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Terms related to the query
Term Similarity Weight in brain map N In query
visual
0.019342546080463745
1.0
10448 In expansion
face
0.01659124952832247
0.6053867759898002
4405 In expansion
parietal
0.006185656082431293
0.43066157854896997
10159 In expansion
auditory
0.006561529554420917
0.41166896678574744
4009 In expansion
speech
0.015729340046162103
0.4047246825962899
2192 In expansion
frontal
0.010807752856775444
0.24803470480263876
11471 In expansion
occipital
0.0030703807523894083
0.14475478323493615
6796 In expansion
object
0.010522799893366585
0.13285531198657222
4358 In expansion
prefrontal
0.0031042327001747144
0.10066381857146242
10017 In expansion
orbitofrontal
0.0033309993838084163
0.06607674372771376
3508 In expansion
inferior
0.004376197115804655
0.06428758922352994
10215 In expansion
left
0.003517021928306894
0.060306708799877956
12782 In expansion
task
0.005328485687489684
0.05911597727429378
12194 In expansion
cingulate
0.0011835395937263757
0.056387206279628295
9501 In expansion
thalamus
0.0010187836642761056
0.05415860368486293
4891 In expansion
ffa
0.002306274911263191
0.052871110957680406
407 In expansion
temporal
0.0013761212185232283
0.049239858708493796
11897 In expansion
visual cortex
0.0032495504459054115
0.044418844953037585
2165 In expansion
ofc
0.0028094763507109126
0.0424351828602061
1511 In expansion
ips
0.0028387479167026283
0.03847121492237636
1029 In expansion
fusiform
0.0007033700101215439
0.037878740858409976
4278 In expansion
auditory cortex
0.0012174910701555435
0.03335921038768441
846 In expansion
intraparietal
0.001579825981531116
0.032954215901923704
1925 In expansion
superior
0.0018707254667537875
0.028685446779391232
9978 In expansion
anterior
0.0021294315514416083
0.028081703754401444
11200 In expansion
motion
0.0006514576739447467
0.02788819348666247
9061 In expansion
pitch
0.0032585198151317022
0.027382254904130265
863 In expansion
right
0.0037667255835094017
0.026541590875290347
13076 In expansion
inferior frontal gyrus
0.0019048289164189875
0.025771409966040833
5245 In expansion
motor
0.0004894538025772105
0.025610026599130635
7928 In expansion
dlpfc
0.00134150801257411
0.02507339432382815
2726 In expansion
premotor
0.0017096943150914166
0.022157510063065416
3200 In expansion
scene
0.001885403231174619
0.0218741616443805
1657 In expansion
amygdala
0.00043661736701127677
0.0218472039476126
4540 In expansion
insula
0.0002809219365516917
0.019177080613527492
7050 In expansion
word
0.0013254846448280593
0.018703938057724433
6479 In expansion
pain
0.0013338162062511583
0.018026493445205027
1670 In expansion
ifg
0.002565944262250009
0.01743019616838029
2361 In expansion
stg
0.000997223879105172
0.016855710071957245
1459 In expansion
hand
0.0006198611792486169
0.016820786567372105
7603 In expansion
perceptual
0.007372288931716564
0.0
3918 In expansion
process
0.00506024729005304
0.0
13083 In expansion
orienting
0.01148630949336694
0.0
855 In expansion
top
1.0
0.0
4425 In query
target
0.009295212518953625
0.0
6062 In expansion
sustained attention
0.00599729369561146
0.0
590 In expansion
sustained
0.005549745532345679
0.0
2159 In expansion
visual attention
0.007185266160030879
0.0
918 In expansion
selective
0.008923890855537226
0.0
3684 In expansion
selective attention
0.01205742255639886
0.0
886 In expansion
region
0.0055337403510836115
0.0
13358 In expansion
spatial
0.005789480777039068
0.0
11589 In expansion
spatial attention
0.01181218865953748
0.0
810 In expansion
stimuli
0.012389383166459891
0.0
10529 In expansion
stimulus
0.009821002810904785
0.0
9004 In expansion
shift
0.00521824676555023
0.0
3134 In expansion
cognitive
0.006972495617540597
0.0
11288 In expansion
cognitive control
0.013916585205599049
0.0
2789 In expansion
congruent
0.006534517326219931
0.0
1529 In expansion
connectivity
0.022647039236820595
0.0
7803 In expansion
distractor
0.008306594020188102
0.0
1209 In expansion
control
0.004850923037702043
0.0
12606 In expansion
cortex
0.009391353513579517
0.0
13015 In expansion
dacc
0.008447814395373041
0.0
778 In expansion
attended
0.007462030317492311
0.0
1874 In expansion
attention
0.07990013578863087
0.0
9595 In expansion
attentional control
0.006386696782290922
0.0
866 In expansion
incongruent
0.0061055333999045685
0.0
1032 In expansion
lexical
0.007672564121666208
0.0
1401 In expansion
letter
0.021933511208515565
0.0
2538 In expansion
episodic
0.006261301475050159
0.0
2274 In expansion
dorsal
0.005467350920718792
0.0
6423 In expansion
Predicted distribution of activations in the literature
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Publications related to the query
Selecting category specific visual information: Top-down and bottom-up control of object based attention
A distributed neural system for top-down face processing
Functional Connectivity during Top-Down Modulation of Visual Short-Term Memory Representations
Neural Correlates of Top-Down Letter Processing
The neural circuitry underlying the executive control of auditory spatial attention
Neurodevelopmental changes in the responsiveness of systems involved in top down attention and emotional responding
Developmental Increase in Top–Down and Bottom–Up Processing in a Phonological Task: An Effective Connectivity, fMRI Study
Top-down Modulations in the Visual Form Pathway Revealed with Dynamic Causal Modeling
Dissociable effects of top-down and bottom-up attention during episodic encoding
Separable networks for top-down attention to auditory non-spatial and visuospatial modalities
Priming of control: implicit contextual cuing of top-down attentional set
The role of top-down control in different phases of a sensorimotor timing task: a DCM study of adults and adolescents
Top-down modulation of visual feature processing: The role of the inferior frontal junction
A dynamic causal modeling analysis of the effective connectivities underlying top-down letter processing
Top-down controlled and bottom-up triggered orienting of auditory attention to pitch activate overlapping brain networks
Impairments in “top-down” processing in bipolar disorder: A simultaneous fMRI–GSR study
Neuroanatomical dissociation between bottom-up and top-down processes of visuospatial selective attention
Top-down and bottom-up modulation of language related areas – An fMRI Study
DISSOCIATED RESPONSES IN THE AMYGDALA AND ORBITOFRONTAL CORTEX TO BOTTOM-UP AND TOP-DOWN COMPONENTS OF EMOTIONAL EVALUATION
Mechanisms of top-down facilitation in perception of visual objects studied by fMRI
Functional connectivity between ventral and dorsal frontoparietal networks underlies stimulus-driven and working memory-driven sources of visual distraction
Top-down attentional control in spatially coincident stimuli enhances activity in both task-relevant and task-irrelevant regions of cortex
Interactive effects of trait and state affect on top-down control of attention
Weaker top-down modulation from the left inferior frontal gyrus in children
An fMRI Study of the Neural Systems Involved in Visually Cued Auditory Top-Down Spatial and Temporal Attention
Top-down processes during auditory phoneme categorization in dyslexia: A PET study
Componential Granger causality, and its application to identifying the source and mechanisms of the top–down biased activation that controls attention to affective vs sensory processing
Functional Interactions between Prefrontal and Visual Association Cortex Contribute to Top-Down Modulation of Visual Processing
Top-down modulation of ventral occipito-temporal responses during visual word recognition
Individual differences in working memory capacity and distractor processing: Possible contribution of top–down inhibitory control