Your Daily Movement Habits Shape How Your Brain Responds to Exercise
How you spend your 24 hours โ sleeping, sitting, or moving โ determines your baseline brain function and exercise responsiveness.
960 articles in this topic
How you spend your 24 hours โ sleeping, sitting, or moving โ determines your baseline brain function and exercise responsiveness.
A Framingham study of 2,844 adults links impaired endothelial function to higher Alzheimer's risk, brain shrinkage, and white matter damage.
A new AI classifier using just 15 proteins achieves 95.5% AUC accuracy across Alzheimer's, Parkinson's, FTD, and Lewy body dementia.
New research reveals how the brain decides which memories to link โ and which to keep separate โ with major implications for cognition and dementia.
A tiny brain region called the CGIC acts as a pain switch. Silencing it prevented and even reversed chronic pain in animals.
New research links internalized stress and hopelessness to faster memory decline, pointing to a modifiable risk factor for cognitive aging.
Avlayah (tividenofusp alfa-eknm) becomes the first therapy approved to address brain damage in Hunter syndrome, a rare pediatric disorder.
NYU professor Scott Galloway and Andrew Huberman unpack what it takes for men to build meaning, health, and economic stability today.
Depleting CD11b+ macrophages in sleep apnea mice dramatically improved insulin sensitivity and reduced tissue inflammation.
A six-camera 3D system tracks whole-face mouse movements at sub-mm precision, unlocking new windows into neural and physiological states.
New research reveals brain movement inside the skull is mechanically driven by abdominal contractions, not heartbeat or breathing.
McGill researchers pinpointed two brain cell types altered in depression, opening doors to targeted biological treatments.