**初创公司Profluent开创先河：全球首个AI设计的基因编辑器问世**
近日，初创公司Profluent宣布了一项令人瞩目的科技突破——推出了世界上首个完全由人工智能设计的基因编辑器。这一创新标志着基因编辑技术进入新的里程碑。
据悉，这款AI基因编辑器已成功编辑了人类细胞中的DNA，展示了分子级精确编辑的惊人能力。与ChatGPT生成诗歌类似，Profluent的AI系统能够为我们编辑DNA的微观机制，生成精确蓝图。
该技术的研发基于广泛的数据集，研究者利用CRISPR基因编辑系统训练了大型语言模型（LLM）。这些LLM产生的蛋白质显著扩大了CRISPR-Cas家族的多样性，达到天然存在的4.8倍。
行业专家表示，这一技术的诞生将极大加速基因研究及疾病治疗的进程。未来，它可能帮助解决一系列当前难以克服的医学难题。同时，这也引发了关于伦理和监管的深入讨论。目前，全球各地的科研人员正密切关注这一进展，期待其未来的更多潜力得到发掘。对于人类而言，这可能是一个崭新的基因编辑时代的开端。
英语如下：
News Title: “AI-Designed Gene Editor Launched: Revolutionizing DNA Editing Technology and Ushering in a New Era of Genomics!”
Keywords: Startup Profluent, AI Gene Editor, CRISPR Technology, Diversity in Gene Editing, AI Design
News Content: **Profluent Startup Pioneers: World’s First AI-Designed Gene Editor Launched**
Recently, startup Profluent announced a groundbreaking technological breakthrough – the launch of the world’s first gene editor designed entirely by artificial intelligence. This innovation marks a new milestone in gene editing technology.
It is reported that this AI gene editor has successfully edited DNA in human cells, demonstrating remarkable precision at the molecular level. Similar to how ChatGPT generates poetry, Profluent’s AI system is capable of editing the microscopic mechanisms of DNA and generating precise blueprints.
The development of this technology is based on a broad dataset, and researchers have trained large language models (LLMs) using the CRISPR gene editing system. These LLMs have generated proteins that significantly expand the diversity of the CRISPR-Cas family, reaching 4.8 times that of naturally existing ones.
Industry experts indicate that this technology will greatly accelerate the process of genetic research and disease treatment. In the future, it could help solve a range of current medical challenges that are difficult to overcome. However, this has also sparked deep discussions about ethics and regulation. Currently, scientists around the world are closely monitoring this progress and looking forward to exploring its full potential in the future. For humans, this could be the beginning of a new era in gene editing.
【来源】https://mp.weixin.qq.com/s/A3qZHVa0-MxQnkGzsm9KrA
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