Subgroups improve genetic analysis of autism
Researchers can increase the power of studies that link genetic variants to autism by factoring in potential subgroups of the disorder, according to a report published 26 June in PLoS One.
Researchers can increase the power of studies that link genetic variants to autism by factoring in potential subgroups of the disorder, according to a report published 26 June in PLoS One.
Preschool-aged children with autism make developmental and behavioral gains, regardless of the type of classroom in which they are enrolled, say Brian Boyd and Samuel Odom.
The genes involved in Rett and Angelman syndromes may collaborate to regulate the expression of other proteins, according to a study published 19 July in Biochemical and Biophysical Research Communications. This may explain the overlap in symptoms between the two disorders, the researchers say.
Emerging evidence indicates that microglia, the brain’s immune cells, are altered in some individuals with autism, raising questions about their role in brain development, says Beth Stevens.
A new online database lists the likely RNA-binding sites of more than 8,000 proteins from 289 species. Researchers debuted the resource in the 11 July issue of Nature.
Latino children with autism are diagnosed an average of a year later than their white peers and receive fewer services, reports the June issue of Intellectual and Developmental Disabilities.
Children and adolescents who outgrow an autism diagnosis as they get older show abilities within the average range for executive function, according to a study published 3 June in Child Neuropsychology.
A technique borrowed from geography bolsters the idea that altered wiring in the brain’s gray matter plays a role in autism, according to a report published 22 July in the Proceedings of the National Academy of Sciences.
A new clinical test for duplications or deletions of chromosomal regions is customized to detect more than 380 known changes, including many that are linked to autism. The method was published 24 June in the American Journal of Medical Genetics Part A.
The simplest form of in vitro fertilization does not increase the risk for autism or intellectual disability, but the effect of other fertility treatments is still unclear, according to two large Scandinavian studies published in July.