Molecular mechanisms: Alzheimer’s protein linked to fragile X
Lowering the levels of a protein associated with Alzheimer’s disease can rescue symptoms of fragile X syndrome in mice, according to a study published 26 October in PLoS One.
Charting the structure and function of the brain’s many circuits may unravel autism’s mysteries.
Lowering the levels of a protein associated with Alzheimer’s disease can rescue symptoms of fragile X syndrome in mice, according to a study published 26 October in PLoS One.
A mouse model of Rett syndrome that mimics a mutation seen in people shows many features of the disorder, such as hand clasping, according to a study published 27 November in Nature Neuroscience.
A cancer drug shows promise as a treatment for Angelman syndrome, according to a study published today in Nature.
Dried spots of blood taken from infants at birth can help clinicians screen for fragile X syndrome in countries with limited resources, according to a study published 11 October in Genetic Testing and Molecular Biomarkers.
A new report outlines priorities for studying adults with autism, ranging from designing diagnostic tests to the most effective models of long-term care.
A brain response that discriminates familiar faces from unfamiliar ones develops more slowly in children with autism than in controls, according to a study published in the November/December issue of Child Development.
SP1, a protein that regulates the expression of several autism candidate genes, could increase risk of the disorder by simultaneously altering the expression of a number of the genes, according to a study published 24 October in Biological Psychiatry.
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.
Larger brains may be associated with regressive autism, but only in boys, according to a study published online 28 November in the Proceedings of the National Academy of Sciences.
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.