proactive control
Terms related to the query
Term Similarity Weight in brain map N In query
sma
0.005301186439767165
1.0
2429 In expansion
motor
0.0017718454026473683
0.6027035809968225
7928 In expansion
task
0.007744969426186193
0.5585993175368118
12194 In expansion
prefrontal
0.0026442794378545935
0.557450234427064
10017 In expansion
thalamus
0.000767387865350166
0.2652039796627798
4891 In expansion
cingulate
0.00072708890238117
0.22519820565781135
9501 In expansion
insula
0.000326508205192856
0.14490072654265104
7050 In expansion
dlpfc
0.0010017920973114203
0.12172424356421269
2726 In expansion
word
0.001259670481613645
0.11555664656530787
6479 In expansion
right
0.002275744333545766
0.10424759915723801
13076 In expansion
anterior
0.0011680366708189704
0.10013729825228045
11200 In expansion
inferior
0.0010133394292163541
0.09677536748048626
10215 In expansion
acc
0.00087062871891296
0.09217341147253234
3579 In expansion
frontal
0.0005457131539568321
0.0814181240365432
11471 In expansion
ifg
0.0016042365620259193
0.07084400251634851
2361 In expansion
ffa
0.0004570978305513291
0.06812337326833452
407 In expansion
left
0.0005973531448231064
0.06658882157550747
12782 In expansion
parietal
0.0001370018534363229
0.06200924216784375
10159 In expansion
fusiform
0.000154853937797236
0.0542142636604268
4278 In expansion
striatum
0.0005234140774146227
0.05312057018474157
3024 In expansion
premotor
0.0005888657324751704
0.049613331793921106
3200 In expansion
temporal
0.00020796918425095048
0.04837697607768357
11897 In expansion
precuneus
0.00018505840786732882
0.047670374466577646
5186 In expansion
brainstem
0.0001546138379766337
0.04636739681709192
1502 In expansion
motion
0.00014362897705363906
0.03997199911591543
9061 In expansion
inferior frontal gyrus
0.00043314417286517654
0.038097309287556336
5245 In expansion
cerebellum
8.614191747473449e-05
0.03479553703701307
5578 In expansion
occipital
8.781320580257256e-05
0.026914117485458355
6796 In expansion
gamma
0.0005784098560381448
0.024055143503495965
1755 In expansion
visual cortex
0.00026861895990167825
0.023870431195193102
2165 In expansion
face
9.139468678800914e-05
0.021679756846569906
4405 In expansion
working memory
0.00040239907282226944
0.02039786950863582
4424 In expansion
visual
6.020690377169463e-05
0.020235422499225636
10448 In expansion
hand
9.566119930177086e-05
0.016875914117589833
7603 In expansion
default
0.00010107040017686317
0.01456948644100105
3687 In expansion
stg
0.00010709955488253308
0.011768515188284088
1459 In expansion
movement
0.00013412263191457308
0.011736834291851553
8260 In expansion
parahippocampal
5.457737051959723e-05
0.011125982213364097
3512 In expansion
auditory cortex
5.9828032255405436e-05
0.01065698415624308
846 In expansion
sensorimotor
0.00015035299179339955
0.009330926923649396
2384 In expansion
proactive
0.007352709989169021
0.0
232 In expansion
proactive control
1.0
0.0
71 In query
reaction time
0.0025190837442204232
0.0
4483 In expansion
reactive
0.0028156524813380975
0.0
483 In expansion
pre
0.002493350520218093
0.0
6721 In expansion
pre sma
0.003970621116062047
0.0
882 In expansion
stroop task
0.011092909592035124
0.0
672 In expansion
trial
0.0064285230676082265
0.0
7031 In expansion
stroop
0.022882952599899073
0.0
1122 In expansion
schizophrenia
0.008130980116600047
0.0
2513 In expansion
related
0.002403546082019421
0.0
12943 In expansion
reward anticipation
0.0024602736939885817
0.0
325 In expansion
response
0.00249300979653937
0.0
12421 In expansion
response conflict
0.0033614388997224294
0.0
492 In expansion
stimuli
0.0029602702578446325
0.0
10529 In expansion
stimulus
0.003486901489864454
0.0
9004 In expansion
stop
0.026076679589674332
0.0
906 In expansion
stop signal
0.022395724336297922
0.0
337 In expansion
stopping
0.003153347517320601
0.0
219 In expansion
signal
0.009873675825010633
0.0
10489 In expansion
color
0.003880819611430749
0.0
2779 In expansion
control
0.01594355867221308
0.0
12606 In expansion
conflict
0.012417542997349328
0.0
4916 In expansion
cognitive control
0.0800741418234822
0.0
2789 In expansion
cognitive
0.03830709778456831
0.0
11288 In expansion
anticipation
0.0124861655543654
0.0
1880 In expansion
activity
0.00966300064292054
0.0
11733 In expansion
adaptation
0.018880960334248475
0.0
1807 In expansion
adjustment
0.002528930183940077
0.0
1517 In expansion
behavior
0.003949732686162932
0.0
9967 In expansion
inhibition
0.004748454825698618
0.0
4517 In expansion
incongruent
0.0036067744613777495
0.0
1032 In expansion
inhibitory control
0.007924617120275965
0.0
997 In expansion
interference
0.023771027158545045
0.0
1980 In expansion
listening
0.003074968270848759
0.0
1090 In expansion
error
0.0028828587417998697
0.0
8304 In expansion
flanker
0.002490179123167406
0.0
279 In expansion
Predicted distribution of activations in the literature
Download map
Publications related to the query
Modulating effect of COMT genotype on the brain regions underlying proactive control process during inhibition
Transition from reactive control to proactive control across conflict adaptation: An sLORETA study
Spatiotemporal brain mapping during preparation, perception, and action
RT Distributional Analysis of Cognitive Control-Related Brain Activity in First Episode Schizophrenia
Novelty Seeking, Harm Avoidance, and Cerebral Responses to Conflict Anticipation: An Exploratory Study
Cognitive Control in Adolescence: Neural Underpinnings and Relation to Self-Report Behaviors
Proactive and reactive cognitive control and dorsolateral prefrontal cortex dysfunction in first episode schizophrenia
Anticipating conflict: Neural correlates of a Bayesian belief and its motor consequence
Testing the physiological plausibility of conflicting psychological models of response inhibition: A forward inference fMRI study
The neural bases of proactive and reactive control processes in normal aging
Functional connectivity patterns reflect individual differences in conflict adaptation
Trait impulsivity components correlate differently with proactive and reactive control
Modulation of Brain Activity during a Stroop Inhibitory Task by the Kind of Cognitive Control Required
Developmental Continuity in Reward-Related Enhancement of Cognitive Control
Neural Mechanisms of Interference Control in Working Memory: Effects of Interference Expectancy and Fluid Intelligence
Conflict anticipation in alcohol dependence — A model-based fMRI study of stop signal task
Context-dependent switching between proactive and reactive working memory control mechanisms in the right inferior frontal gyrus
Hemispheric asymmetries in the transition from action preparation to execution
Primary and Secondary Rewards Differentially Modulate Neural Activity Dynamics during Working Memory
Training-Induced Changes in Inhibitory Control Network Activity
Modulating effect of COMT Val158Met polymorphism on interference resolution during a working memory task
The neural correlates and functional integration of cognitive control in a Stroop task
Aerobic fitness is associated with greater efficiency of the network underlying cognitive control in preadolescent children
Quantitative Characterization of Functional Anatomical Contributions to Cognitive Control under Uncertainty
Prefrontal hypoactivation during cognitive control in early abstinent methamphetamine-dependent subjects
Mechanisms underlying flexible adaptation of cognitive control: Behavioral and neuroimaging evidence in a flanker task
The Development of the Neural Substrates of Cognitive Control in Adolescents with Autism Spectrum Disorders
Thewhatandhowcomponents of cognitive control
Modulation of anticipatory emotion and perception processing by cognitive control
The Effects of Methylphenidate on Cognitive Control in Active Methamphetamine Dependence Using Functional Magnetic Resonance Imaging