Regression in Rett syndrome may inform autism
Studying regression in Rett syndrome may help us understand the phenomenon in autism, as it occurs at the same time in both disorders and includes many of the same features, says Jeffrey Neul.
Studying regression in Rett syndrome may help us understand the phenomenon in autism, as it occurs at the same time in both disorders and includes many of the same features, says Jeffrey Neul.
The mutation that causes tuberous sclerosis complex, an autism-related disorder, may disable calming signals in the brain, leading to hyperactive neurons, according to a study published 8 May in Neuron.
Watch the complete replay of Kimberly Huber discussing the role of autism-linked genes in the natural pruning of brain cell connections. Submit your own follow-up questions.
The more researchers poke around, the more likely they are to find a significant effect — and the more likely that the effect they end up reporting is just a fluke. A new kind of journal article, the ‘registered report,’ may address this problem, says Jon Brock.
People who show strong autism traits tend to have weak connections between an area of the brain involved in introspection and social memories and other brain regions, according to a study published 5 April in PLoS One.
The brains of people with autism are structurally different from those of controls, with more folds and a thicker cortex in certain regions, according to two studies published in the past few months.
To study attention in people with autism during complex social situations, researchers have developed a virtual reality version of public speaking, according to a study published 20 May in Autism Research.
Cultural factors may explain why attention deficit hyperactivity disorder is diagnosed less frequently in the U.K. than in the U.S., and autism more frequently, suggests a study published 30 May in the Journal of Autism and Developmental Disorders.
Gut cells from children with autism who have gastrointestinal problems have gene expression patterns that suggest a unique immune disorder, according to a study published 8 March in PLoS One.
Advanced imaging techniques may reveal more precise pictures of how of the brain’s regions communicate with one another. How much of the neurodevelopmental riddle of autism lies in these tracts?