Throughout our lifetimes, we have acquired the ability to do a variety of skilled movements, from driving a car to swinging a tennis racket. You might believe that only neurons carry out this learning, but a recent study by scientists at The Picower Center for Learning and Memory at MIT demo
A novel brain link may provide a new therapeutic target for the treatment of mental illness by explaining how early stress and adversity cause the reward circuit in the brain to function improperly. This circuit's dysfunction is regarded to be the root cause of a number of severe illnesses,
A study revealed a crucial reason to keep in touch with friends and family. Social isolation promotes memory and learning deficiencies, as well as other behavioural abnormalities
Even though they both develop in the same person and share the same genes, skin cells and brain cells are clearly distinct. They differ because each cell type expresses a unique set of genes that are distinct from those expressed by the other. This is made possible by cellular mechanisms tha
Despite the fact that they both develop in the same person and share the same genes, skin cells and brain cells are clearly distinct. They differ because each cell type expresses a different set of genes than the others. Cellular mechanisms that tightly regulate gene expression make this pos
The cerebellum, or our little brain, is mainly responsible for our motor skills. Furthermore, the structure is important for behaviour and cognition. The cerebellum is a part of your brain located at the back of your head, just above and behind where your spinal cord connects to your brain i
New research has revealed that the tau protein, which is important in the development of Alzheimer's disease, is also involved in normal learning processes in the healthy brain, potentially providing a target for future drug therapies.
New research has revealed how the tau protein, a critical element in the formation of Alzheimer's disease, is also involved in normal learning processes in the healthy brain, potentially providing a focal point for future drug therapies.
Research from the University of Virginia School of Medicine suggests how a newly developed gene therapy can treat Dravet syndrome, a severe form of epilepsy, and potentially prolong survival for people with the condition.
A study has connected the Huntington's disease mutation to metabolic anomalies that cause developmental defects in the brain's oligodendrocyte cells. They found that high doses of biotin and thiamine can bring normal functions back.
New research published today by the University of Southampton shows new insight into how our brain develops, which can pave the way for treating neurological disorders.