24-Hour Rest-Activity Rhythms Linked to Rate of Biological Aging
Dr. Maher, Dr. Spira, and Chunyu Liu join the program to discuss new research linking daily activity–rest rhythms measured by wrist accelerometers to biological aging measured with epigenetic clocks. They explain circadian rhythms and the suprachiasmatic nucleus, describe the long-running Baltimore …
Dr. Maher, Dr. Spira, and Chunyu Liu join the program to discuss new research linking daily activity–rest rhythms measured by wrist accelerometers to biological aging measured with epigenetic clocks. They explain circadian rhythms and the suprachiasmatic nucleus, describe the long-running Baltimore …
Dr. Maher, Dr. Spira, and Chunyu Liu join the program to discuss new research linking daily activity–rest rhythms measured by wrist accelerometers to biological aging measured with epigenetic clocks. They explain circadian rhythms and the suprachiasmatic nucleus, describe the long-running Baltimore …
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