Groundbreaking pharmacotherapies are challenging old assumptions about Down syndrome, offering real hope for enhancing cognition, independence, and quality of life.
Explore how precision medicine is transforming treatment for Dravet syndrome, a rare genetic epilepsy, through groundbreaking gene therapy and targeted approaches.
Exploring how social neuroscience bridges psychiatry and neurology by revealing how social experiences physically reshape our brains.
Exploring the neurobiological mechanisms behind intractable epilepsy, including diagnostic criteria, pathological circuits, and emerging treatments.
Exploring the pathogenesis and clinical significance of Ammon's horn sclerosis (hippocampal sclerosis), a major cause of temporal lobe epilepsy.
Exploring the neurobiology of functional neurological disorders characterized by impaired awareness, including brain network dysfunctions and cutting-edge treatments.
Exploring how Independent Component Analysis reveals resting-state networks in rodent brains and their implications for neuroscience research.
Discover how dynein, the molecular motor, orchestrates the precise dance of chromosome biorientation during cell division, with implications for cancer therapy and biomaterials.
Exploring how Bufo bufo gargarizans toads adapt their brain morphology to survive in high-altitude environments
Explore how cutting-edge brain connectome research is revolutionizing our understanding of schizophrenia as a network disorder.