Understanding White Matter Changes In ADHD
Diffusion tensor imaging has provided valuable insight into ADHD by revealing differences in white matter structure. White matter forms the communication pathways that connect brain regions involved in attention and self-regulation.
DTI studies consistently show reduced integrity in white matter tracts that support executive function.
Key Tracts Affected
Research highlights reduced fractional anisotropy in the corpus callosum, superior longitudinal fasciculus, and frontal pathways. These changes may affect how efficiently information travels across the brain.
From Imaging to Symptoms
White matter disruptions help explain difficulties with focus, impulsivity, and slower processing speed.
Imaging research has improved how clinicians understand attention differences, and many people start this process with an in-person adhd assessment to explore their symptoms in detail.
When ADHD traits overlap with autistic characteristics, you may also take an Autism test now to gain additional clarity.
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