Brains with ADHD had subtle differences from those without. The study group ultimately included 7,805 patients who were 9 or 10 years old when they underwent brain scans for the Adolescent Brain ...

Children with ADHD have notably different brain functioning when they're resting than children who don't have the neurological disorder, according to a national study released this week. Scans of ...

The study, the largest review of ADHD patients’ brain scans ever conducted, might also provide clues for developing new treatments. “If you know what region of the brain is involved in ADHD, ...

The children whose data was analyzed for the study included 1,800 diagnosed with ADHD, all of whom underwent structural MRI scans, diffusion tensor imaging and resting-state functional MRI, the ...

By comparing scans from individuals with conditions like ADHD, for example, with those of neurotypical people, it’s hoped we’ll be able to identify patterns that can explain some of the ...

Brain imaging, using methods like Magnetic Resonance Imaging (MRI), electroencephalograph (EEG), and many others, is an important research area for ADHD. It’s also a “hot topic” with ...

In a new study, researchers made a breakthrough by potentially finding a far more robust mechanism through which ADHD diagnosis via brain MRI scans might become a reality in the future.

Children with ADHD have notably different brain functioning when they're resting than children who don't have the neurological disorder, according to a national study released this week. Scans of ...

The condition affects about 6 million children between ages 3 and 17, or 1 in 10 children, according to the CDC's latest available data. While imaging via brain scans of people with ADHD allows ...

Using the neuroimaging data of nearly 12,000 participants, researchers have confirmed there is a critical need for taking a ‘whole brain approach’ when diagnosing, researching and treating ...

Until now, ADHD in both children and adults has primarily been studied using brain imaging in a resting state, rather than while actively engaging in tasks where overt symptoms are expressed.