Four independent studies converge on the groundbreaking conclusion that the activity of long genes may be the key driver behind aging. This insight, marking a significant shift from traditional gene-specific aging theories, suggests that conditions affecting long gene activity, like smoking or caloric restriction, can accelerate or slow down aging, respectively.
Four independent studies converge on the groundbreaking conclusion that the activity of long genes may be the key driver behind aging. This insight, marking a significant shift from traditional gene-specific aging theories, suggests that conditions affecting long gene activity, like smoking or caloric restriction, can accelerate or slow down aging, respectively.
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