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MCP for Pharma R&D: Integrating Omics & Pathway Databases into Proprietary AI Environments

Tue, Nov 17

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Webinar

An MCP Use Case for Pharma R&D and Virtual Round Table Discussion: Integrating Large Multi-omics and Pathway Databases  into Proprietary AI Environments While Optimizing the Role of the Expert Biologists

MCP for Pharma R&D: Integrating Omics & Pathway Databases into Proprietary AI Environments
MCP for Pharma R&D: Integrating Omics & Pathway Databases into Proprietary AI Environments

Time & Location

Nov 17, 2026, 9:00 AM – 10:00 AM PST

Webinar

About the event

What if you could bring the world’s largest multi-omics and pathway database directly into your proprietary AI environment to accelerate pharma R&D?


Join us for our upcoming webinar to explore how MCP (Model Context Protocol) connects large-scale biological data with AI-driven workflows, while keeping expert biologists at the center of research and decision-making.


We’ll explore how this integration can support target discovery and streamline pharma R&D, powered by:

  • 300M+ cell profiles across a growing multi-omics database

  • 260K pathways to support biological interpretation and discovery

  • Multi-omics data spanning DNA, RNA, protein, metabolomic, and epigenomic levels

  • Multi-modal datasets covering single-cell, bulk, spatial transcriptomics, and imaging

  • Proprietary data generation to bring internal research data into the workflow


Discover how MCP can bridge biological knowledge, proprietary data, and AI-powered research, while enabling expert biologists to focus on what matters most: interpreting evidence and driving scientific discovery.


Speaker: Tristan Gill — CEO, Pythia BioSciences

Guest speakers and roundtable discussion participants will be announced soon. Stay tuned!

Date and time: 9 AM PST | 12 PM EST | 5 PM GMT | 6 PM CET, Tuesday, November 17, 2026

Registration link: https://www.pythiabio.com/event-details-registration/integrating-multi-omics-pathway-databases-into-proprietary-ai-environments-while-optimizing-expert-biologists-roles-1/form



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