Notable papers of 2015
Our top 10 papers for this year, based on input from autism researchers, capture the full spectrum of findings — from molecular biology to large-scale epidemiology.
Our top 10 papers for this year, based on input from autism researchers, capture the full spectrum of findings — from molecular biology to large-scale epidemiology.
Prenatal screening for some disorders crosses into dangerous territory, researchers spurn paperwork in favor of science, and a list of hilarious paper titles will make your day.
Two massive efforts to sequence the DNA of more than 11,000 people together provide the most detailed picture yet of genetic variation in the general population.
Identifying the factors that protect girls from autism may help us understand and possibly treat the disorder.
New evidence implicates the neurotransmitter glycine, which dampens brain signals, in autism.
DNA sequences called enhancers — which boost the expression of genes from within or outside them — are enriched for genetic variants linked to autism, suggests a new study. The finding may help researchers understand how variants outside genes contribute to autism.
Researchers are using social media and an online ‘brain-training’ program to study people with rare chromosomal abnormalities linked to autism.
Male mice with a genetic variant linked to autism vocalize less in social situations than controls do during encounters with female mice. The findings help to characterize the effects of variants in the 16p11.2 chromosomal region.
After eight years of prominence as an autism risk gene, a new analysis significantly brings down CNTNAP2’s importance in the disorder: According to the study, rare mutations in a single copy of the gene are unlikely to cause autism.
Some newborn horses have features of autism, and researchers argue over who first described the disorder.