#14 · ML / AI methods
LLM agents orchestrate omics tools and models through multi-step, validated workflows
The dominant thread is LLM-centered agents that coordinate biological tools, ML models, and literature retrieval through multi-step workflows. Medea runs verified multi-step analyses for therapeutic reasoning across biological contexts, and BiOmics pairs explicit reasoning with latent embeddings to interpret multi-omics data spanning variant and cell annotation. PersonaAI mines 560,000 aging papers via RAG to propose hypotheses, then validates them with autonomous single-cell RNA-seq. Deep Research adds interactive multi-agent coordination over a persistent world state for scientific discovery. MARBLE differs in target, iteratively revising bioinformatics model architectures through debate-driven changes. What is new is the object of optimization: the workflow itself, with validation embedded in the loop rather than a single predictive output. All five entries are preprints, so performance claims remain unreviewed.
Preprints
Rethinking the AI Scientist: Interactive Multi-Agent Workflows for Scientific Discovery
Deep Research: an interactive multi-agent system with a persistent world state for scientific discovery; reports 48.8% open-response and 64.4% multiple-choice…
MARBLE: Multi-Agent Reasoning for Bioinformatics Learning and Evolution
MARBLE is an autonomous multi-agent LLM framework that iteratively refines bioinformatics models via debate-driven architecture changes and…
Medea: An omics AI agent for therapeutic discovery
Medea, an AI agent for therapeutic reasoning across biological contexts, runs verified multi-step analyses with biological tools, ML models and literature…
PersonaAI: An Interactive Agentic-AI Framework for Autonomous Hypothesis Generation and Validation in Aging
PersonaAI is an agentic-AI framework that mines 560,000 aging papers via RAG to propose hypotheses, then validates them with autonomous single-cell RNA-seq…
BiOmics: A Foundational Agent for Grounded and Autonomous Multi-omics Interpretation
BiOmics is a foundational AI agent combining explicit reasoning and latent embeddings to interpret multi-omics data, spanning variant, cell annotation, and…
Topic history
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