Discover how Major Histocompatibility Complex class I (MHCI) suppresses drug relapse by stabilizing the brain's reward circuitry, offering revolutionary insights for treating substance use disorders.
Exploring the convergence of functional neurosurgery and cognitive rehabilitation in rewiring the brain through neuroplasticity.
Explore how genetic tools are transforming neuroscience research in non-human primates, enabling precise neural circuit dissection and manipulation.
Neuroscience research reveals how binge-eating disorder becomes a hardwired habit through changes in brain circuitry and dopamine pathways.
Exploring the biological differences between male and female brains that shape behavior, cognition, and disease susceptibility.
Discover how genetic subtypes influence symptoms and treatment response in Prader-Willi syndrome, with a focus on topiramate efficacy based on chromosome 15 variations.
Discover how MoS2@TiO2 nanocomposites enable visual detection of dopamine through color changes, revolutionizing neurological disorder diagnosis.
Exploring how visual analytics and event-based clustering transform calcium imaging data into insights about brain function and neural communication patterns.
Exploring how the brain's generative adversarial network creates intrusive thoughts and new treatment possibilities
Exploring how neuroengineering combines biology, physics, and computation to understand and treat neurological disorders