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Researchers use artificial intelligence to create synthetic DNA that precisely controls gene activity in healthy mouse cells.

AI methods such as large language models (LLMs) like GPT-4 and machine learning help advance genomics research.

A new generative AI can predict how changes in DNA might affect cells and even design new DNA sequences to change how cells work.

MIT study on fruit fly cells shows how RNA edits vary among individual neurons, potentially affecting brain function and offering insights for genetic therapies.

No freezing required

Scientists show how changing chemical marks on a single gene in brain cells can strengthen or weaken memories, offering new insights into treating memory disorders.

Scientists in Japan have moved a special mating habit from one type of fruit fly to another using gene changes, showing how small tweaks can create new actions.

A global team releases a powerful tool mapping 20,000+ genes, blending human and animal data for better science.

Human DNA can be found almost everywhere — raising ethical issues.