Autism drug discovery could hinge on protein interaction maps

TL;DR
UCSF researchers built a molecular map linking 100 autism-risk genes to about 1,800 protein interactions, most previously unreported, and used AlphaFold to pinpoint direct connections. They found a FOXP1-FOXP4 interaction that drives autism-like traits in human organoids, suggesting a new drug-discovery blueprint—targeting protein networks rather than genes alone—to identify potential therapies, with potential pathways for industry collaboration.
Topics:healthscience#alphafold#autism#drug-discovery#foxp1-foxp4#protein-protein-interactions#science
- Research into protein interactions sheds new light on causes of autism Fierce Biotech
- Largest ever ‘map’ of autism may hold clues for new targeted therapies CNN
- A Study of Brain Proteins Offers New Targets to Treat Autism The New York Times
- UCSF gets $46 million autism research grant from Sergey Brin-backed foundation San Francisco Chronicle
- Largest ever molecular map of autism opens new paths to precision therapies Medical Xpress
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