Anthropic's recently established molecular biology laboratory has secured its inaugural breakthrough. By harnessing a collective of 950 AI Agents, the lab operated continuously for 21 hours, utilizing approximately 210 million Tokens to autonomously uncover a novel enzyme system—dubbed ART, or Array-associated Reverse Transcriptase system—within bacteriophage DNA. The ART system exhibits a striking structural resemblance to CRISPR, boasting the capability to cut, copy, and paste DNA sequences.

Throughout this discovery process, human involvement was limited to providing initial exploratory prompts. The AI system independently executed the entire workflow, encompassing literature review, sequence alignment, and candidate screening. The existence of the enzyme system was ultimately verified through meticulous review by human scientists and subsequent wet-lab validation.

This breakthrough significantly expedites the traditional biological timeline for identifying new enzyme systems, heralding a transformative shift in life science research paradigms. Moreover, it brings us one step closer to realizing the vision of curing the most severe diseases within the next 5 to 10 years, with AI playing a pivotal role in this endeavor.