HOT RADAR
agentHEAT 11.7°

AI CURATED HOT STORY · 11/8/2026

Shanghai Jiao Tong University's AutoDNA AI-Native Lab Autonomously Runs Molecular Biology Experiments, Published in Nature

1 reports archived1 independent sourcesupdated 11/8/2026, 21:23:49
Synthesis & Latest Updates
1 Sources Cross-Validated

A joint team at Shanghai Jiao Tong University has built AutoDNA (Siyuan-1), an AI-native scientific laboratory that autonomously performs molecular biology experiments. A multi-agent architecture decomposes tasks into literature search, protocol design, code generation, hardware execution and iterative optimization, while an 'atomic service' abstraction exposes heterogeneous instruments to the model through natural-language descriptions and unified code interfaces. The system achieves micron-level positioning and microliter-scale liquid handling, and was published in Nature with a homepage feature, including an end-to-end DNA storage workflow demo.

LATEST/A joint team at Shanghai Jiao Tong University has built AutoDNA (Siyuan-1), an AI-native scientific laboratory that autonomously performs molecular biology experiments. A multi-agent architecture decomposes tasks into literature search, protocol design, code generation, hardware execution and iterative optimization, while an 'atomic service' abstraction exposes heterogeneous instruments to the model through natural-language descriptions and unified code interfaces. The system achieves micron-level positioning and microliter-scale liquid handling, and was published in Nature with a homepage feature, including an end-to-end DNA storage workflow demo.

Hourly heat curve

2 fully observed hours
Fewer than 3 fully observed hours; trend not plotted yet.

Coverage timeline

Total 1 reports · Latest first
  1. IT之家 · 智能时代T2·78 pts
    • A multi-agent architecture decomposes complex biology experiments into literature search, reagent selection, protocol design, code generation, hardware execution and iterative optimization
    • An 'atomic service' abstraction hides instrument differences so the model can generate and repair cross-device control code, bridging digital design and physical operation
    • Hardware delivers micron-level positioning and microliter liquid handling, with an OpenHarmony-based control terminal, and an end-to-end DNA storage workflow was demonstrated