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@rohanpaul_ai· @rohanpaul_ai · X·· 13 天前精选AI 评分71
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Anthropic 部署的 Claude 智能体在自主运行中筛查约 19.4 亿个蛋白簇,发现带串联重复序列的反转录酶新家族 ART。该行动恢复 198,290 个 RT 簇,消耗 215.6M tokens,历时 21.5 小时。论文称 Claude 通过直接检查 DNA 序列、识别重复模式锁定 ART 家族,这些阵列在 Staphylococcus phage 感染期间高度表达。

推荐理由

论文给出 Claude 智能体在约 19.4 亿个蛋白簇中自主筛查、识别重复序列异常并锁定新酶家族的具体流程与数据。

正文

https://t.co/1YfR9Tjeve

引用@rohanpaul_ai@rohanpaul_ai
Wild stuff. Anthropic’s new wet lab got its first win after 949 Claude agents autonomously tracked down a new enzyme system in just 21 hours. Claude was searching a huge amount of genetic data when it noticed an unusual pattern: the same small piece of DNA repeating again and again next to an enzyme. The campaign searched 1.94B protein clusters, recovered 198,290 RT clusters, and used 215.6M tokens across 21.5 hours. That pattern looked a little like CRISPR, so Anthropic’s scientists investigated it and found a new family of biological systems they call ART. The system also produces many small RNA molecules, suggesting those repeated DNA sections are doing something useful rather than sitting there randomly.
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来源:@rohanpaul_ai · x.com