Repairing brain blood vessel function via P2Y2 receptor activation reverses autism behavioral symptoms in adult mice.
A new study of 3.7 million people links congenital TORCH infections to a 3-fold higher autism risk and a 7-fold higher intellectual disability risk.
A new study finds maternal inflammation damages placental spongiotrophoblasts, driving male-specific autism risk before brain sex differentiation.
Researchers find >1,200 autism risk genes converge into two opposing molecular states in the brain, influencing responses to experimental drugs.
Salk scientists discover how severe illness during pregnancy alters fetal epigenomes, increasing the risk for autism and neurodevelopmental disorders.
A new study argues argues the autism spectrum has become an overly broad catch-all, risking overdiagnosis and calling for precise subgrouping.
Asingle dose of the mTOR inhibitor rapamycin rapidly reverses autism-like behaviors and abnormal brain connectivity in adult mice exposed to maternal inflammation during development.
A new study shows that organized sports interventions significantly enhance motor skills in children with Autism Spectrum Disorder.
A new study demonstrates that altered aperiodic background signals on high-density 128-channel EEGs correlate with functional communication challenges in autistic youth.
The therapy restored FMRP expression in crucial brain regions, resulting in reduced audiogenic seizure susceptibility, normalized sensory hyperactivity, and complete reversal of elevated low-gamma EEG power.
A new study reveals that the reward and salience centers in the brains of autistic teenagers fail to increase their responsiveness to unfamiliar voices as they mature.
A new study utilizes a rigorous sibling-matched design to conclusively prove that prenatal paracetamol (acetaminophen) exposure carries zero risk of causing autism or ADHD, regardless of trimester timing or dosage volume.
