inhibition return
Terms related to the query
Term Similarity Weight in brain map N In query
auditory
0.018962067623588895
1.0
4009 In expansion
parietal
0.0020530456837690057
0.12014902202727215
10159 In expansion
visual
0.0026062756075554343
0.11326036793089245
10448 In expansion
auditory cortex
0.0038757299974944053
0.08926367462314583
846 In expansion
left
0.005861125202651656
0.08447784355283114
12782 In expansion
parahippocampal
0.0028835515129557563
0.07600551626015023
3512 In expansion
occipital
0.0013472073077287969
0.05338833626831174
6796 In expansion
precuneus
0.001461746872698333
0.04868594017559819
5186 In expansion
temporal
0.0012480389662172194
0.03753699657040473
11897 In expansion
frontal
0.0015714375872331768
0.030314153950412395
11471 In expansion
task
0.0031870614484993233
0.02972095607030221
12194 In expansion
visual word
0.005186266274299566
0.017644690237384637
448 In expansion
thalamus
0.00038440689681614414
0.017177024140544207
4891 In expansion
right
0.0028833711428996795
0.017077912543995055
13076 In expansion
superior
0.0012887024720151191
0.016610224045698407
9978 In expansion
premotor
0.001329048967961171
0.014478205579427783
3200 In expansion
fusiform
0.00030328982768627996
0.013729059906077968
4278 In expansion
insula
0.000234773363732547
0.013471530277175896
7050 In expansion
motor
0.0002867949475340794
0.012613659045525612
7928 In expansion
fusiform gyrus
0.0005382880196345103
0.012088721370616446
3445 In expansion
inferior
0.0009765557184261659
0.012058646412527966
10215 In expansion
ips
0.0009672119018488844
0.011017979853318986
1029 In expansion
inferior frontal gyrus
0.0008968296361577346
0.01019913697695958
5245 In expansion
cingulate
0.00023545416919499426
0.00942921287206084
9501 In expansion
occipito temporal
0.0018482351905492675
0.008604244087095727
1661 In expansion
motion
0.00023231619665113693
0.00835958920544254
9061 In expansion
working
0.0006573531944509769
0.007935550003020788
5201 In expansion
stg
0.0005570913122790685
0.00791502038629531
1459 In expansion
prefrontal
0.0002636975506088556
0.007187808467890525
10017 In expansion
lobule
0.0013265014351828116
0.005940953529070244
4588 In expansion
finger
0.00046221799444587196
0.005797143883665337
3165 In expansion
object
0.0005416209510335433
0.005747967926878086
4358 In expansion
intraparietal
0.000326752531009514
0.00572917330875641
1925 In expansion
spl
0.0014735278802056081
0.005438430980983051
974 In expansion
speech
0.00022544286525085904
0.004875924295492464
2192 In expansion
tensor
0.00044253151842046803
0.004674631880473713
1361 In expansion
ifg
0.0008124166530441313
0.00463879459516862
2361 In expansion
sound
0.000314691602525813
0.004503099724676386
2261 In expansion
word
0.00028119216025884644
0.0033352840888956643
6479 In expansion
brainstem
8.583028040421617e-05
0.003328101251519554
1502 In expansion
reactivity
0.00878319703511501
0.0
1299 In expansion
preparation
0.0034889598959320293
0.0
2288 In expansion
process
0.003615744409196281
0.0
13083 In expansion
mild traumatic brain injury
0.0035805789601211454
0.0
43 In expansion
navigation
0.014736676004615269
0.0
435 In expansion
orienting
0.01391629194918458
0.0
855 In expansion
tbi
0.013010341219925359
0.0
88 In expansion
top
0.006364242778252193
0.0
4425 In expansion
target
0.007043268788447227
0.0
6062 In expansion
virtual
0.006495966278164446
0.0
590 In expansion
writing
0.009315986913885814
0.0
955 In expansion
traumatic
0.009890161935910219
0.0
923 In expansion
traumatic brain injury
0.007890544866700298
0.0
347 In expansion
selective
0.0037339804064985896
0.0
3684 In expansion
selective attention
0.005056181819599818
0.0
886 In expansion
response
0.004617002778821518
0.0
12421 In expansion
response inhibition
0.011118256873177463
0.0
1092 In expansion
spatial memory
0.0037764677686221207
0.0
289 In expansion
spatial navigation
0.004876297762035142
0.0
183 In expansion
spatial attention
0.00993909308851303
0.0
810 In expansion
spatial
0.024187143260354947
0.0
11589 In expansion
digit
0.0033454556135391624
0.0
1374 In expansion
cortex
0.003517892174533254
0.0
13015 In expansion
cue
0.03939030886313706
0.0
3265 In expansion
cued
0.0080184041014081
0.0
1403 In expansion
cueing
0.007492417061854701
0.0
370 In expansion
cues
0.03508049714741899
0.0
3807 In expansion
brain
0.0033719157964753337
0.0
13395 In expansion
attention
0.03382175838040631
0.0
9595 In expansion
inhibition
0.006800716963740868
0.0
4517 In expansion
inhibition return
1.0
0.0
23 In query
injury
0.011188861842003631
0.0
2082 In expansion
location
0.005627447712037608
0.0
6271 In expansion
letter
0.06903874839820076
0.0
2538 In expansion
egocentric
0.005059734906445649
0.0
251 In expansion
gyrus
0.003797464122519988
0.0
11368 In expansion
Predicted distribution of activations in the literature
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Publications related to the query
Letter processing interferes with inhibition of return: Evidence for cortical involvement
Neural correlates of spatial and non-spatial inhibition of return (IOR) in attentional orienting
From Behavioral Facilitation to Inhibition: The Neuronal Correlates of the Orienting and Reorienting of Auditory Attention
Auditory Orienting and Inhibition of Return in Mild Traumatic Brain Injury: A FMRI study
Evoked and Intrinsic Asymmetries during Auditory Attention: Implications for the Contralateral and Neglect Models of Functioning
Not All Attention Orienting is Created Equal: Recognition Memory is Enhanced When Attention Orienting Involves Distractor Suppression
Neural networks underlying endogenous and exogenous visual–spatial orienting
A dynamic causal modeling analysis of the effective connectivities underlying top-down letter processing
Letter processing automatically recruits a sensory–motor brain network
Neural Correlates of Top-Down Letter Processing
fMRI correlates of cortical specialization and generalization for letter processing
Made you look! Consciously perceived, irrelevant instructional cues can hijack the attentional network
The similarity structure of distributed neural responses reveals the multiple representations of letters
Decoding letter position in word reading
Selective response to letter categorization within the left fusiform gyrus
Adaptation of the human visual system to the statistics of letters and line configurations
Activation of Right Ventral Prefrontal Cortex Using a Predictive Cue during Visual Spatial Orienting of Attentional Processes: An fMRI Study
Brain activation patterns resulting from learning letter forms through active self-production and passive observation in young children
Repetition of letter strings leads to activation of and connectivity with word-related regions
Can skilled readers perform a second task in parallel? A functional connectivity MRI study
The effects of handwriting experience on functional brain development in pre-literate children
The neural circuitry underlying the executive control of auditory spatial attention
An fMRI Study of the Neural Systems Involved in Visually Cued Auditory Top-Down Spatial and Temporal Attention
Role of the superior parietal lobules in letter-identity processing within strings: FMRI evidence from skilled and dyslexicreaders
Neural correlates of primary and reflective consciousness of spatial orienting
Premotor activations in response to visually presented single letters depend on the hand used to write: a study on left-handers
Spatial Attention Evokes Similar Activation Patterns for Visual and Auditory Stimuli
Search for a Threatening Target Triggers Limbic Guidance of Spatial Attention
Parietal disruption impairs reflexive spatial attention within and between sensory modalities
Isolating event-related potential components associated with voluntary control of visuo-spatial attention