AI Decodes Genetic 'On Switch' in Human DNA
UC San Diego researchers use artificial intelligence to identify the 'initiator' sequence in 60% of human genes.
A digital 3D model of a human DNA strand with a specific section glowing to represent a genetic switch.
Photo: Kronos Digital News
Researchers at the University of California San Diego have used artificial intelligence to decode a critical genetic "on switch" known as the initiator [1]. This DNA signature determines exactly when specific genes activate within the human body [1]. By analyzing 500,000 DNA sequences, the AI model identified this switch in approximately 60% of human genes [1].
This discovery offers a new way to understand how the human genome functions at a fundamental level [1]. Scientists believe this breakthrough will significantly improve the ability to predict the effects of harmful mutations [1]. Identifying these patterns helps researchers pinpoint where genetic errors might lead to disease [1].
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