New brain imaging study shows nostalgic music triggers powerful emotional and autobiographical brain responses, especially in aging listeners.
A new study finds that brain connectivity patterns can predict different types of mental health symptoms, with distinct features linked to internalizing and externalizing behaviors across development.
A new case report describes how two multiple sclerosis patients showed reduced brain lesions and symptom improvement following ibogaine treatment.
Brain scans of police recruits reveal that amygdala activity before trauma exposure predicts PTSD risk, offering new insights into why some individuals develop symptoms while others remain resilient.
Scientists have discovered that dopamine helps modify reward memories, making previously desirable experiences seem less appealing over time.
Subtle motor difficulties in children are linked to white matter structure, but a new study suggests these brain differences are not unique to ADHD.
Newborn brains already show sex differences in structure, with male infants having more white matter and female infants having more grey matter, according to a new study.
Elite athletes showed improved cognitive performance after defecating, especially with magnesium supplementation. The study suggests an unexpected link between gut function and rapid decision-making.
The brain works harder to process music without drum and bass. A new study shows that these elements drive rhythm perception and movement-related brain activity in pop music listening.
New research reveals that non-invasive vagus nerve stimulation alters brain function in rats, providing clues about its impact on neurological and psychiatric conditions.
Research suggests that maintaining a good diet and managing belly fat in midlife may protect brain health later, highlighting the importance of lifestyle choices for cognitive aging.
Traumatic brain injury may reshape how neurodegenerative proteins spread in the brain. A new study found that while amyloid-beta and tau levels were not significantly higher, they accumulated in different regions, potentially altering the aging brain’s vulnerability to disease.
A new study finds that inhibiting the cortical amygdala in mice reduces aggression and encourages social behavior, uncovering a key brain region that influences social interactions.
Your brain loves social media—maybe too much. Every like, comment, and video activates dopamine, reinforcing compulsive scrolling.
Scientists found that air pollutants trigger a chemical change (S-nitrosylation) in a vital brain protein (CRTC1), disrupting memory-related gene activity. Blocking this process partially restored memory in Alzheimer’s mice and could lead to new treatments.