Continued brain training can help concussion victims By Press Release • May 23, 2017 Learning about the brain after traumatic brain injury can help with the long-term recovery process; how the training works is a mystery.
After a painful break-up, a placebo can help By Press Release • Apr 24, 2017 Sham therapy can affect how depressed you feel after breaking up; MRIs of the brain show increased emotion-modulating activity with a placebo effect.
How important is the ‘GPS’ in your brain? By Press Release • Apr 1, 2017 The hippocampus has long been known to be associated in the brain with our sense of direction or mapping the environments we navigate.
Serotonin, seasonal depression, & the Carolina sun By Paul Katula • Feb 23, 2017 During winter when the days get shorter, some people experience a form of depression known as seasonal affective disorder. It's about brain chemistry.
Sleeping, our brains make beautiful waves By Press Release • Feb 13, 2017 Scientists in Mass. have found a new way to analyze brain waves to determine what stage of sleep we're in during the night. Pretty.
Good sleep recalibrates your brain cells By Press Release • Feb 11, 2017 How does good sleep affect your capacity for learning and for remembering what you learn? Hopkins scientists have some answers.
Cerebral cortex altered in teens who drink By Press Release • Jan 18, 2017 When adolescents drink heavily, their cerebral cortex is changed, and these changes may play a role in adverse effects later in life.
Mice remember well where they get high By Paul Katula • Jan 11, 2017 Even if key areas of the brain are dysfunctional, mice can learn to associate smell and look of a location with the availability of cocaine.
Parents obese? You might be slow. By Press Release • Jan 2, 2017 Children of obese parents are more likely to fail tests of fine motor skills and personal-social skills than those of normal-weight parents.
Runners’ brains, like musicians’, more connected By Press Release • Dec 14, 2016 Research shows that runners' brains, like those of musicians, are more connected in their networks of neurons. What's that about?