Researchers at Salk Institute report astrocytes initiate communication between pairs of neurons during early development, inducing specific neural changes. Findings may have implications for neurodevelopmental disorders such as ASD and ADHD.
Researchers were able to dampen hyperexcitability associated with seizure disorders in rodent models by inducing biochemical alterations with glucosamine, a dietary supplement.
A new study has identified rare genetic variation in the Thorase protein that causes the breakdown of receptors at the connections between neurons in the brain. The anti-epilepsy drug perampanel can help reverse anti-social behaviors linked to schizophrenia that are associated with this genetic variation.
A new study reveals how fast spiking interneurons improve the efficiency of learning a new skill.
The strength of a memory depends upon the number of receptors in a synapse, researchers report.
A new study reveals a possible mechanism for the relationship between seizures early in life and later diagnosis of ASD.
Based on the actions of Arc, when one synapse strengthens, the neighboring synapses weaken, a new study reveals.
A new study sheds light on the genetic basis of fox behaviors and, researchers say, the findings could have implications for human behavior. The study reports the SorCS1 gene contributes to social behaviors in foxes.
A new study provides new insight into the molecular mechanisms that enable synaptic transmission critical for cognition.
A new study reports a protein made by astrocytes plays a critical role in brain plasticity by assisting with neural maturation and flexibility.
A new study reveals a mechanistic link between zinc levels in fetal development, genes and abnormal neural connections associated with autism.
A new study reports brown fat interacts with secretin, a gut hormone, to signal the feeling of fullness to the brain while eating.
