Hyperactive microglia immune cells may play a significant role in the development of ALS, researchers report.
Ketamine and exposure to 60-hertz flickering light show promise as a potentially new, non-invasive therapy to help rejuvenate the aging brain.
Study reveals the role astrocytes play in the crucial closing period of brain plasticity following birth. The findings could help in the development of strategies to reintroduce plasticity in the adult brain.
A new study reveals humans and mice have significant differences in how oxidative stress and inflammation trigger immune response genes in astrocytes. Researchers suggest lab models of neurodegeneration should incorporate specially engineered mouse models with lower resistance to oxidative stress, rendering them more human-like.
The hepaCAM protein plays a critical role in the communication and coordination of astrocytes as they build synapses. The findings shed new light on potential biological mechanisms behind ASD and epilepsy.
Secondary infections and novel inflammatory events, even ones that occur external to the brain, amplify the brain's immune response and detrimentally impact cognition in mouse models of Alzheimer's disease.
The effects of intoxication, such as slurred speech and poor coordination, are a result of the breakdown of alcohol products in the brain and not the liver.
Astrocytes help transition the brain from a highly plastic state to one that is more stable.
Astrocytes influence how long, and how deeply, mice sleep, a new study reports.
Researchers investigate the role the blood-brain barrier may play in age-related memory problems.
Astrocytes derived from pluripotent stem cells of bipolar patients provide suboptimal support for neural activity. The malfunction can be traced to the inflammation-promoting molecule, interleukin-6.
Astrocytes in the striatum appear to play a critical role in stuttering. Researchers found treatment with risperidone helped reduce stuttering by increasing the metabolism of striatal astrocytes.
