BioMCP

# AI-Assisted Clinical Trial Search: How BioMCP Transforms Research Finding the right clinical trial for a research project has traditionally been a complex process requiring specialized knowledge of database syntax and medical terminology. BioMCP is changing this landscape by making clinical trial data accessible through natural language conversation. Video Link: [](https://www.youtube.com/watch?v=jqGXXnVesjg&list=PLu1amIF_MEfPWhhEsXSuBi90S_xtmVJIW&index=2) ## Breaking Down the Barriers to Clinical Trial Information BioMCP serves as a specialized Model Context Protocol (MCP) server that empowers AI assistants and agents with tools to interact with critical biomedical resources. For clinical trials specifically, BioMCP connects to the ClinicalTrials.gov API, allowing researchers and clinicians to search and retrieve trial information through simple conversational queries. The power of this approach becomes apparent when we look at how it transforms a complex search requirement. Imagine needing to find active clinical trials for pembrolizumab (a cancer immunotherapy drug) specifically for non-small cell lung carcinoma near Cleveland, Ohio. Traditionally, this would require: 1. Navigating to ClinicalTrials.gov 2. Understanding the proper search fields and syntax 3. Creating multiple filters for intervention (pembrolizumab), condition ( non-small cell lung carcinoma), status (recruiting), and location (Cleveland area) 4. Interpreting the results ## From Natural Language to Precise Database Queries With BioMCP, this entire process is streamlined into a simple natural language request. The underlying large language model (LLM) interprets the query, identifies the key entities (drug name, cancer type, location), and translates these into the precise parameters needed for the ClinicalTrials.gov API. The system returns relevant trials that match all criteria, presenting them in an easy-to-understand format. But the interaction doesn't end there—BioMCP maintains context throughout the conversation, enabling follow-up questions like: - Where exactly are these trials located and how far are they from downtown Cleveland? - What biomarker eligibility criteria do these trials require? - Are there exclusion criteria I should be aware of? For each of these questions, BioMCP calls the appropriate tool (trial locations, trial protocols) and processes the information to provide meaningful answers without requiring the user to navigate different interfaces or learn new query languages. ## Beyond Basic Search: Understanding Trial Details What truly sets BioMCP apart is its ability to go beyond simple listings. When asked about biomarker eligibility criteria, the system can extract this information from the full trial protocol, synthesize it, and present a clear summary of requirements. This capability transforms what would typically be hours of reading dense clinical documentation into a conversational exchange that delivers precisely what the researcher needs. ## Transforming Clinical Research Workflows The implications for clinical research are significant. By lowering the technical barriers to accessing trial information, BioMCP can help: - Researchers understand the landscape of current research in their field - Research teams identify promising studies more efficiently - Clinical research organizations track competing or complementary trials - Research coordinators identify potential recruitment sites based on location As part of the broader BioMCP ecosystem—which also includes access to genomic variant information and PubMed literature—this clinical trial search capability represents a fundamental shift in how we interact with biomedical information. By bringing the power of natural language processing to specialized databases, BioMCP is helping to democratize access to critical health information and accelerate the research process.