Virtual Lab: LLM Agent Teams for Scientific Research

Repositoryzou-group/virtual-labTool

Virtual Lab is an open-source framework facilitating collaboration between human scientists and teams of LLM agents. Interactions are structured into team and individual meetings to systematically tackle scientific agendas.

Key points

  1. Structured collaboration workflow: Research is coordinated via multi-agent team meetings for broader agendas and individual meetings for specific subtasks.
  2. Wet-lab validated results: As published in Nature, the system designed 92 SARS-CoV-2 nanobodies that underwent successful experimental validation.
  3. Toolchain integration: The platform orchestrated computational pipelines incorporating ESM, AlphaFold-Multimer, and Rosetta.
  4. Straightforward setup: Distributed as an open-source Python package on PyPI requiring an OpenAI API key.

Why it matters

While many LLM agent frameworks remain proof-of-concept experiments, Virtual Lab demonstrates tangible real-world output by producing experimentally verified biological designs through human-AI research collaboration.

Analysis

The project tackles the complexity of multi-step computational discovery by formalising interaction protocols between human leads and AI agents. It is targeted at researchers and bioinformaticians seeking to automate workflow planning and molecular design. Its maturity is distinguished by peer-reviewed validation in Nature (2025) and empirical wet-lab testing. From an engineering perspective, it is a focused research codebase published under the MIT license, tailored around Python environments and foundation model APIs.

Found in

Summary generated by AI (Gemini 3.8 Flash, 27 September 2026). It may contain errors – the original source is authoritative.

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Locations

  • Mattersburg
    Johann Nepomuk Bergerstraße 7/2/14
    7210 Mattersburg, Austria
  • Vienna
    Ungargasse 64-66/3/404
    1030 Wien, Austria

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