Discover how scientists identified TZAP, a new protein that trims telomeres to maintain cellular health and combat aging.
Explore the neuroscience behind giving and receiving support, revealing how helping others activates unique brain pathways that reduce stress and enhance wellbeing.
Explore the science behind hazardous drinking and alcohol use disorders, including cutting-edge neuroscience research and evidence-based treatments offering hope for recovery.
Exploring the NHLBI Working Group's recommendations on cerebrovascular biology and disease, and how recent discoveries are transforming neurological medicine.
Explore the groundbreaking discoveries in learning and memory research from 1999, including cognitive reserve theory and memory system models.
Explore how computational chemist John Chodera uses statistical mechanics, machine learning, and molecular simulations to advance drug discovery and combat cancer resistance.
Discover how scientists achieved the breakthrough detection of ets-2 gene transcripts in human brain tissue at attogram levels using competitive RT/PCR methodology.
Explore the fascinating three-dimensional structure of GCAP-2, a calcium-sensitive protein essential for vision, and its role in phototransduction and disease.
Explore groundbreaking approaches to tobacco dependence treatment, including neurobiological insights, phase-based frameworks, and innovative community pharmacy interventions.
Exploring how Huntington's disease disrupts cholesterol biosynthesis in the brain and the potential therapeutic implications of this discovery.