This representation subserves, for example, multidigit operations.
There is substantial genetic influence in impulse-control disorders: for instance, the dopamine D4 receptor (DRD4) is the prototypic polymorphic gene, subserving a background for novelty- and risk- seeking [ 13, 14], addiction [ 15] as well as both ADHD and OCD [ 16- 18].
The imaging and lesion data together suggest distinct patterns of activity and consistent network relationships between sets of regions subserving attentional control, for example, Cingulo-opercular (CO), Frontal-parietal (FP) and Dorsal attention networks.
Imaging data of gender- and age-matched HC were retrieved from a previously published cross-sectional study40 subserving as control group for untreated patients (d0).
Neural synchronization is a putative mechanism whereby brain regions subserving specific functions communicate for the purpose of establishing transient networks that accomplish perception, cognition, and action [1] [2].
During the 20 years since it became known, evidence has accumulated for NO subserving an increasing number of functions in the mammalian central nervous system, as anticipated from the wide distribution of its synthetic and signal transduction machinery within it.
The lateral geniculate body (a relay nucleus for cortical perception subserving the detection of colour, form and motion) and pretectum (involved in luminance detection and the pupillary light reflex) are only moderately reduced.
Evidence is also lacking for canonical microcircuitry subserving fine scale processing of sensory information in the dorsal pallium.
One of the alluring aspects of epigenetic regulation of gene expression is that epigenetic mechanisms may provide transient and potentially stable conditions that in turn may ultimately participate in the molecular mechanisms required for neuronal changes subserving long-lasting changes in behavior.
Taken together, even though there are still a number of questions to be answered, the present results provide first evidence not only on the neural correlates subserving stress processing, but also for the impact of stimulus-dependent effects (e.g., whether the stress/vowel quality decision has to be made within identical or non-identical stimuli).
