Explore groundbreaking research on brain aging, molecular mechanisms of memory decline, and potential interventions to preserve cognitive function.
Discover how Th2/Tc2 lymphocytes play a central role in pattern II multiple sclerosis lesions, challenging traditional understanding of MS pathology.
Explore the groundbreaking 2005 BPNA meeting at London's Institute of Child Health that transformed pediatric neurology research through ethical frameworks and genetic discoveries.
Explore the fascinating neurobiology of falls and discover how your brain maintains balance through complex neural networks and cognitive processes.
Exploring groundbreaking research transforming how we understand, diagnose, and treat affective disorders like depression and bipolar disorder.
Discover how BDNF mRNA and protein are targeted to dendritic laminas during epileptogenesis, revealing the molecular mechanisms behind epilepsy development.
Explore the neuroscience behind substance use disorders and understand why addiction is a chronic brain disease rather than a character flaw.
Discover how C. elegans, a microscopic worm, is revolutionizing our understanding of neuroimmunology by revealing the brain's active role in fighting disease.
Exploring how HIV establishes reservoirs in the brain, evades antiretroviral therapy, and causes neurocognitive disorders despite treatment.
Exploring the revolutionary CRISPR gene editing technology, its medical applications, ethical implications, and the future of biological research.