562 articles in this topic
A 7-year NIH-led study finds over half of Ebola survivors experience lasting cognitive dysfunction, persistent headaches, and depression.
Yale researchers show BCI learning accelerates when neural mappings align with the brain's natural activity geometry, a breakthrough for neurotechnology.
A published erratum flags missing funding and funder role information in a recent JAMA Neurology study, raising transparency questions.
A cohort of 18,000+ children and adults self-reported seizure durations, revealing patterns that could reshape clinical tracking and care.
New research reveals that cognitively resilient brains use fewer, more stable neurons — a finding that could unlock therapies to delay dementia.
A 6,000+ organoid study links specific cellular phenotypes to microcephaly, polymicrogyria, epilepsy, and intellectual disability with 92% classification accuracy.
New research reveals that the molecular state of immature neurons in the aged hippocampus predicts cognitive resilience — not just their number.
A specific cholinergic brain circuit drives post-surgery memory decline in aging — and reactivating it rescues both cognition and neurogenesis.
Columbia researchers reveal how basolateral amygdala neurons juggle multiple emotional variables simultaneously, enabling precise behavioral readouts.
Losing a key cholinergic peptide dramatically worsens memory in Alzheimer's mice, pointing to a overlooked pathway in cognitive decline.
New research shows tau pathology disrupts neuronal cargo transport before tangles form — and a kinase inhibitor can reverse it.
Prolonged sleep duration and later wake times predict faster cognitive decline, especially in older adults with amyloid and tau buildup.
