Hippocampal Ripples Drive Brain's Ability to Plan and Solve Novel Problems
New research reveals how sleep-like brain waves coordinate memory replay and flexible thinking in real time.
446 articles in this topic
New research reveals how sleep-like brain waves coordinate memory replay and flexible thinking in real time.
A liver enzyme released during exercise may rejuvenate brain blood vessels and protect against cognitive decline and Alzheimer's pathology.
A large UK Biobank study finds sleep duration, napping, and sleeplessness independently predict white matter damage tied to dementia risk.
A randomized study finds that disclosing financial compensation during recruitment calls lowered consent rates by up to 13 points in Alzheimer's research.
A Harvard-developed digital seed amplification assay can precisely quantify TDP-43 protein aggregates in CSF, offering a potential diagnostic breakthrough for frontotemporal dementia.
JAMA publishes a poem exploring the intersection of medicine and verse, reflecting on the human dimensions of clinical practice.
A short literary piece in JAMA offers a humanizing perspective on clinical care and the patient-physician relationship.
Scientists image NMDA receptors at atomic resolution, uncovering how calcium enters and magnesium blocks the channel underlying neuroplasticity.
New research links excess astrocytic cholesterol to impaired brain clearance โ a potential key mechanism driving Alzheimer's progression.
fMRI study finds sport participation โ not collision exposure โ shapes neural processing in children's inhibitory control.
A memory clinic study finds 70% of patients tested positive for Alzheimer's pathology, with testing volumes exploding since new treatments arrived.
Combining polygenic and transcriptional risk scores from blood raises Alzheimer's detection accuracy, offering a less invasive screening path.