Jonathan Kaiser

TL;DR: This is the first documentation that ADHD in adults is associated with thinner cortex in the cortical networks that modulate attention and EF, and this network is located in the right hemisphere involving the inferior parietal lobule, the dorsolateral prefrontal, and the anterior cingulate cortices.

TL;DR: The trajectory of the middle longitudinal fascicle (MdLF) has been delineated in 4 human subjects using diffusion tensor magnetic resonance imaging segmentation and tractography to suggest that MdLF could have a role in language and attention functions.

TL;DR: Adults with ADHD have subtle volume reductions in the caudate and possibly other brain regions involved in attention and executive control supporting frontostriatal models of ADHD.

TL;DR: Comparing the thickness of neocortical and paralimbic brain regions between cocaine-dependent and matched control subjects found that four of 18 a priori regions involved with executive regulation of reward and attention were significantly thinner in addicts, suggesting one basis for restricted behavioral repertoires in drug dependence.

TL;DR: A magnetic resonance imaging (MRI)-based, high-resolution, numerical model of the head of a healthy human subject is presented, using T1-weighted MRI to study individual thin anatomical structures of clinical relevance not visible by the standard model currently adopted in computational bioelectromagnetics.