP identifier and get back where it shows up across uniformly-processed cohorts — with cohort and sample metadata attached to every result.

MetaGEAR Explorer landing page: gene-centric search across published microbiome cohorts, with counts for gene families, cohorts, stool samples and species pangenomes.
  • BLAST a nucleotide or protein sequence against cohort-wide gene catalogs.
  • Browse by Pfam domain (e.g. PF08020) to find every gene that contains it.
  • Explore MSPs — MetaSpecies Pangenomes built from each cohort’s own gene catalog.
  • Filter by cohort: IBD, CRC, healthy controls. Every hit traces back to its sample.
No installFree hosted servicePublic API
TOOLS
MetaGEAR Tools · CLI

Install the pipeline. Run a workflow. Skip the Nextflow learning curve.

A small command-line wrapper that installs the pipeline, detects your hardware, manages reference databases, and runs workflows and presets with one command.

  • Hardware-aware: sets resource limits to ~80% of available CPUs and RAM.
  • Version-locked: installs the matching pipeline release.
  • Presets built in: one command runs a whole chain in order.
  • Multi-machine: metagear cluster spreads a cohort across nodes.
Linux & macOSDocker or SingularityMIT-licensed
CITE
PEOPLE