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Multiple Choice

Which statement describes the neurofunctional change associated with ADHD signs?

Attention control relies on networks that include the parietal regions, which help sustain focus and regulate responses. In ADHD, reduced activity in these areas during tasks that demand inhibition and continual attention is commonly observed, mirroring symptoms like distractibility and impulsivity. This pattern fits the signs of ADHD better than increases in visual-processing regions or memory-related regions, or the idea that brain activity shows no change. So, decreased parietal lobe activity aligns with the neurofunctional changes linked to ADHD signs.

Attention control relies on networks that include the parietal regions, which help sustain focus and regulate responses. In ADHD, reduced activity in these areas during tasks that demand inhibition and continual attention is commonly observed, mirroring symptoms like distractibility and impulsivity. This pattern fits the signs of ADHD better than increases in visual-processing regions or memory-related regions, or the idea that brain activity shows no change. So, decreased parietal lobe activity aligns with the neurofunctional changes linked to ADHD signs.