CRISPR Enhancer Editing Rescues Autism Brain Organoids

Boosting Healthy Gene Copies Offsets Autism Mutations in Lab-Grown Human

UCLA Health researchers demonstrated that boosting a healthy gene copy using modified CRISPR counteracted autism-linked mutations in lab-grown human brain cells.

CRISPR Enhancer Editing Rescues Autism Brain Organoids

Rather than cutting DNA, scientists used precision CRISPR activation aimed at natural gene "dials" to boost healthy copies of CHD8 and SCN2A in human brain organoids, restoring normal tissue growth and neuronal firing exclusively in mutated cells.

UCLA Researchers Discover New Approach for Treating Autism and Conditions Caused by a Single Faulty Gene Copy

Researchers at UCLA Health have shown in lab-grown human brain cells that boosting the activity of a healthy gene copy can offset the effects of a mutation linked to autism.

Enhancer-Targeted CRISPR Activation Rescues Autism Phenotypes in Human

Researchers restored gene dosage and reversed cellular and functional deficits in human brain organoids and neurons carrying autism-associated mutations using enhancer-targeted CRISPR activation.