Several brain regions are implicated in both major depressive disorder and pain.
It has been demonstrated that several brain regions are implicated in both major depressive disorder (MDD) and pain.
Human activities, including uncontrolled livestock grazing, wood harvesting, and cultivation in semiarid and arid rangeland regions, are implicated as causes of rangeland degradation and declining ecological service provision.
Other studies revealed that a number of these regions are implicated in a range of cognitive processes, such as executive control, working memory, attention, and inhibition [6], [7], [8], [9], [10], [11], [12], [13].
While slightly different regions are implicated for storage of different kinds of information, this study suggests that maintaining more than one problem state of any kind at a time results in significant interference.
Many regions are implicated although only loci on Mmu11 are replicated between the experimental models.
Three recurrently deleted regions are implicated in YCMD, namely the azoospermia factor regions AZFa, AZFb, and AZFc located in Yq11.
These regions are implicated in semantic processing of sentences and semantic decision-making, which are necessary skills for auditory comprehension.
Previous neuroimaging studies suggest that the insular-parietal cortical regions are implicated in processing vestibular signals [1,7,15 17].
CTCF binding regions are implicated in regulation of changes essential for the maintenance of latency and reactivation in HSV-1 [13,20,21].
