Thus, the cognitive control processes that regulate and coordinate goal-directed behaviors are likely to interact with brain systems that determine the potential affective/motivational value of possible responses [1].
In the adult brain, most excitatory synapses are ensheathed by astrocytic perisynaptic processes that regulate synaptic structure and function.
The objective of this study was to investigate diurnal variation in processes that regulate drug concentrations in the brain, focusing on P-glycoprotein (P-gp).
These observations indicate that in addition to PCD, other developmental processes that regulate neural progenitor proliferation and differentiation must also be disturbed in specific domains of the developing brain in Dyrk1a mutants.
The diversion then leads to a changes to processes in the brain that regulate self-control, leading to the 'symptoms of impulsivity' that characterize PMS (Bröder and Hohmann 2003; Pearson and Schipper 2009).
It has been hypothesized that these pathological processes occur in critical brain circuits that regulate affective functioning, emotions, motoric behavior and pleasure involved in bipolar disorder (BD) [ 43, 44].
After finding CGRP is plentiful in brain pathways that process pain and in brain regions that regulate blood flow, neurologist Lars Edvinsson, of Lund University in Sweden, wondered whether CGRP is involved in migraines.
l-Theanine was associated with decreased fMRI responses to distractor stimuli in brain regions that regulate visual attention, suggesting that l-theanine may be decreasing neural resource allocation to process distractors, thus allowing to attend to targets more efficiently.
These changes in temperature, in turn, affect the activity of brain centers that regulate emotion.
