Breakthrough in Autism Research: Key Metabolic Pathways Identified

Recent studies highlight early metabolic changes in children, paving the way for new diagnostic and treatment strategies.

Researchers at UC San Diego identify 14 key biochemical pathways responsible for the majority of metabolic changes in autism.
Early metabolic profiles in children could lead to advancements in early detection and intervention for autism spectrum disorder.
The study emphasizes the link between metabolism and brain function, suggesting potential for pharmaceutical interventions.
Suramin, a drug targeting ATP signaling, shows promise in restoring normal metabolic pathways in autistic children.
These findings could initiate a new era of drug development targeting specific metabolic pathways in autism treatment.