A team of researchers discovered that in mice, short-chain fatty acids found in the gut have the potential to protect brain cells from potential damage due to inflammation following a stroke.
Search Results: Kimberley Ndungu (15)
A team of researchers has discovered that changes in speed of electrical signals across the optic nerves may reflect recovery of the myelin loss during multiple sclerosis.
A team of researchers discovered how amyloid-β and tau proteins work together to disrupt cell communication in the brains of individuals with Alzheimer’s disease.
Using fluorescent tags, a team of researchers discovered a novel mechanism for synaptic plasticity that may have pharmacological applications in the treatment of epilepsy.
Scientists have discovered that an artificial intelligence program, coupled with the chemical analysis of blood samples, could speed up brain tumor diagnosis.
Biogen (MA, USA) and Eisai Co. (Tokyo, Japan) have announced plans to pursue regulatory approval…
Four studies presented at SfN Neuroscience have demonstrated how the microbiome interacts with the brain in mice, revealing the possible mechanisms behind gut–brain communication.
Researchers have discovered that more women and less men are diagnosed with amnestic mild cognitive impairment when sex-specific scores are used.
Researchers discover molecular process that may hold potential to accelerate nerve injury recovery in mice
By manipulating molecular models, researchers discover protein that could accelerate recovery from peripheral nerve injury.
In a recent follow-up study, researchers discovered that when used as a dietary supplement, choline was able to reduce symptoms associated with Alzheimer’s disease in female mice.