From figuring out where memories are stored to how sensory information translates to behavior, new technologies are helping neuroscientists better understand how the brain works.
Our team studied the activity of neurons in people with epilepsy. Neurons in the brain regions responsible for triggering seizures were much less diverse.
The key to understanding how brains can recover from trauma is that they are fantastically plastic – meaning our body’s supercomputer can reshape and remodel itself.
Cell cultures have shown promise in representing diseases. The Petri dish is not as different from a sick person as one might think.
Emotions play a key role in many types of spontaneous thoughts. Even microemotions — which are often fleeting and unconscious — can affect thoughts and influence attention.
Understanding how brain folding works could help researchers better diagnose and treat neurodevelopmental disorders.
Scientists have been mapping the brain for centuries. New visualization tools bring them one step closer to understanding where thoughts come from and new ways to treat neurological disorders.
The joint award recognizes the long road to deciphering the biology behind the brain’s ability to sense its surroundings – work that paves the way for a number of medical and biological breakthroughs.
Mounting research shows that going for a swim can preserve memories, reduce mood disorders and increase mental acuity in all age groups.
There’s buzz about MDMA – yes, the same ingredient in the street drug known as Ecstasy – being a game changer in the treatment of PTSD. A psychiatrist who treats PTSD says, “Not so fast.”
Scientists still still don’t fully understand how general anaesthesia affects the brain and body. A molecule found in bioluminescent stony coral may shed some light.
Adaptable neurons are tied to learning and memory but also to neurological disorders. By studying fruit flies, researchers found a mechanism that controls neuroplasticity.
Knowing what cells are more vulnerable could some day help researchers know why these cells are more vulnerable than others.
The mystery of how the brain creates consciousness still puzzles scientists, but the mechanics of waking up are starting to be understood.
Neurotrophic factors play an important role in protecting neurons – which is why researchers are investigating them as a treatment for Parkinson’s.
Artificial brains are far in the future, but computer chips that work like brains could keep computers advancing when today’s silicon transistor chips reach their limit.
Decades of research have shown that the brain does not yield its secrets easily.
Medical treatments involving neurostimulation are resurfacing and appear to be more effective than drugs in treating depression.
Amyotrophic lateral sclerosis, Lou Gehrig’s disease, is a crippling, progressive neurodegenerative disease for which there is no cure. Now it seems that a diabetes drug may help some cases.
A bioengineer explains how a clearer picture of brain structure and function may fine-tune the ways brain surgery attempts to correct structure and medication tries to correct function.