Skip to main content
Glama
127,308 tools. Last updated 2026-05-05 13:37

"Research on Patient-Disease-Gene-Drug Relationships and Pharmacogenomics Using Digital Imaging Data" matching MCP tools:

  • Retrieve comprehensive biomedical data for articles, clinical trials, genes, drugs, diseases, and variants using unique identifiers. Standardized format supports detailed research and analysis across domains.
  • Execute pre-built queries on Alliance of Genome Resources data to retrieve gene orthologs, GO terms, disease associations, and other genomic information using parameterized templates.
    MIT
  • Search PubMed for peer-reviewed biomedical literature on research papers, drug mechanisms, and clinical studies. Returns up to 10 results per query.
    MIT
  • Retrieve detailed gene annotations, including names, summaries, aliases, types, and database links from MyGene.info. Use for accurate, real-time gene information on symbols or IDs like TP53 or BRAF.
  • Search FDA drug product labels (SPL) for prescribing information. Find approved indications, dosage guidelines, contraindications, warnings, drug interactions, adverse reactions, and special population considerations. Plan research strategy using the 'think' tool first.

Matching MCP Servers

Matching MCP Connectors

  • Disease MCP — wraps disease.sh API (COVID-19 statistics, no auth required)

  • ship-on-friday MCP — wraps StupidAPIs (requires X-API-Key)

  • Retrieve comprehensive disease details, including definitions, synonyms, ontology mappings, and associated phenotypes, directly from MyDisease.info via BioMCP. Ideal for precise biomedical research.
  • Retrieve detailed drug and chemical information from MyChem.info, including properties, identifiers, trade names, clinical indications, mechanism of action, and pharmacology details. Use this tool for accurate drug data after clarifying research goals with the 'think' tool.
  • Search FDA Adverse Event Reporting System (FAERS) to identify drug side effects, serious reactions, and safety signals across patient populations. Use to gather insights from voluntary reports on adverse drug events.
  • Analyze gene lists to identify overrepresented biological processes using Gene Ontology enrichment, helping interpret gene expression data and uncover functional implications.
    MIT
  • Analyze gene lists to identify overrepresented biological terms, pathways, and functions across multiple databases using statistical enrichment analysis.
    MIT
  • Search FDA adverse event reports for side effects, reactions, and patient demographics. Query the FAERS database by drug name or reaction term to obtain structured safety data.
  • Retrieve disease associations for a gene, including human disease models and annotations, using genomics data from the Alliance of Genome Resources.
    MIT
  • Search for patient conditions using Medplum MCP Server by entering patient ID, clinical status, category, or code. Filter and retrieve condition data efficiently.
    MIT