This paper reviews the molecular mechanisms of autophagy and presents a daily protocol combining intermittent fasting, exercise, and natural compounds to activate AMPK-mTOR pathways for longevity.
Based on recent Cell and Nature findings, this paper elucidates how PER protein liquid-liquid phase separation governs circadian precision and proposes a non-pharmacological sleep repair protocol.
Drawing on recent clinical data from Harvard and Stanford, this paper reveals how photoperiod and gut microbiota synergistically repair deep sleep via the melatonin–short-chain fatty acid axis, and provides actionable circadian reset protocols.
This review identifies the mitochondrial basis of chronic fatigue in office workers and provides a quantifiable protocol combining NAD+ precursor supplementation with timed light exposure to restore cellular energetics.
This paper synthesizes recent findings from Harvard Medical School and Scripps Research, demonstrating how core clock genes govern sleep depth via mitochondrial dynamics and NAD+ metabolism, with three RCT-validated interventions.
Drawing from Harvard Health and Nature research, this article reveals how the Omega-6/Omega-3 imbalance acts as a lipid metabolic switch driving chronic inflammation, and provides a precise fatty-acid balancing protocol.
A mechanistic review of how the circadian clock gates mitochondrial autophagy via NAD+/SIRT1, and a time-restricted intervention protocol to restore slow-wave sleep.