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Research by Topic: brain
In a new blog post, ASF CSO Alycia Halladay explains the newest research in understanding the brains of people with autism.
In order to ensure that researchers have enough brain tissue to understand autism spectrum disorders, the education and outreach campaign of the Autism BrainNet is being expanded past families to doctors and professionals that have access to tissue. One of these groups is neuropathologists. At their annual meeting this past week in Los Angeles, an […]
Dr. Donna Werling from UCSF, Autism Science Foundation fellow, was featured in “Scientific American” for her recent study on the differences between male and female brain development. Click here to learn more.
Podcast: To see differences in the brains of males and females with autism, you have to look at the brains of males and females with autismPublished February 27, 2017
Last month, UC Davis researcher Dr. Cyndi Schumann used resources from the Autism BrainNet to look at what causes differences in the rates of diagnosis between males and females. Consistent with other studies on this topic, males and females do not show differences in the rates of autism genes, but rather in the way that the […]
Released September 15, 2016, this new report on CNN highlights the importance of brain donation and brain tissue research. To learn more about the Autism BrainNet, click here.
In a recent study published in Nature, Dr. Shannon Ellis looks past the sequence of genes and uses gene expression profiling to understand the similarities between autism, schizophrenia and bipolar disorder. Using brain tissue from people affected with these disorders provided through the Autism BrainNet, she demonstrates a common decrease in gene expression relating to […]
On Friday, February 19, the NIH organized a workshop on regression in autism. It included autism researchers as well as neurobiologists studying regression in other disorders, specifically Rett Syndrome. Rett Syndrome is characterized by a regression in symptoms around 18-30 months of age but is the result of a known genetic mutation. Because the genetic mutation […]