Genetics: Study ties three immune genes to autism
Common variants in three genes involved in the immune system are more likely to crop up in people with autism than in typical controls, according to a study published 9 June in Molecular Autism.
Common variants in three genes involved in the immune system are more likely to crop up in people with autism than in typical controls, according to a study published 9 June in Molecular Autism.
Charles Nelson, who famously showed that social deprivation damages the developing brain, is analyzing brain waves in babies to study how different genetic risk factors might lead to autism.
Pregnant rats exposed to a virus give birth to offspring with significantly altered levels of three proteins important for brain development, according to a study published 9 June in Molecular Brain.
Understanding the function of neuronal circuits, specifically microcircuits in the prefrontal cortex and elsewhere in the brain, will play a major role in translating research findings into new autism treatments, says Vikaas Sohal.
To find the pathogenic mutations in complex disorders such as autism, researchers may need to conduct sophisticated analyses of the genetic functions that are disrupted, says geneticist Aravinda Chakravarti.
Normal aging triggers dramatic changes to the epigenome, the set of chemical tags that turn genes on and off, according to a new study.
By studying pregnant women who already have a child with autism, researchers hope to understand how epigenetic changes — those that affect gene expression but don’t directly alter DNA — during pregnancy influences risk of the disorder.
Child psychiatrist and epidemiologist Eric Fombonne digs through the latest report on the prevalence of autism, suggesting reasons for the apparent increase in the disorder’s rates.
Mutant mice with autism-like behaviors have fewer behavioral impairments when provided with toys, exercise wheels and contact with other mice, than do those that live in typical laboratory cages, according to a study published 5 April in Human Molecular Genetics.
Both premature and post-term babies develop more severe symptoms of autism than those born close to their due dates, according to a study published 16 March in the Journal of Autism and Developmental Disorders.