Polygenic Scores Could Unlock New Frontiers in Sleep Research
Researchers argue polygenic scores offer a powerful new lens for understanding the genetic architecture of sleep traits.
Sleep architecture, circadian rhythms, recovery protocols, and the science of rest
214 articles
Researchers argue polygenic scores offer a powerful new lens for understanding the genetic architecture of sleep traits.
New twin study finds Alzheimer's genetic risk reduces how much personal experiences protect cognition — and poor sleep amplifies genetic effects.
A new perspective challenges the standard PLMI metric, calling for richer, more clinically meaningful ways to assess sleep movement disorders.
A new editorial questions whether automated algorithms can match expert clinical judgment in home ventilation management for sleep-disordered breathing.
Depleting CD11b+ macrophages in sleep apnea mice dramatically improved insulin sensitivity and reduced tissue inflammation.
Leading Harvard sleep scientists issue a formal response addressing new findings on sleep and circadian health research.
New obesity medications are transforming OSA treatment, but key questions remain about optimal strategies for cardiometabolic risk reduction.
Moderate weekend sleep extension (≤2 hrs) cuts adolescent anxiety risk in half, but too much or too little backfires.
Electrical brain stimulation during N3 sleep reduces impedance, suggesting enhanced glymphatic clearance of toxic proteins like amyloid beta.
A new perspective paper argues that consistent sleep timing deserves far more attention than total sleep hours in health research.
New EEG research reveals measurable sleep microstructure abnormalities in Long COVID patients, offering clues to why rest feels unrefreshing.
A large UK Biobank study links poor sleep regularity to higher risks of three major age-related eye diseases and measurable retinal thinning.