A large MRI study of over 3,500 children identified three biologically distinct ADHD biotypes using brain network modeling and AI clustering. Each subtype showed unique brain patterns, genetic risks, ...

"These findings highlight significant structural differences in the brains of patients with ADHD, particularly in the middle temporal gyrus, and underscore the importance of using robust harmonization ...

You’ve probably heard someone say they have ADD. Others have ADHD. So what does ADD look like? How about ADHD? Are they different? In today’s blog, we’ll look a little deeper at ADD, ADHD, and the ...

Researchers identified three distinct brain “biotypes” of ADHD, each with its own chemical signature—offering new clues about why treatment can feel like trial and error.

The growing understanding of neurodevelopmental conditions has highlighted the unique characteristics of attention-deficit/hyperactivity disorder (ADHD) and autism ...