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Claude autonomously designs protein binders for scorpion toxins

1 reports1 sources10/21/2026 updated

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AI overview

Anthropic's Claude autonomously generated 318,484 protein binder designs against five scorpion toxins within 24 hours. Screening identified 17 designs meeting binding criteria, with the two strongest tightly binding Mexican scorpion toxin Cn2 and sharing the same target as known antibodies. This AI-driven approach demonstrates potential for rapid therapeutic development against venomous stings.

Written with AI from the reporting · updated 10/21/2026

Latest developmentOct 21, 16:37
Claude autonomously designed protein binders targeting scorpion neurotoxins
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  1. 1Unclassified fact stationOct 21, 00:00recorded Oct 21, 16:58single sourcerevised

    Claude Science 设计蝎子毒蛋白结合剂

    Read original source ↗ The DecoderReplay this moment in the explorer
    Evidence & revisions · 1 source records
    Subject：
    anthropic
    Action：
    设计蛋白结合剂
    Object：
    蝎子神经毒素
    Occurred (fact side)：
    Oct 21, 00:00
    The Decoder ↗Report pageRevision 2 · currently revised
    Published (valid side)：
    Oct 21, 16:37
    First seen (known side)：
    Oct 21, 16:58
    Fact stationSingle source · one-sided claimRevised

    Copy may have been revised later; time replay is bounded. Layer labels group reading only, not causation between layers.

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Oct 21
  1. The DecoderRelated fact: single sourceSource report revised
    Claude autonomously designed protein binders targeting scorpion neurotoxins

    Report first recorded Oct 21, 16:58

    Anthropic's Claude autonomously designed 318,484 protein binders targeting five neurotoxins from four scorpion species within 24 hours. Of 211 lab-tested designs, 17 met binding criteria, with the two strongest binding tightly to Cn2 toxin from the Mexican scorpion at the same site as a known neutralizing antibody in mice.

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