The remarkable evolution of antidepressants from the tricyclic era to the revolutionary promise of ketamine and beyond.
Neurobiological research reveals how childhood sexual abuse physically reshapes the developing brain and biological stress systems with lifelong consequences.
Explore how psychobiology has transformed our understanding of depression, anxiety, and bipolar disorder through groundbreaking research in inflammation, genetics, chronobiology, and neural imaging.
Exploring lithium's remarkable effects on suicide prevention and treatment-resistant unipolar depression, backed by clinical evidence and mechanisms of action.
Exploring cutting-edge research transforming schizophrenia from an enigmatic disorder into a decipherable neurobiological phenomenon.
Explore how X-gal staining reveals the secrets of the Drosophila central nervous system, enabling breakthroughs in neuroscience research.
Breakthroughs in synapse research reveal these neural connections as sophisticated, ever-changing structures that hold keys to treating diseases and enhancing cognition.
Exploring how molecular switches and cages are transforming medicine and materials science through precise nanoscale engineering.
Exploring the complex relationship between BMI and dementia risk across different age groups, based on groundbreaking research from the Framingham Offspring Cohort.
Explore the glutamate-glutamine cycle, the brain's essential recycling system for neurotransmitters, and its role in cognition, memory, and neurological health.