Analyzing networks within the brain can help researchers determine the risks for aphasia when deciding to operate to remove brain tumors.
Researchers identify the exertion level where aerosol particle emission increases exponentially, offering an explanation as to why exercise intensity may be linked to the transmission of infections.
From elite athletes to students preparing to take an exam, people sometimes become overwhelmed by the pressure and this affects their ability to access their performance ability. Researchers reveal techniques to help prevent choking under pressure.
More frequent hospital and doctor's office visits in the years leading up to multiple sclerosis diagnosis with early MS type symptoms are usually associated with a prodromal phase of the disease, when they should be regarded as an ongoing progression of the autoimmune disorder.
A new technique allowed researchers to evaluate the distribution of lithium levels in the human brain. Findings revealed those without depression had significantly more lithium in the brain's white matter than in gray matter. By contrast, those with depression or suicidal ideations had more balanced distribution of lithium in both white and gray matter.
A new study discusses the key challenges of the fusion between neuroscience and robotics.
The activity of a network of dopamine neurons reflects both the innate preferences for smell and taste, as well as the physiological state of fruit flies.
Researchers have identified a neural circuit in the brain of fruit flies that help them perform to their best ability while searching for food.
People with functional dizziness do not appear to process sensory-motor impression correctly. Instead, they rely on a stored memory model which no longer matches immediate reality.
A study of over 200,000 people found no evidence that vaccinations increase the risk of developing multiple sclerosis, or the onset of an initial MS episode.
Study reveals the brain yields at least three different responses to pain, and these responses are independent of each other.
Researchers report a neural network called the isthmic system helps us to select visual objects that catch our attention.
