New brain research findings suggest long-term meditation may lead to less age-related gray matter atrophy in the human brain.
A new study has revealed that many mental disorders share a common structure in the brain. Six conditions were examined and found to be connected by the loss of gray matter in three specific areas related to cognitive functions such as self-control.
A new paper argues that there is a widespread misunderstanding about the true nature of traumatic brain injury and how it causes chronic degenerative problems.
New research finds that there is not a single type of schizophrenia, as thought, but 8 different genetic diseases.
Scientists have discovered that babies of the age from 9 to 16 months remember the names of objects better if they had a short nap. And only after sleeping can they transfer learned names to similar new objects.
Cocaine addicted individuals may continue their habit despite unfavourable consequences like imprisonment or loss of relationships because their brain circuits responsible for predicting emotional loss are impaired, according to a study published in The Journal of Neuroscience.
Scientists have discovered how a ‘mini-brain’ in the spinal cord aids in balance.
UCLA neurophysicists have found that space-mapping neurons in the brain react differently to virtual reality than they do to real-world environments. Their findings could be significant for people who use virtual reality for gaming, military, commercial, scientific or other purposes.
New research has highlighted the structural improvements on the brain observed in bilingual people who immerse themselves in two languages.
Good sleep in young and middle-aged people helps boost memory up to 28 years later, a new review of the evidence finds.
For the first time, scientists have revealed a mechanism underlying the cellular degeneration of upper motor neurons, a small group of neurons in the brain recently shown to play a major role in ALS pathology.
Finally this week, we know that our existence depends on a bit of evolutionary genius aptly nicknamed “fight or flight.” But where in our brain does the alarm first go off, and what other parts of the brain are mobilized to express fear and remember to avoid danger in the future? New research sheds some light on this question.