UNIGE scientists have identified a brain circuit that may be at the root of the social difficulties experienced by ...

Changes in brain connectivity before and after puberty may explain why some children with a rare genetic disorder have a ...

Scientists at Wenzhou Medical University and Xiamen University have shown how autism symptoms in mice arise when a certain pair of competing nerve proteins falls out of equilibrium. The results of ...

Two major studies from Harvard and MIT uncover a surprising link between the immune system and the brain, revealing how ...

A sugar-based compound, CSP-TTK21, restores learning and memory in autism mouse models The treatment targets epigenetic changes by promoting histone acetylation This is the first direct link ...

In mice, autism-like symptoms emerge when the balance between two nerve proteins, MDGA2 and BDNF, is disrupted. Reduced MDGA2 levels lead to increased BDNF activity, resulting in altered social ...

In mice, autism symptoms arise when a certain pair of competing nerve proteins falls out of equilibrium, according to a new study. In mice, autism symptoms arise when a certain pair of competing ...

The study reveals that ... Apr. 1, 2025 — In mice, autism symptoms arise when a certain pair of competing nerve proteins falls out of equilibrium, according to a new ... Repetitive Behaviors and ...

Summary: Researchers have identified changes in brain connectivity before and after puberty that may explain why some children with chromosome 22q11.2 deletion syndrome are more susceptible to autism ...

Results: In the corpus callosum of Shank3B autism model mouse, we observed a significant increase in myelinated axon density, accompanied by thinner myelin sheaths compared to wild-type. Additionally, ...