Neuroscience

Neuroscience (link.springer.com):
New immune signature in autoimmune encephalitis with intracellular targets
Neuroscience (psypost.org):
Scientists finds altered attention-related brain connectivity in youth with anxiety. Young people with generalized anxiety disorder showed stronger connectivity within a specific brain network that helps detect unexpected events.
Neuroscience (psypost.org):
Amphetamine scrambles the brain’s sense of time by degrading prefrontal neuron coordination. Researchers found that a single dose of amphetamine disrupted mice’s ability to judge time accurately by altering how neurons in the prefrontal cortex represent time.
Neuroscience (psypost.org):
Glymphatic dysfunction linked to cognitive performance deficits in adults with ADHD, study finds. The findings suggest that disruptions in the brain’s waste clearance system could help explain some of the persistent memory and attention problems seen in adults with the condition.
Neuroscience (news.uthscsa.edu):
Stress can lead to Alzheimer’s disease in women who are post-menopausal
Neuroscience (medicine.washu.edu):
Instead of neurons, brain cells called astrocytes dominate in shaping responses to signals involved in vigilance, a mouse study shows. This suggests that astrocytes should be a greater focus as therapeutic targets for treating attention, memory, and emotional disorders
Neuroscience (massgeneralbrigham.org):
Mass General Brigham Researchers Pinpoint ‘Sweet Spot’ for Focused Ultrasound to Provide Essential Tremor Relief
Neuroscience (theconversation.com):
Urban environments significantly increase risk of developing asthma – new research
Neuroscience (earth.com):
Sitting for hours daily shrinks your brain, even if you exercise. Research showed that even older adults who exercised for 150 minutes a week still experienced brain shrinkage if they sat for long hours. Memory declined, and the hippocampus lost volume
Neuroscience (today.duke.edu):
Brain imaging study reveals the power of 'eureka moments'. New evidence from brain imaging research shows that these flashes of insight aren't just satisfying - they actually reshape how your brain represents information, and help sear it into memory.