New research reveals that gut imbalances in children with autism may influence brain activity and behavior by disrupting the ...

A new USC study suggests that gut imbalances in children with autism may create an imbalance of metabolites in the digestive system—ultimately disrupting neurotransmitter production and influencing ...

Imbalance in the digestive system may disrupt brain signals and influence behavioural symptoms in children with autism, ...

A new USC study suggests that gut imbalances in children with autism may create an imbalance of metabolites in the digestive ...

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 and ...

A new USC study reveals how gut-derived metabolites influence brain activity and autism-related behaviors. The research ...

From birth, human survival depends on the ability to engage with others. This ability, which is essential for development, ...

A gut microbiome study identifies associations between gut microbial tryptophan metabolites, ASD symptoms, and brain activity in children.

Essentially, the brain acts as the intermediary between gut health and autism-related behaviors. Previous studies highlighted differences in gut microbiomes and brain structures in autism, but our ...

A new USC study suggests that gut imbalances in children with autism may create an imbalance of metabolites in the digestive system — ultimately disrupting neurotransmitter production and influencing ...

UNIGE scientists identified a brain circuit where lies the origin the social difficulties experienced by people with autism spectrum disorders.

Imbalances in the digestive system may influence brain signals and contribute to behavioural symptoms in children with autism, according to a new study by researchers from the University of Southern ...