BioMARS 2.0: a robotic biologist for formulating and adapting biological experiments
Overview
This paper introduces BioMARS 2.0, a human-in-the-loop multi-agent robotic system designed to automate biological experimentation by connecting knowledge-guided decision-making with robotic execution and biological feedback. The system generates literature-grounded protocols, adapts culture conditions based on image-derived phenotypes from retinal organoid cultures, and nominates drug-repurposing candidates for wet-lab testing. Studies demonstrate improvements in expert-reviewed protocol quality scores across four model backends and higher reported scores in later rounds of a three-round experiment, showcasing feedback-driven robotic biological experimentation.
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“ine which experiments should be performed next or how they should change in response to biological feedback. Here we introduce BioMARS, a human-in-the-loop multi-agent robotic system that connects knowledge-guided experimental decision-making with robotic execution and biological feedback. At the procedural level, BioMARS generated literature-grounded protocols and traceable action plans, improving expert-reviewed pr”
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- arXiv Robotics — research abstractsSignalBioMARS 2.0: a robotic biologist for formulating and adapting biological experiments
This paper introduces BioMARS 2.0, a human-in-the-loop multi-agent robotic system designed to automate biological experimentation by connecting knowledge-guided decision-making with robotic execution and biological feedback. The system generates literature-grounded protocols, adapts culture conditions based on image-derived phenotypes from retinal organoid cultures, and nominates drug-repurposing candidates for wet-lab testing. Studies demonstrate improvements in expert-reviewed protocol quality scores across four model backends and higher reported scores in later rounds of a three-round experiment, showcasing feedback-driven robotic biological experimentation.
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