Big neuroscience
Two large-scale neuroscience projects aim to integrate many different types of information about the brain into cohesive models and to share resources with the research community.
Two large-scale neuroscience projects aim to integrate many different types of information about the brain into cohesive models and to share resources with the research community.
Adults with autism have regional differences in brain volume in areas that play a role in social behavior and communication compared with controls, according to a large study published in the February issue of Archives of General Psychiatry. The differences correlate with the severity of autism symptoms, the study also shows.
Brain imaging can detect acute sensitivity to sound in individuals with autism, according to a study published 25 January in Neurophysiology.
What makes humans so different from our primate cousins? The answer may lie in unique patterns of gene expression soon after birth, primarily in genes required to form the junctions between neurons.
Three variants of DISC1, a gene implicated in schizophrenia and autism, may disrupt the formation of new neurons in the brain, according to a study published 17 November in Neuron.
A cancer drug shows promise as a treatment for Angelman syndrome, according to a study published today in Nature.
Individuals with autism and those with specific language impairment have similar language deficits, but show differences in connectivity between language-related regions on structural brain scans, according to a study published 2 November in Cerebral Cortex.
Researchers have uncovered cellular abnormalities in Timothy syndrome by regenerating neurons from individuals with the rare autism-related disorder, according to a study published 27 November in Nature Medicine.
In the brains of some individuals with autism, chemical changes to histones, proteins entwined with DNA, tend to show up near genes linked to the disorder, according to a study published 7 November in the Archives of General Psychiatry.
The brain abnormalities characteristic of tuberous sclerosis may begin early in development and involve malfunctioning of neuronal precursors, according to studies of two different mouse models of the disorder published in October.