智能体
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Claude 智能体集群自主发现新型类 CRISPR DNA 酶系统
AIbase 报道称，Anthropic 新成立的分子生物学实验室部署 950 个 AI agent 连续运行 21 小时、消耗约 2.1 亿 Token，自主完成文献调研、序列比对与候选筛选，发现此前未被记录的 Array-Linked Reverse Transcriptase（ART）系统，来源于噬菌体 DNA，结构上与 CRISPR 相似，具备切割、复制和粘贴 DNA 的特性；人类研究者仅提供初始引导，随后通过湿实验复核确认。报道称该成果大幅缩短新酶系统发现周期，但未提供论文或实验数据出处，相关突破性表述仍需验证。
AI推荐理由 内容涉及 Anthropic 分子生物学实验室用 950 个 AI agent 连续运行 21 小时、消耗约 2.1 亿 Token 自主发现 ART 酶系统，并称经湿实验验证，属于高价值科研范式信号；但来源为 AIbase 聚合转述，未给出论文、预印本或实验数据链接，'彻底改写范式''5 到 10 年治愈多数重疾'等表述缺乏依据，需保留不确定性。
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正文
Claude Independently Discovers a New CRISPR-like DNA Enzyme System, Completely Rewriting the Paradigm of Life Science Research
AIbase基地
Published inAI News · 3 min read · Sep 24, 2026
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Artificial intelligence has once again achieved a milestone in the forefront of life sciences. The newly established molecular biology laboratory at Anthropic has recently made its first major breakthrough: by deploying a cluster of 950 AI agents running continuously for 21 hours, consuming approximately 210 million Tokens, it successfully discovered a brand-new enzyme system that had never been recorded before in human history — the Array-Linked Reverse Transcriptase system (ART), derived from bacteriophage DNA.
According to the information, this newly discovered enzyme system is structurally highly similar to CRISPR, known as the "Scissors of God," and possesses characteristics such as cutting, copying, and pasting DNA. Throughout the entire exploration process, human researchers only provided initial guidance, while the entire workflow, including literature review, sequence alignment, and candidate screening, was completed efficiently by the AI on its own. Subsequently, after being reviewed and verified through rigorous wet-lab experiments by human scientists, the existence of this previously uncharacterized enzyme system was finally confirmed.
This major breakthrough has significantly shortened the long period traditionally required to discover new enzyme systems, and is widely regarded as having completely rewritten the research paradigm in life sciences. With the deep empowerment of artificial intelligence technology, the grand vision of curing most serious diseases within the next 5 to 10 years has also shown more realistic possibilities.
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