Explore the role of neurogenic genes in brain development, evolution, and potential therapies for neurological disorders.
Discover how brain tumors integrate into neural circuits, hijack synaptic connections, and fuel their growth through groundbreaking neuroscience research.
Explore how AI and genetics are revolutionizing our understanding of the brain through detailed gene mapping techniques.
Exploring the crucial link between cholesterol biosynthesis dysfunction and Huntington's disease progression, with promising therapeutic approaches.
Discover the incredible role of the hypothalamus - the tiny conductor of your body's symphony that governs hunger, emotions, sleep, and hormones.
Explore the fascinating discovery of Attractin and its critical role in central nervous system myelination through studies of tremorous rats and dark-coated mice.
Explore how the cerebellum's Journal Club is revolutionizing our understanding of the 'little brain' and its role in cognition, emotion, and social skills.
Discover how the Cacna1a knockin mouse model transformed migraine research by revealing the genetic and neurological mechanisms behind cortical spreading depression.
Exploring the science behind schizophrenia - from dopamine hypothesis to neurodevelopmental theories and the latest research findings.
Explore the fascinating science behind consciousness and how neuroscientists are unraveling the mystery of how brain activity creates subjective experience.