SCN2A: An Evolving Picture
The SCN2A gene has traditionally been linked to early-onset epilepsy. But new research suggests it might account for roughly 1 in 333 cases of autism.
Read MoreBecause of SPARK and other research studies throughout the world, we are rapidly learning how genes affect our biology and development. We are also learning how changes to some genes can lead to autism. Read about the latest research on autism genetics and visit with people who have learned about a genetic change associated with their autism.
The SCN2A gene has traditionally been linked to early-onset epilepsy. But new research suggests it might account for roughly 1 in 333 cases of autism.
Read MoreScientists aim to uncover how genetic and environmental factors might interact to raise risk for autism.
Read MoreTesting new therapies for autism can be a challenge. Psychiatrist Jeremy Veenstra-VanderWeele reviews available treatments, outlines some promising options on the horizon and describes how to get involved in research.
Read MoreTwo brain imaging studies suggest it is possible to detect autism in high-risk infants as early as 6 months.
Read MoreKevin Pelphrey, director of the Autism and Neurodevelopmental Disorders Institute at George Washington University, reflects on how having two children with autism has shaped his scientific career.
Read MoreScientists are regularly discovering new genes that might be linked to autism. How do they know when they have found a linked gene?
Read MoreWe asked you what you wanted to know about autism, and you responded with thought-provoking and important questions.
Read MorePeople with changes in this gene have similar symptoms. Scientists hope this knowledge will lead to new treatments and a better understanding of the condition.
Read MoreDiscovering their son’s genetic diagnosis helps one family in many ways.
Read MoreThe speaker for our seventh webinar is Wendy Chung, M.D., Ph.D., principal investigator of SPARK. In this webinar, Dr. Chung discusses basic genetic concepts and shares recent scientific progress in autism genetic research. She also talks about the genetic aspect of SPARK. This webinar is 60 minutes long.
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