Putting sleep deprivation under the microscope yet again, Matt explores our "genetic workforce" of 20,000 genes operating on a precise 24-hour cycle. He details 2013 research showing that just one week of six-hour nights alters 711 genes - three percent of the human genome. This shift disrupts the circadian clock’s coordination, moving the body away from essential repair toward cellular stress and inflammatory markers. Matt also examines the tissue-specific damage of sleep loss, explaining ho...
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Putting sleep deprivation under the microscope yet again, Matt explores our "genetic workforce" of 20,000 genes operating on a precise 24-hour cycle. He details 2013 research showing that just one week of six-hour nights alters 711 genes - three percent of the human genome. This shift disrupts the circadian clock’s coordination, moving the body away from essential repair toward cellular stress and inflammatory markers. Matt also examines the tissue-specific damage of sleep loss, explaining ho...
#120 - How Sleep Deprivation Hijacks Your Genetic Code
The Matt Walker Podcast
20 minutes
2 days ago
#120 - How Sleep Deprivation Hijacks Your Genetic Code
Putting sleep deprivation under the microscope yet again, Matt explores our "genetic workforce" of 20,000 genes operating on a precise 24-hour cycle. He details 2013 research showing that just one week of six-hour nights alters 711 genes - three percent of the human genome. This shift disrupts the circadian clock’s coordination, moving the body away from essential repair toward cellular stress and inflammatory markers. Matt also examines the tissue-specific damage of sleep loss, explaining ho...
The Matt Walker Podcast
Putting sleep deprivation under the microscope yet again, Matt explores our "genetic workforce" of 20,000 genes operating on a precise 24-hour cycle. He details 2013 research showing that just one week of six-hour nights alters 711 genes - three percent of the human genome. This shift disrupts the circadian clock’s coordination, moving the body away from essential repair toward cellular stress and inflammatory markers. Matt also examines the tissue-specific damage of sleep loss, explaining ho...
