Sleep protocols, circadian rhythm, sleep supplements, and tracking technology.
Sleep Disorders
Acute sleep deprivation triggers a counterintuitive neurochemical response: increased cerebral serotonin 2A (5-HT2A) receptor binding. Th...
Jet Lag
Most travelers achieve only 2-4 hours of fragmented sleep on long-haul flights. This article reveals the chronobiological conditions that...
Jet Lag
Long-haul flight sleep presents a unique challenge: the need for extended consolidation in a suboptimal environment. This article explore...
Circadian Rhythm
Cesarean delivery disrupts both circadian rhythm and gut microbiota through surgical stress, anesthesia exposure, and immobility. Women r...
Sleep Disorders
Post-COVID syndrome disrupts both sleep architecture and gut barrier function through vagal nerve dysfunction. Recent research reveals sp...
Sleep Supplements
Magnesium glycinate combines two sleep-promoting compounds in a single molecule: magnesium's role in GABA synthesis and glycine's indepen...
Sleep Supplements
Magnesium glycinate combines two sleep-promoting compounds in one molecule—magnesium's NMDA antagonism and glycine's inhibitory neurotr...
Sleep Protocols
The biohacking community claims cold sleeping boosts deep sleep, but recent neuroscience reveals a more nuanced picture. We examine the p...
Sleep Protocols
Cold sleeping environments have become a biohacking staple, but recent research paints a more complex picture than 'colder equals deeper ...
Circadian Rhythm
Most people take melatonin at the wrong dose and wrong time. New research reveals that 0.5mg melatonin administered 4-6 hours before desi...
Sleep Protocols
Most sleep optimization strategies ignore the thermoregulatory cascade required for sleep onset. New clinical data reveals why manipulati...
Sleep Protocols
You know about sleep cycles, circadian rhythms, and the perfect supplement stack—but you're still scrolling at midnight. Research revea...