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AI Summary: A landmark demonstration of Agentic AI accelerating scientific discovery by autonomously bridging the gap between digital design and physical simulation.

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ProteinMCP: An Agentic AI Framework for Autonomous Protein Engineering

Xiaopeng Xu·
Chenjie Feng·
Chao Zha·
Wenjia He·
Bin Xiao·
Xin Gao

ABSTRACT

This paper introduces ProteinMCP, a novel framework that utilizes the Model Context Protocol (MCP) to enable autonomous AI agents to conduct protein engineering. The system coordinates between sequence generation models and physics-based simulators to iteratively optimize protein designs without human intervention. The methodology demonstrates how agentic reasoning can navigate the vast chemical space more efficiently than traditional high-throughput screening.

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