Researchers have recorded distinct electrical activity patterns from lab-grown brain organoids derived from people with ...

In regenerative medicine for autism, outcomes are shaped not only by the biological material used but also by the clinical ...

By growing miniature brain models from patient cells, researchers have identified distinct electrical activity patterns ...

Imagine autism not as a single puzzle, but as a gallery of mosaics, each piece shaped by different traits, genes, and life experiences. Scientists have long known the condition is complex, but ...

Researchers developed brain organoids from patient samples to model genetic subtypes of autism spectrum disorders (ASD), creating a translational platform that better reflects the human-specific ...

Researchers at Princeton University and the Simons Foundation have identified four clinically and biologically distinct subtypes of autism, marking a transformative step in understanding the condition ...

Level 1 autism requires minimal support and includes challenges in communication and social skills. Level 2 autism needs more substantial support due to significant difficulties with social skills and ...