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    🇮🇳India·Startups·23 Sept 2026·via The Economic Times

    Anthropic touts AI-led biology discovery

    Anthropic's Claude model has identified a previously unknown enzyme system, marking the first discovery from the company's molecular biology lab. The AI agents worked autonomously, processing over 200,000 genes in a DNA database over 21 hours. They selected 20 genes for closer examination, a task that would take human scientists weeks or months. This discovery, dubbed ART, could represent a new gene-editing mechanism with potential applications in gene therapy.

    Nexa's Summary

    Anthropic's AI-led biology discovery shifts the focus from model performance benchmarks to tangible scientific output. Claude's ability to autonomously identify a novel enzyme system, ART, in just 21 hours demonstrates a new frontier for AI in basic research. This moves past theoretical capabilities into concrete, verifiable scientific contribution. It validates the investment in AI for discovery, not just optimization.

    For Asia, this points to increased competition in biotech AI. Chinese firms like Baidu and Alibaba, already investing heavily in AI research, will likely accelerate their own discovery efforts. The race will be to integrate AI agents directly into lab processes, reducing human intervention. This could reshape drug discovery pipelines across major Asian pharmaceutical markets like China, Japan, and South Korea.

    The thing to watch is the independent validation of ART's function. The results are currently a preprint and await peer review. If confirmed as a programmable gene-editing tool, it will intensify the global competition for AI-driven biotech patents. This would force Asian regulators to consider new frameworks for AI-generated intellectual property.

    #ai-led biology discovery#crispr gene editing#anthropic#enzyme system#dna sequences analysis
    Original reporting by The Economic TimesWe don't republish, read the full story â†’

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