feedback
Terms related to the query
Term Similarity Weight in brain map N In query
reward
0.0034258887385296183
1.0
2823 In expansion
visual
0.0012398328978172424
0.762766989901378
10448 In expansion
auditory
0.000479709457258419
0.35814896041275446
4009 In expansion
motor
0.0004434921517716041
0.27613829291684056
7928 In expansion
striatum
0.0012337554282281192
0.22919712026852113
3024 In expansion
speech
0.0007220250834538259
0.2210771460388944
2192 In expansion
finger
0.0011135698271403064
0.19772236256288928
3165 In expansion
somatosensory
0.0002647454790762033
0.11672557682332024
2370 In expansion
caudate
0.0005344426377527303
0.10431562273843516
3615 In expansion
movement
0.0005563948227218414
0.08912401380992094
8260 In expansion
task
0.0006528047631877877
0.08618402222270632
12194 In expansion
right
0.0006312110412656275
0.05292732319052908
13076 In expansion
anterior insula
0.001000461071622472
0.046226277449855954
2682 In expansion
stg
0.00020841376716584665
0.041920182162159834
1459 In expansion
occipital
7.103964011788876e-05
0.03985509194925946
6796 In expansion
dlpfc
0.00017734072816499735
0.039443071011845555
2726 In expansion
acc
0.0001911442404812429
0.037042188754324926
3579 In expansion
hand
0.00011338347442490684
0.03661373192341577
7603 In expansion
vmpfc
0.0003392968827952119
0.023859154821653294
1037 In expansion
visual cortex
0.0001399249415858099
0.02276048365225876
2165 In expansion
medial prefrontal cortex
0.0004448851095317405
0.02254430524378732
2996 In expansion
parietal
2.6532596377251158e-05
0.021982267212620126
10159 In expansion
insular cortex
0.0006939739950095382
0.016669780076956072
1306 In expansion
inferior
8.966889334668882e-05
0.015675249016457334
10215 In expansion
premotor
8.734577191427703e-05
0.01347059407213923
3200 In expansion
putamen
5.027007733487456e-05
0.011638485111019725
3208 In expansion
m1
4.456173574370137e-05
0.01145281240364818
722 In expansion
temporal
2.5392947903895195e-05
0.010812238146107577
11897 In expansion
auditory cortex
3.0937850958336353e-05
0.0100874755496337
846 In expansion
left
4.9300654900681576e-05
0.010059713549997438
12782 In expansion
thalamus
1.3965473969845387e-05
0.008834531838113736
4891 In expansion
cerebellum
1.1917829317959586e-05
0.008811887047076278
5578 In expansion
lobule
0.00012120697639480456
0.0076850580808484744
4588 In expansion
ventral striatum
0.00018837308869370457
0.0076477111714640285
1418 In expansion
motion
1.3372646484641648e-05
0.006812302378295612
9061 In expansion
sma
1.622930759363868e-05
0.005603890805629769
2429 In expansion
superior
2.8853193168756567e-05
0.005264872006889939
9978 In expansion
insula
5.580271244673674e-06
0.004533091905003501
7050 In expansion
orbitofrontal
1.8968612467660198e-05
0.004477669332609188
3508 In expansion
sensorimotor
3.840506194837292e-05
0.004362786243030494
2384 In expansion
performance
0.007436145889853091
0.0
9105 In expansion
performance monitoring
0.0035785143569836285
0.0
363 In expansion
peer
0.0020152248462571645
0.0
270 In expansion
real
0.0034989516718927625
0.0
3180 In expansion
positive
0.005438863762399928
0.0
8918 In expansion
positive negative
0.0030195155820035074
0.0
2667 In expansion
motivation
0.0028379760171091547
0.0
2377 In expansion
motor control
0.0017853559386674595
0.0
1224 In expansion
negative
0.007642424345913812
0.0
8380 In expansion
negative feedback
0.012001228468422701
0.0
353 In expansion
negativity
0.0029192787222625167
0.0
566 In expansion
outcome
0.002532127123352116
0.0
4269 In expansion
nf
0.0023990127130530995
0.0
77 In expansion
neurofeedback
0.00895056952579116
0.0
100 In expansion
target
0.0014084764253280515
0.0
6062 In expansion
trial
0.003212339117529776
0.0
7031 In expansion
unexpected
0.0014231812318901554
0.0
1539 In expansion
valence
0.0024851797376328516
0.0
1993 In expansion
rule
0.0032608812737730673
0.0
3437 In expansion
self regulation
0.001638271915538123
0.0
318 In expansion
response
0.0014923715189349193
0.0
12421 In expansion
reinforcement
0.004175367206411765
0.0
810 In expansion
reinforcement learning
0.003391164530060229
0.0
290 In expansion
related
0.0015195040912925404
0.0
12943 In expansion
reversal
0.0019033213740105221
0.0
631 In expansion
sham
0.0017322881359575347
0.0
376 In expansion
shift
0.0019922566934926665
0.0
3134 In expansion
set shifting
0.0016737317868506813
0.0
277 In expansion
card
0.0019337082358029777
0.0
600 In expansion
delayed
0.0014128988883392079
0.0
2018 In expansion
correct
0.0022630906418240086
0.0
11851 In expansion
auditory feedback
0.006679225780673087
0.0
153 In expansion
losses
0.001493988690140795
0.0
523 In expansion
learning
0.003422394795950143
0.0
5239 In expansion
estimation
0.002728070777960397
0.0
2818 In expansion
gain
0.0017949759465933626
0.0
2098 In expansion
feedback
1.0
0.0
3189 In query
feedback processing
0.0138236478419888
0.0
159 In expansion
force
0.005791038297261504
0.0
652 In expansion
Predicted distribution of activations in the literature
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Publications related to the query
Frontomedian activation depends on both feedback validity and valence: fMRI evidence for contextual feedback evaluation
Human striatum is differentially activated by delayed, omitted, and immediate registering feedback
The Influence of Feedback Valence in Associative Learning
Better than Expected or as Bad as You Thought? The Neurocognitive Development of Probabilistic Feedback Processing
Functional connectivity among brain networks in continuous feedback of finger force
Feedback on Trait or Action Impacts on Caudate and Paracingulum Activity
Evaluative-feedback stimuli selectively activate the self-related brain area: An fMRI study
Feedback Timing Modulates Brain Systems for Learning in Humans
The anterior cingulate cortex responds differently to the validity and valence of feedback in a time-estimation task
Activation of insular cortex and subcortical regions related to feedback stimuli in a time estimation task: An fMRI study
Separating brain regions involved in internally guided and visual feedback control of moving effectors: An event-related fMRI study
Switching between colors and shapes on the basis of positive and negative feedback: An fMRI and EEG study on feedback-based learning
Fluctuation amplitude and local synchronization of brain activity in the ultra-low frequency band: An fMRI investigation of continuous feedback of finger force
Neural correlates of positive and negative performance feedback in younger and older adults
Remedial action and feedback processing in a time-estimation task: Evidence for a role of the rostral cingulate zone in behavioral adjustments without learning
Look who's judging—Feedback source modulates brain activation to performance feedback in social anxiety
Effect of visual feedback on brain activation during motor tasks: An fMRI study
Separable neural mechanisms contribute to feedback processing in a rule-learning task
Effects of social context on feedback-related activity in the human ventral striatum
Modulation of feedback related activity in the rostral anterior cingulate cortex during trial and error exploration
Interacting Outcome Retrieval, Anticipation, and Feedback Processes in the Human Brain
Altered emotional and BOLD responses to negative, positive and ambiguous performance feedback in OCD
Failure to retreat: Blunted sensitivity to negative feedback supports risky behavior in adolescents
An fMRI Study of Local Synchronization in Different Subfrequency Bands during the Continuous Feedback of Finger Force
Selective role for striatal and prefrontal regions in processing first trial feedback during single-trial associative learning
Contributions of the hippocampus to feedback learning
Brain potentials related to self-generated and external information used for performance monitoring
Information content and reward processing in the human striatum during performance of a declarative memory task
Neural correlates of developmental differences in risk estimation and feedback processing
Neural Activities Underlying the Feedback Express Salience Prediction Errors for Appetitive and Aversive Stimuli