PlantOmicsGwas
PulseGate's liveness check found it on 14 Sep 2026; it is registered on GitHub and PyPI and has been in the index since 11 Jul 2026. How this is checked
PlantOmicsGwas is an open-source toolkit for plant genomics, providing integrated workflows for genome-wide association studies (GWAS), genomic prediction, and variant calling. It supports both command-line and API usage, is optimized for high-performance computing environments, and is designed for researchers working in plant breeding and genomics.
Inferred · not functionally tested
Overview
6 featuresPurpose: Enables plant genomics researchers to perform GWAS, genomic prediction, and variant calling efficiently using an integrated pipeline.
Inferred · not functionally tested
Audience: plant genomics researchers
Inferred · not functionally tested
Functions: Unknown
Interfaces: API: indicated (inferred, not tested) · MCP: unknown · CLI: indicated (inferred, not tested) · Self-hosting: indicated (inferred, not tested)
Recorded constraints: pricing: open_source · license: MIT · platforms: CLI · deployment: cli, api_only, self_hosted
Constraint provenance is unknown; confirm requirements with the publisher.
Record sources: pypi.org · github.com. These links do not verify the individual claims.
PlantOmicsGwas sits in PulseGate's Other data science & ML category. Inferred · not functionally tested: It enables plant genomics researchers to perform GWAS, genomic prediction, and variant calling efficiently using an integrated pipeline. Inferred · not functionally tested: It is built as an open-source project for plant genomics researchers. Basis unknown · not verified: The project is open source (MIT). Basis unknown · not verified: PlantOmicsGwas is available on the command line and API, and it can be self-hosted.
Behind PlantOmicsGwas is AHMEDY3DGENOME, and it first shipped in 2025. The project is developed in the open on GitHub with 42 commits in the last 90 days. Inferred · not functionally tested: Key capabilities include GWAS analysis, genomic prediction, and variant calling.
Summary written by a language model from the project’s public pages.
Tasks: Inferred · not functionally tested
- GWAS analysis
- Genomic prediction
- Variant calling
- CLI interface
- API access
- HPC support
Topics: Inferred · not functionally tested
Built with & integrations
Trust & compliance
Indexing history
1What PulseGate has recorded for this listing
Frequently asked questions about PlantOmicsGwas
- What does PlantOmicsGwas do?
- Inferred · not functionally tested: PlantOmicsGwas enables plant genomics researchers to perform GWAS, genomic prediction, and variant calling efficiently using an integrated pipeline. It is catalogued under Other data science & ML on PulseGate.
- Who is PlantOmicsGwas for?
- Inferred · not functionally tested: PlantOmicsGwas is an open-source project built for plant genomics researchers.
- Is PlantOmicsGwas free?
- Basis unknown · not verified: Yes — PlantOmicsGwas is open source under the MIT license and free to use.
- What platforms does PlantOmicsGwas run on?
- Basis unknown · not verified: PlantOmicsGwas runs on the command line and API. It can also be self-hosted.
- Is PlantOmicsGwas still active?
- PulseGate's liveness check found it on 14 Sep 2026. Its GitHub repository shows 42 commits in the last 90 days.
- Who makes PlantOmicsGwas?
- PlantOmicsGwas is developed by AHMEDY3DGENOME.
- How long has PlantOmicsGwas been around?
- PlantOmicsGwas first shipped in 2025.
- Is PlantOmicsGwas open source?
- Basis unknown · not verified: Yes — PlantOmicsGwas is open source under the MIT license, developed on GitHub.
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