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1 romedial PFC (vmPFC) have critical roles for emotional regulation.
2 tal cortex, a frequent target for modulating emotional regulation.
3 nvolves altering neural circuits involved in emotional regulation.
4 as behavioral inhibition, self-control, and emotional regulation.
5 changes in several brain regions involved in emotional regulation.
6 iety disorders and associated alterations in emotional regulation.
7 other neuropeptide systems involved in brain emotional regulation.
8 rsive events occur is essential for adaptive emotional regulation.
9 , in localized recuperative processes and in emotional regulation.
10 ts of X-linked genes on social-cognition and emotional regulation.
11 circuits involved in cognitive processes and emotional regulation.
12 cts on a range of neurochemicals relevant to emotional regulation.
13 n-based psychotherapy, which aims to improve emotional regulation.
14 oral lobe structure implicated in social and emotional regulation.
15 spectively; OR, 1.72; 95% CI, 1.21 to 2.43), emotional regulation (19.1% v 14.1%, respectively; OR, 1
16 decreased centrality in regions involved in emotional regulation and ability to accurately attribute
17 nger-term intimate relationships, a shift in emotional regulation and an increase in risky behaviour,
19 nt, as they provide the foundation for later emotional regulation and cognition, but little is known
20 stsynaptic densities, hence participating in emotional regulation and cognitive processes that are im
21 mygdala by serotonin (5-HT) is important for emotional regulation and is implicated in the pathogenes
22 FosB immunostaining in areas associated with emotional regulation and reward processing, i.e., infral
25 ibition of risky behavior and impulsiveness, emotional regulation, and impulse control/error monitori
27 PFC and the ACC are implicated in memory and emotional regulation, and the ACC has motor areas and is
28 the hypothalamus has long been implicated in emotional regulation, and the hypothalamic neuropeptide
30 t that the elevated activation of reward and emotional-regulation brain regions (medial prefrontal co
31 nships between WM structure in key tracts in emotional regulation circuitry (ie, cingulum, uncinate f
33 inently in several wisdom subcomponents (eg, emotional regulation, decision making, value relativism)
35 n this commentary we suggest that exercising emotional regulation during episodic counterfactual thin
36 a range of social (facial affect perception, emotional regulation, empathic accuracy, mental state at
38 l to certain subcomponents of wisdom such as emotional regulation (including impulse control), decisi
40 a system implicated in stress responses and emotional regulation, is altered in patients diagnosed w
41 continues to be associated with maladaptive emotional regulation, leading to exaggerated neural and
42 ectivity of the IFG from regions involved in emotional regulation may represent a trait abnormality f
43 idal-thalamic circuitry involved in mood and emotional regulation, may determine patients likely to b
44 exposure (PCE) on brain regions involved in emotional regulation, motivational control, and addictio
45 of the salience network, involved in social-emotional regulation of environmental stimuli, is restri
47 eromodal frontal cortices, key structures in emotional regulation processes and central in BD, are im
48 rontal cortex-amygdala circuit implicated in emotional regulation, providing the first data on the ne
49 nd affective regulation (mean Dysfunction in Emotional Regulation Scale score 131.80 [22.04] vs 104.3
50 ngs allows for some preservation of adaptive emotional regulation, whereas more pronounced alteration
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