# Stanford PubMed MCP for AI Agents AI Agent Connect > Stanford PubMed lets you search the world's largest database of medical and life science research. It connects your AI client to the PubMed E-utilities API so you can pull abstracts, find clinical trials, track citations, and discover related biomedical literature without manual searching. ## Overview - **Category:** education - **Price:** Free - **Endpoint:** https://edge.vinkius.com/vk_preview_Er4T2DNOmXIPgLSBD4Sg49CsDjikKCAGM5l5oUWB/ai-agent-connect - **Tags:** pubmed, ncbi, biomedical, clinical-trials, mesh, medical-research, genes, drugs ## Description Stanford PubMed gives your agent a direct line into the National Library of Medicine's massive archive of biomedical research. Instead of you spending hours jumping between tabs and scrolling through search results, your AI client can do the heavy lifting. You can ask it to find specific clinical trials, look up drug interactions, or pull out abstracts for a list of genes you're studying. It handles the nuances of medical searching, like using MeSH vocabulary for precise results or filtering for free full-text articles. When you use this Connector through the Vinkius catalog, you're essentially giving your agent a research assistant that knows how to navigate the gold standard of medical literature. You get structured data back, which means you can quickly decide what's worth a deep dive and what's just noise. It's about getting the right evidence for your research or clinical decisions without the friction of manual data collection. ## Tools ### batch_get_articles Fetch multiple articles at once using a list of PMIDs to build reading lists quickly. ### search_drugs Find articles mentioning specific drugs or chemical compounds using the Substance Name field. ### get_abstract Pull the full structured abstract to see background, methods, and results without opening a link. ### get_article Get the title, authors, journal, and DOI for a specific PubMed ID. ### get_citations Find every paper that cites a specific article to track how research has evolved. ### get_related_articles Use the NCBI similarity algorithm to find papers related to your current topic. ### search_by_author Find all publications by a specific researcher using their last name and first initial. ### search_by_journal Search for articles within specific journals like Nature or JAMA. ### search_by_mesh Use MeSH controlled vocabulary terms to get highly precise topic classifications. ### search_clinical Filter results specifically for clinical trials, including Phase I-IV studies. ### search_free_full_text Only return articles that are available for free in PubMed Central. ### search_genes Find articles mentioning specific genes like BRCA1 or EGFR with high precision. ### search_pubmed Perform a general search across 36 million articles with various sorting options. ### search_recent Find the most recent publications in your field from the last 30 days. ### search_reviews Filter for systematic reviews and meta-analyses to find the highest level of evidence. ### search_trending Identify papers currently getting the most attention in the research community. ## Prompt Examples **Prompt:** ``` Find some recent clinical trials for CAR-T cell therapy in lymphoma. ``` **Response:** ``` I've searched PubMed for clinical trial publications on 'CAR-T cell therapy lymphoma'. Here are some recent results: | Trial Phase | Journal | Date | | :--- | :--- | :--- | | Phase I | Lancet Oncology | 2024-02-15 | | Phase II | JCO | 2023-11-20 | | Phase III | NEJM | 2024-01-10 | These trials are currently active at major cancer centers. ``` **Prompt:** ``` Search for BRCA1 gene articles related to breast cancer prevention. ``` **Response:** ``` I found several articles mentioning the BRCA1 gene in the context of breast cancer prevention. Key findings include: * **Genetic Screening:** Studies on identifying risk factors early. * **Prophylactic Interventions:** Trials on preventive surgeries. * **Risk Assessment:** Recent meta-analyses on genetic testing accuracy. ``` **Prompt:** ``` Find free full-text systematic reviews on metformin and diabetes prevention. ``` **Response:** ``` I've filtered PubMed for free full-text systematic reviews on metformin and diabetes prevention. I found a few open-access meta-analyses from PubMed Central: 1. **Metformin Efficacy in Type 2 Diabetes** (2023) 2. **Long-term Outcomes of Metformin Therapy** (2022) These are available for free reading. ``` ## Capabilities ### Search 36 million biomedical articles Your agent can query the entire MEDLINE database for specific medical topics. ### Filter for clinical trial publications Isolate Phase I-IV trials and clinical study reports for evidence-based medicine. ### Retrieve structured abstracts Get background, methods, and results for a paper without opening a new tab. ### Track citations and related literature See how research has evolved by finding papers that cite a specific study. ### Filter for free full-text articles Find open access research available in PubMed Central for immediate reading. ### Search specifically by gene or drug Perform precise queries for specific compounds or genetic markers like BRCA1. ## Use Cases ### Finding clinical trial evidence for a new treatment A clinician asks for Phase III trials on a specific drug and gets a summarized list of results including dates and journals. ### Conducting a systematic review on a gene A PhD student uses search_reviews to find meta-analyses on BRCA1 to gather high-level evidence for their thesis. ### Building a reading list of recent papers A researcher uses search_recent to see what's been published in the last month regarding a specific medical topic. ### Finding related literature for a specific drug A pharmacologist uses get_related_articles to find similar compounds and related studies to understand drug interactions. ## Benefits - Stop manual tab switching. Use search_pubmed to find exactly what you need in one go instead of browsing multiple sites. - Get structured data instantly. get_abstract lets you see the methods and results of a paper without leaving your chat. - Find high-quality evidence faster. Use search_reviews to skip the noise and find meta-analyses and systematic reviews. - Track research impact easily. get_citations shows you how other researchers are building on a specific paper's findings. - Access free content directly. search_free_full_text ensures you only see articles you can actually read without a subscription. - Precision searching with MeSH. Use search_by_mesh to get accurate results that keyword searches often miss. ## How It Works The bottom line is your AI client handles the complex queries so you can focus on interpreting the research. 1. Connect your AI client to the Stanford PubMed MCP via Vinkius. 2. Ask your agent to find specific medical literature or clinical data. 3. Get a list of relevant articles, abstracts, or citation data. ## Frequently Asked Questions **Can the Stanford PubMed MCP find specific clinical trials?** Yes, it can filter for Phase I-IV trials and clinical study reports, making it easy to find evidence for specific treatments. **How does the Stanford PubMed MCP help with drug research?** It allows your agent to search specifically for drug names and compounds to find relevant studies on efficacy or interactions. **Can I use the Stanford PubMed MCP to find systematic reviews?** Yes, it has a specific search for reviews and meta-analyses, which are the highest level of evidence in medical research. **Does the Stanford PubMed MCP only show me paid articles?** No, you can use the free full-text filter to specifically find articles that are available for free in PubMed Central. **Can the Stanford PubMed MCP find articles by a specific author?** Yes, it can pull a publication list for any researcher using their last name and first initial. **How does the Stanford PubMed MCP handle gene searches?** It uses a dedicated gene name field to find articles mentioning specific genes like TP53 or EGFR with high precision. **Do I need an API key?** No. The PubMed E-utilities API is public. An optional free API key from NCBI increases rate limits from 3 to 10 requests per second. **What is MeSH?** MeSH (Medical Subject Headings) is the NLM's controlled vocabulary for indexing biomedical articles. It provides standardized terms for precise searching — for example, using 'Neoplasms' will find all cancer-related articles regardless of which synonym the authors used. **Can I retrieve full-text articles?** PubMed provides abstracts for all articles and links to free full text when available through PubMed Central. Use the free full-text filter to find open-access articles you can read immediately.