conflict detection
Terms related to the query
Term Similarity Weight in brain map N In query
acc
0.03659886048529615
1.0
3579 In expansion
cingulate
0.005679635768512285
0.45400188792045765
9501 In expansion
parietal
0.002779402785203775
0.3246693062605887
10159 In expansion
anterior
0.007045672924773081
0.155891212123889
11200 In expansion
task
0.004027687137767305
0.07497149733172645
12194 In expansion
prefrontal
0.0008055198371390051
0.04382629503551226
10017 In expansion
dlpfc
0.000862120647101463
0.027035057192420976
2726 In expansion
visual
0.00030283834730135726
0.02626858103460068
10448 In expansion
word
0.001073961390810755
0.025426489866552694
6479 In expansion
anterior cingulate cortex
0.010253554126974219
0.023443512577517017
4228 In expansion
auditory
0.00021237611036621946
0.022355690539878303
4009 In expansion
insula
0.0001804795470589146
0.02067113004933783
7050 In expansion
frontal
0.0005266138464233886
0.020277233710144355
11471 In expansion
mpfc
0.0008672613831758219
0.015112492977244828
1738 In expansion
inferior
0.0004691957295615074
0.011564415891299118
10215 In expansion
ofc
0.000444594061955392
0.011266881894166183
1511 In expansion
superior
0.0004285518779078341
0.011025399862129436
9978 In expansion
occipital
0.00013466962826045464
0.010652455689864011
6796 In expansion
sts
0.0005137048277142547
0.010488387921773477
1158 In expansion
hand
0.0001905947803314207
0.00867765243749862
7603 In expansion
left
0.0002980364831863843
0.00857431369656587
12782 In expansion
motor
9.765228873304522e-05
0.008572749543583462
7928 In expansion
motion
0.0001160787111977529
0.008337313703980897
9061 In expansion
right
0.0006727732839709435
0.007953734547090176
13076 In expansion
precuneus
9.495701397046414e-05
0.006312865766189148
5186 In expansion
sma
0.00011709080659248443
0.005700454489730634
2429 In expansion
fa
0.00010051233691997434
0.0054210146143816
1796 In expansion
thalamus
5.691250409216244e-05
0.005076128030765154
4891 In expansion
face
8.164898418072387e-05
0.004998549618581865
4405 In expansion
temporal
7.87328828386943e-05
0.004726673968063658
11897 In expansion
ifg
0.0003906787099557169
0.004452605189877162
2361 In expansion
reward
9.891667437568748e-05
0.004070926531203677
2823 In expansion
sentence
0.000255601220154846
0.0037803597719971147
1605 In expansion
striatum
0.0001386090556541908
0.0036305188599681753
3024 In expansion
brainstem
4.311660489949418e-05
0.0033370957898165637
1502 In expansion
caudate
0.00011914735020816359
0.003278911212105255
3615 In expansion
lobule
0.00034943655532961704
0.00312381196757961
4588 In expansion
speech
7.206717308373188e-05
0.003111186624965875
2192 In expansion
medial prefrontal cortex
0.0003500815256002881
0.0025012389975090314
2996 In expansion
parietal cortex
0.000623219821638038
0.002381126377860287
2873 In expansion
process
0.0029778932874849084
0.0
13083 In expansion
monitoring
0.010127380711265127
0.0
4652 In expansion
mechanisms
0.0033565731401799526
0.0
7588 In expansion
medial frontal
0.003407627248909619
0.0
2094 In expansion
target
0.003011982535965536
0.0
6062 In expansion
stroop
0.007643970698474573
0.0
1122 In expansion
stroop task
0.0031148067297563807
0.0
672 In expansion
trial
0.00861510791010727
0.0
7031 In expansion
selection
0.004691491820273265
0.0
4946 In expansion
reaction time
0.0030253389560000368
0.0
4483 In expansion
resolution
0.0057824436963524245
0.0
10213 In expansion
response
0.005974450833480484
0.0
12421 In expansion
response conflict
0.02662352465145316
0.0
492 In expansion
response selection
0.003205999403856779
0.0
910 In expansion
stimulus
0.0049320384422568645
0.0
9004 In expansion
simon
0.007887553279793819
0.0
214 In expansion
cognitive
0.01134089053412062
0.0
11288 In expansion
cognitive control
0.02247955503873293
0.0
2789 In expansion
congruent
0.01042859148086133
0.0
1529 In expansion
context
0.002703963834703147
0.0
6960 In expansion
conflict resolution
0.008916556242426646
0.0
316 In expansion
conflict detection
1.0
0.0
188 In query
conflict
0.08954486813823821
0.0
4916 In expansion
children
0.00649203496119089
0.0
2616 In expansion
control
0.005565532126772012
0.0
12606 In expansion
ambiguity
0.0028645943171098504
0.0
582 In expansion
adjustment
0.005516509114621403
0.0
1517 In expansion
attentional control
0.0031368522736038565
0.0
866 In expansion
attention
0.0030903949054425497
0.0
9595 In expansion
behavior
0.0039008796992887375
0.0
9967 In expansion
incongruent
0.010345749184997562
0.0
1032 In expansion
hypnosis
0.0034585848015027142
0.0
57 In expansion
error
0.0069403020847397185
0.0
8304 In expansion
flanker
0.009660277384179778
0.0
279 In expansion
Predicted distribution of activations in the literature
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Publications related to the query
Integrating Conflict Detection and Attentional Control Mechanisms
The neural correlates of emotion-based cognitive control in adults with early childhood behavioral inhibition
Neural Substrates of the Development of Cognitive Control in Children Ages 5–10 Years
Anterior Cingulate Activation and Error Processing During Interferon-Alpha Treatment
Error effects in anterior cingulate cortex reverse when error likelihood is high
The neural correlates and functional integration of cognitive control in a Stroop task
Processing conflicting information: Facilitation, interference, and functional connectivity
Modulation of Brain Activity during a Stroop Inhibitory Task by the Kind of Cognitive Control Required
Unstable Prefrontal Response to Emotional Conflict and Activation of Lower Limbic Structures and Brainstem in Remitted Panic Disorder
fMRI-constrained source analysis reveals early top-down modulations of interference processing using a flanker task
Functional heterogeneity of conflict, error, task-switching, and unexpectedness effects within medial prefrontal cortex
Spatio-temporal brain dynamics in a combined stimulus–stimulus and stimulus–response conflict task
The neural basis of monitoring goal progress
Modeling Conflict and Error in the Medial Frontal Cortex
Multisensory conflict modulates the spread of visual attention across a multisensory object
Multiple cognitive control mechanisms associated with the nature of conflict
Removing the effect of response time on brain activity reveals developmental differences in conflict processing in the posterior medial prefrontal cortex
Separate conflict-specific cognitive control mechanisms in the human brain
How the brain resolves high conflict situations: Double conflict involvement of dorsolateral prefrontal cortex
Top-down attention regulates the neural expression of audiovisual integration
Preparatory Allocation of Attention and Adjustments in Conflict Processing
Responses of medial and ventrolateral prefrontal cortex to interpersonal conflict for resources
Using Neural Pattern Classifiers to Quantify the Modularity of Conflict–Control Mechanisms in the Human Brain
Neural Conflict–Control Mechanisms Improve Memory for Target Stimuli
The neural mechanisms of semantic and response conflicts: An fMRI study of practice-related effects in the Stroop task
Double Dissociation Between Action-driven and Perception-driven Conflict Resolution Invoking Anterior versus Posterior Brain Systems
Separating semantic conflict and response conflict in the Stroop task: A functional MRI study
Neural Circuitry of Emotional and Cognitive Conflict Revealed through Facial Expressions
The influence of response conflict on error processing: Evidence from event-related fMRI
Anterior cingulate and prefrontal cortex activity in an FMRI study of trial-to-trial adjustments on the Simon task