Autism reveals multiple biological subtypes, each with unique genetic and developmental patterns. Researchers from Princeton University and the Simons Foundation have discovered four autism subtypes that are both clinically and biologically distinct. This breakthrough offers a deeper understanding of the genetic foundations of autism and could support more personalized approaches to diagnosis and care. Using […]



Summary

Researchers have identified four distinct biological subtypes of autism, revealing a more nuanced genetic landscape of the condition. This discovery, a collaboration between Princeton University and the Simons Foundation, moves beyond a singular “autism” diagnosis, suggesting multiple underlying pathways with unique genetic and developmental patterns. These subtypes are not only biologically different but also clinically distinguishable. This breakthrough promises to refine autism understanding and potentially pave the way for more targeted and personalized diagnostics and treatments, moving away from a one-size-fits-all approach to care.

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