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Explore the genetic foundations of autism spectrum disorders through groundbreaking research that bridges medical science and neurodiversity perspectives in this comprehensive lecture. Discover how the first autism-associated genes were identified, revealing the crucial role of synapses in this complex neurological condition while highlighting the remarkable genetic diversity within autism populations. Learn about the intricate genetic architecture involving de novo mutations, rare variants, and common genetic factors shared with ADHD, cognitive abilities, and epilepsy. Examine cutting-edge findings that distinguish different autism subgroups through clinical assessments, brain imaging, and genetic analysis. Delve into the specific functions of synaptic genes like SHANK2 and SHANK3 and their impact on cognition and social motivation. Understand the innovative participatory research approach of the R2D2-MH project, which investigates why some individuals carrying genetic variants remain resilient while others face greater challenges in social adaptation, ultimately advancing our understanding of risk, resilience, and developmental diversity in mental health.
