大赦国际设计了工作细菌基因组,成功地杀死了E. Coli,标志着合成生物学的一大进步。 AI designed working bacteriophage genomes, successfully killing E. coli, marking a major advance in synthetic biology.

斯坦福大学和Arc研究所的科学家利用AI为细菌设计功能性病毒基因组,标志着AI首次生成了完整、有效的病毒基因组。 Scientists at Stanford University and the Arc Institute used AI to design functional viral genomes for bacteriophages, marking the first time AI generated complete, working viral genomes. 在数以百万计的phage基因组培训中,AI系统Evo创建了数千个设计,其中302个是在E. coli合成和测试的。 Trained on millions of phage genomes, the AI system Evo created thousands of designs, 302 of which were synthesized and tested in E. coli. 16个成功复制并杀死了细菌,证明方法可行。 Sixteen successfully replicated and killed the bacteria, proving the approach viable. 这一突破可能加快phage疗法和基因交付研究,但引起生物安全关切,特别是如果应用于人类病原体。 This breakthrough could accelerate phage therapy and gene delivery research, but raises biosafety concerns, especially if applied to human pathogens.