stroop task
Terms related to the query
Term Similarity Weight in brain map N In query
task
0.012852201452276273
1.0
12194 In expansion
cingulate
0.001685362461608688
0.5631349850924913
9501 In expansion
word
0.004003613226314946
0.39621587813509934
6479 In expansion
prefrontal
0.0016461466598553093
0.3743769159017797
10017 In expansion
anterior
0.000873924160661802
0.08082671357881047
11200 In expansion
insula
0.00014137967388165161
0.06768699310076905
7050 In expansion
inferior
0.0006353599024669789
0.06545931756617492
10215 In expansion
acc
0.0005533867232926105
0.06320380010526286
3579 In expansion
parietal
9.977838241816496e-05
0.048720105805906855
10159 In expansion
dlpfc
0.00016902290956360432
0.022155769535894352
2726 In expansion
intraparietal
0.00014916858736881126
0.021822299580610834
1925 In expansion
ips
0.00020983301359655968
0.019943634058414723
1029 In expansion
inferior frontal gyrus
0.00019833885897199357
0.018819644724016555
5245 In expansion
thalamus
4.2453619999285576e-05
0.015827838862967798
4891 In expansion
motor
3.0742380818654956e-05
0.01128125007475404
7928 In expansion
frontal
6.251267394290528e-05
0.010061587953454517
11471 In expansion
occipital
3.0270605488486603e-05
0.010008827451805109
6796 In expansion
precuneus
3.5420217335644425e-05
0.009843119242561016
5186 In expansion
finger
9.392338036756023e-05
0.009828586912750167
3165 In expansion
auditory
2.0035300004754854e-05
0.0088157709064975
4009 In expansion
brainstem
2.4120131720072054e-05
0.007803434891967266
1502 In expansion
visual
2.0096188725802017e-05
0.007286541893639863
10448 In expansion
si
0.0013584434324168686
0.007143590828365509
428 In expansion
anterior cingulate cortex
0.0007220293219135384
0.006900572273666587
4228 In expansion
intraparietal sulcus
0.00013332040263552375
0.0062624445673929805
1678 In expansion
sulcus
0.00012440074337798668
0.0052998929711407135
4241 In expansion
amygdala
1.2762811134738016e-05
0.004478809646418624
4540 In expansion
temporal
1.4943620991351854e-05
0.0037500525770220415
11897 In expansion
cerebellum
7.859626304146481e-06
0.0034249378037114024
5578 In expansion
motion
1.0958486894741394e-05
0.003290077869712849
9061 In expansion
white matter
1.7225694027042862e-05
0.0032327917229178476
4236 In expansion
left
2.65693257326337e-05
0.0031951591168204855
12782 In expansion
right
6.313566913392448e-05
0.0031200328174987493
13076 In expansion
orbitofrontal
2.0670103257487234e-05
0.0028756639452306005
3508 In expansion
parahippocampal
1.2199328915135337e-05
0.0026828937685518146
3512 In expansion
hand
1.29748356302002e-05
0.002469307256394094
7603 In expansion
superior
1.970942054443767e-05
0.0021195654028342975
9978 In expansion
precentral
0.00019660410541755738
0.002029906351930246
3830 In expansion
hippocampus
4.979628775300101e-06
0.0019701187142043743
4610 In expansion
fa
6.784967193176369e-06
0.0015296461531015245
1796 In expansion
igd
0.0012746550377353836
0.0012014476648228307
19 In expansion
performance
0.003818689093688997
0.0
9105 In expansion
proactive
0.001243548688678873
0.0
232 In expansion
naming
0.0011981368036548502
0.0
1198 In expansion
marijuana
0.004086751121874453
0.0
257 In expansion
negative priming
0.001733643352640982
0.0
46 In expansion
numerical
0.001818175481680613
0.0
720 In expansion
task relevant
0.002496396208777534
0.0
1116 In expansion
substance use disorder
0.001299098815615976
0.0
328 In expansion
substance
0.002057237534624379
0.0
2522 In expansion
stroop task
1.0
0.0
672 In query
self control
0.001347982096822769
0.0
299 In expansion
red
0.001710817471341131
0.0
3242 In expansion
response
0.0013685469849443687
0.0
12421 In expansion
stroop
0.092156832794272
0.0
1122 In expansion
stimuli
0.001308395827228774
0.0
10529 In expansion
color
0.014347788529329173
0.0
2779 In expansion
cognitive control
0.0016206666987392336
0.0
2789 In expansion
cognitive
0.0017258042771513035
0.0
11288 In expansion
conflict resolution
0.0012154020560855919
0.0
316 In expansion
conflict
0.002127294870924159
0.0
4916 In expansion
control
0.002660034785020367
0.0
12606 In expansion
counting
0.002070958368807143
0.0
659 In expansion
addiction
0.003631231623134222
0.0
798 In expansion
attentional bias
0.0018048494538691884
0.0
252 In expansion
attentional control
0.005421962702644858
0.0
866 In expansion
atd
0.0018901451439962947
0.0
25 In expansion
disorder
0.0013314595542710894
0.0
8378 In expansion
incongruent
0.007713212059756886
0.0
1032 In expansion
inhibitory control
0.003643376718589986
0.0
997 In expansion
interference
0.003841119444102227
0.0
1980 In expansion
effect
0.0015674848374625232
0.0
13072 In expansion
green
0.0013158011392547723
0.0
2141 In expansion
grapheme
0.0013546612322984633
0.0
240 In expansion
feature
0.0011891269425008684
0.0
6156 In expansion
Predicted distribution of activations in the literature
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Publications related to the query
Attention enhances the neural processing of relevant features and suppresses the processing of irrelevant features in humans: An fMRI study of the Stroop task
Cardiorespiratory Fitness and Attentional Control in the Aging Brain
Modulations of the executive control network by stimulus onset asynchrony in a Stroop task
Grapheme-color synesthesia interferes with color perception in a standard Stroop task
Cortical Inefficiency in Patients with Unipolar Depression: An Event-Related fMRI Study with the Stroop Task
The Stroop Effect in Kana and Kanji Scripts in Native Japanese Speakers: An fMRI Study
Acute tryptophan depletion improves performance and modulates the BOLD response during a Stroop task in healthy females
Functional connectivity during Stroop task performance
The BOLD response during Stroop task-like inhibition paradigms: Effects of task difficulty and task-relevant modality
An fMRI study of the numerical Stroop task in individuals with and without minimal cognitive impairment
The neural correlates and functional integration of cognitive control in a Stroop task
Brain activation during the Stroop task in adolescents with severe substance and conduct problems: A pilot study
Neural correlates of the emotional Stroop task in panic disorder patients: An event-related fMRI study
The neural mechanisms of semantic and response conflicts: An fMRI study of practice-related effects in the Stroop task
Calibrated fMRI during a cognitive Stroop task reveals reduced metabolic response with increasing age
Emotional Priming Effects during Stroop Task Performance
Top-down attentional control in spatially coincident stimuli enhances activity in both task-relevant and task-irrelevant regions of cortex
Functional MRI study of brain activation alterations in patients with obsessive–compulsive disorder after symptom improvement
Investigating the Neural Correlates of Emotion–Cognition Interaction Using an Affective Stroop Task
Pre-Treatment Brain Activation During Stroop Task is Associated with Outcomes in Cocaine Dependent Patients
Lower activation in the right frontoparietal network during a counting Stroop task in a cocaine-dependent group
Neural correlates of the individual emotional Stroop in borderline personality disorder
Impaired Inhibitory Control in ‘Internet Addiction Disorder’ : A Functional Magnetic Resonance Imaging Study
Modulating effect of COMT genotype on the brain regions underlying proactive control process during inhibition
Abnormal brain activity in prefrontal brain regions in abstinent marijuana users
Adaptation to recent conflict in the classical color-word Stroop-task mainly involves facilitation of processing of task-relevant information
Successful smoking cessation is associated with prefrontal cortical function during a Stroop task: A preliminary study
Brain Activity toward Gaming-Related Cues in Internet Gaming Disorder during an Addiction Stroop Task
Suppressing Emotions Impairs Subsequent Stroop Performance and Reduces Prefrontal Brain Activation
Age-related differences in the involvement of the prefrontal cortex in attentional control