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605,578 tools. Updated 2026-09-24 01:32

"Zenodo" matching MCP tools:

  • Generate a citation for a Zenodo record using a record ID or DOI, with support for styles like APA, BibTeX, and more.
    MIT
  • Generates a citation for a Zenodo record using its ID, with support for formats like BibTeX and APA.
    Apache 2.0
  • Resolve a DOI to its Zenodo record metadata, obtaining title, creators, date, type, license, and URL.
    MIT
  • Produce a concise structured data card for any Zenodo dataset, containing modality, file formats, license, citations, intended use, and limitations.
    MIT
  • Search for scientific records within a specific Zenodo community. Filter results by query, sort order, and pagination.
    MIT

Matching MCP Servers

  • Retrieve a complete list of files in a Zenodo record, with optional metadata for detailed insights.
    Apache 2.0
  • Identify whether a Zenodo record is a dataset, software, or article. Provides a confidence score for the classification.
    Apache 2.0
  • Compare two Zenodo records side-by-side to identify differences in metadata, stats, and file sizes.
    MIT
  • Retrieve records related to a given Zenodo record, grouped by relationship type such as supplements, citations, or parts.
    MIT
  • List all files in a Zenodo record, returning metadata (filename, size, type, checksum) and download URLs for each.
    MIT
  • Score a Zenodo record's reusability by evaluating license quality, metadata completeness, documentation length, file format openness, and versioning, with recommendations for improvement.
    MIT
  • Retrieve full metadata for any Zenodo record, including abstract, authors, keywords, license, funding, and files.
    MIT
  • Search Zenodo records by query, with options to limit the number of results and sort by relevance or most recent.
    Apache 2.0
  • Retrieve detailed metadata for a Zenodo record, with options to include file and version details.
    Apache 2.0
  • Download public sample WGS VCFs from Zenodo to test polygenic risk scores without your own data. Optionally auto-normalize to a compute-ready Parquet for immediate use.
    MIT
  • Search multiple public research archives and omics registries for datasets, publications, and sequencing data with ontology-based query expansion and cross-repo deduplication.
    MIT
  • Start a replication: generate a GitHub repo from the FORRT template, get creation commands, and produce a DISCOVERY.md handoff to preserve dataset and software choices.
    MIT
  • Download academic papers by attempting source-native access first, then open-access repositories, with optional Sci-Hub fallback when other methods fail.
    MIT