Exploring how the cerebral cortex balances local specialization and global integration through cortical gradients and neural circuitry.
Exploring the neuroscience behind love and addiction, their similarities, differences, and implications for treatment.
Discover how insects use active amplification in their ears to achieve remarkable hearing capabilities that rival vertebrates.
Exploring how stress and diet affect brain-gut pathways in animal models of depression and the implications for human mental health treatment.
Exploring the remarkable therapeutic potential of α-MSH, a natural hormone, in treating various eye diseases through its anti-inflammatory, cytoprotective, and regenerative properties.
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.