Anthropic announced that its Claude artificial intelligence model had examined extensive DNA databases and identified the fundamental characteristics of an enzyme system that had not previously been fully characterized. The company said that some structures in the system, called ART, resemble mechanisms observed in CRISPR.
Claude detected an unusual structure centered around the reverse transcriptase (RT) enzyme, which can copy genetic information in RNA into DNA. Although RT was already known, the model linked protein-coding-free DNA sequences and an additional protein with an unknown function to the same system. Anthropic emphasized that the finding was not the discovery of a new enzyme by artificial intelligence alone, but rather the uncovering of overlooked relationships in existing data.
It is not yet known whether ART is a gene-editing tool; experiments are needed to determine its biological function. CRISPR is a technology that can cut and modify DNA. Anthropic has also established a biology laboratory in the San Francisco Bay Area for its research.
Why it matters
The study shows that the role of artificial intelligence in biology is not limited to summarizing existing knowledge, and that it can highlight as candidates connections in large datasets that researchers may have overlooked. However, a relationship identified in a computer environment does not, by itself, explain how the enzyme works or what it could be used for; experimental validation will therefore be decisive. The findings present a biological possibility worth monitoring, particularly for gene-editing research, but it is not yet possible to conclude that ART could be used as a CRISPR-like tool. Anthropic’s establishment of a biology laboratory also shows that testing such computational findings through laboratory studies has become part of the company’s research approach.
Background
Claude is not a new name in the FikirPilot archive: we have published 12 news articles mentioning this name in the past 90 days; the most recent was dated 19 September 2026.