CPAP Therapy Improves Cognition in Parkinson's Patients with Sleep Apnea
First 6-month RCT shows PAP therapy meaningfully improves MoCA scores and motor function in Parkinson's patients with OSA.
Alzheimer's disease research, amyloid plaques, tau tangles, and cognitive decline
368 articles
First 6-month RCT shows PAP therapy meaningfully improves MoCA scores and motor function in Parkinson's patients with OSA.
New JAMA Neurology analysis reveals that chronic subdural hematoma carries significant long-term neurological effects that extend far beyond the risk of bleeding recurrence.
Stanford researchers find pioglitazone and liraglutide improve CNS insulin signaling, measured via neuron-derived vesicles in blood.
New research reveals how amyloid-β triggers a calcium-cholesterol cascade in brain cells that clogs the glymphatic system — and how statins may reverse it.
Allez au-delà des notions fondamentales et explorez les mécanismes moléculaires sous-jacents au flux glymphatique, aux canaux hydriques AQP4, aux lymphatiques méningés, et comprenez pourquoi leur dysfonctionnement est à l'origine de la neurodégénérescence.
Découvrez comment votre cerveau élimine les déchets toxiques pendant que vous dormez — et pourquoi ce nettoyage nocturne est l'une des choses les plus importantes que vous puissiez faire pour la santé à long terme de votre cerveau.
Large European study of 10,000+ older adults reveals loneliness impacts baseline memory but doesn't speed up mental decline over time.
Researchers develop novel immunotherapy using modified brain cells to target Alzheimer's pathology directly in the brain.
New review reveals how protein clumps and cellular powerhouses work together to drive neurodegeneration in Parkinson's disease.
New research reveals how brain immune cells destroy smell-related nerve connections in early Alzheimer's, offering hope for earlier detection.
Review explores advanced drug delivery systems and analytical methods to improve donepezil effectiveness for Alzheimer's disease.
New MRI technology reveals a previously unknown waste-removal pathway in the human brain that could transform how we treat neurodegenerative diseases.