Google DeepMind 在 Nature 发表 SynthID Bio，为 AI 设计蛋白质加水印
Biosecurity is one of the most urgent challenges for the AI era. Bringing SynthID to biology so AI-generated proteins can be watermarked is a critical step - an
Google DeepMind 团队在 Nature 发表研究，提出 SynthID Bio 蛋白质水印方法，并成功合成出既具功能又带水印的 AI 设计蛋白质。Demis Hassabis 表示，将 SynthID 引入生物学是为 AI 生成蛋白质加水印的关键一步，团队同时开源 SynthID Bio 工具，供研究社区在此基础上继续开发。
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Google DeepMind 把 SynthID 水印方法扩展到 AI 设计蛋白质，并开源工具，读者可了解生成式生物学的溯源思路。
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查看原帖Very happy to announce that our team @GoogleDeepmind has pushed the boundaries of generative biology, achieving the successful synthesis of AI-designed proteins that are both functional and watermarked. This proof-of-concept watermarking of the building blocks of life is enabled by SynthID Bio, our new protein watermarking method. It is designed to…
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Very happy to announce that our team @GoogleDeepmind has pushed the boundaries of generative biology, achieving the successful synthesis of AI-designed proteins that are both functional and watermarked. This proof-of-concept watermarking of the building blocks of life is enabled by SynthID Bio, our new protein watermarking method. It is designed to safeguard the new era of AI-powered generative biology and strengthen global biosecurity. You can read my thoughts here on why watermarking AI-designed proteins is an important research breakthrough: https://t.co/dfoSdh8ynz
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Biosecurity is one of the most urgent challenges for the AI era. Bringing SynthID to biology so AI-generated proteins can be watermarked is a critical step - and we’re open sourcing SynthID Bio tools so the research community can build on this work. Published in @Nature today, congrats to the team! https://t.co/Y4sv8bnGQY