ocular
Terms related to the query
Term Similarity Weight in brain map N In query
motor
0.023854202574352733
1.0
7928 In expansion
visual
0.019370200537284894
0.8023377959079071
10448 In expansion
occipital
0.002418887030320321
0.09136777492168355
6796 In expansion
frontal
0.004491831290580209
0.08259186189150913
11471 In expansion
cerebellum
0.0012939742363607082
0.06441570876461214
5578 In expansion
movement
0.005754175855223449
0.062056772891495374
8260 In expansion
parietal
0.0010873525582009596
0.06065372989359728
10159 In expansion
pain
0.0055899812077915365
0.060528845057019914
1670 In expansion
m1
0.0025922522771610187
0.044856120816969276
722 In expansion
hand
0.0019780339324853317
0.043005338848937216
7603 In expansion
brainstem
0.0009737901197717229
0.03599041615326111
1502 In expansion
visual cortex
0.0032310777824309843
0.03538573046711335
2165 In expansion
superior
0.002823573477554646
0.034688652370262016
9978 In expansion
left
0.0022224220610883474
0.030531902402958434
12782 In expansion
ips
0.0027209706621233176
0.029544028021288138
1029 In expansion
intraparietal
0.0016853701103867952
0.028166558905260562
1925 In expansion
saccade
0.05871469906271123
0.027449620147290955
547 In expansion
temporal
0.0009237649089830804
0.02648246102350053
11897 In expansion
premotor
0.002489773313852621
0.02585229301404748
3200 In expansion
gamma
0.004256688253848057
0.02181731306697978
1755 In expansion
finger
0.0017980440690604257
0.021494783148164158
3165 In expansion
precuneus
0.0006707745087145583
0.021294793993600684
5186 In expansion
sma
0.0008060508700251037
0.018739004860750908
2429 In expansion
thalamus
0.0004020040786563755
0.01712193010779983
4891 In expansion
task
0.0019151752175324823
0.017023402102439033
12194 In expansion
right
0.0030055288413902165
0.01696760880775836
13076 In expansion
somatosensory
0.0005276826941994153
0.015664074049022432
2370 In expansion
putamen
0.0009868068918280687
0.01538202369177934
3208 In expansion
white matter
0.0006732837943389825
0.014434924828464386
4236 In expansion
sulcus
0.0024671145845837988
0.012007395424955465
4241 In expansion
matter
0.0006173301883372867
0.011811108084378028
6324 In expansion
white
0.0007167086756770674
0.011760181815775629
6774 In expansion
stimulation
0.0022349836944526233
0.011444415206898609
4565 In expansion
motor cortex
0.0021378490366623475
0.010731950176659724
1500 In expansion
auditory
0.0002048460967218644
0.010296924003561159
4009 In expansion
sts
0.0010269487534046542
0.01001247061019378
1158 In expansion
motion
0.00026394909213703257
0.009052970923287223
9061 In expansion
working
0.0007400394538908581
0.008515274141520472
5201 In expansion
fusiform
0.00019425959449837884
0.00838167735415004
4278 In expansion
face
0.00024369882443059534
0.007124330257141469
4405 In expansion
plasticity
0.005340030272004599
0.0
1260 In expansion
pursuit
0.014698342603003817
0.0
247 In expansion
preparation
0.005482646242173159
0.0
2288 In expansion
power
0.003842639959793173
0.0
4561 In expansion
neurofeedback
0.011195781566415824
0.0
100 In expansion
oculomotor
0.01563082259652421
0.0
288 In expansion
ocular
1.0
0.0
291 In query
tracking
0.007694075856488896
0.0
1308 In expansion
training
0.04765748012039636
0.0
3483 In expansion
superior colliculus
0.004123937690793447
0.0
242 In expansion
target
0.006453964775811605
0.0
6062 In expansion
saccadic
0.010962579103233788
0.0
266 In expansion
smooth
0.004752141491761043
0.0
629 In expansion
signal
0.004498233671788371
0.0
10489 In expansion
source
0.004802135025794692
0.0
4802 In expansion
cognitive training
0.005651962733337077
0.0
139 In expansion
colliculus
0.004001516990923508
0.0
306 In expansion
change
0.003906575503523935
0.0
11424 In expansion
cortex
0.005572710651505147
0.0
13015 In expansion
area
0.00380325289429764
0.0
12598 In expansion
activity
0.006220571278084003
0.0
11733 In expansion
alpha
0.004361059605688396
0.0
1645 In expansion
band
0.0038727063815935593
0.0
1995 In expansion
human
0.0046095066168343685
0.0
8715 In expansion
eye
0.042399500814345084
0.0
2917 In expansion
eye field
0.003997530624173939
0.0
112 In expansion
eye movement
0.018889372328738514
0.0
1369 In expansion
eyes
0.004172993979659231
0.0
3375 In expansion
eeg
0.029470673007397107
0.0
1824 In expansion
gaze
0.01726754730294796
0.0
845 In expansion
field
0.006370353757452423
0.0
8982 In expansion
fixation
0.0069862757961038574
0.0
5627 In expansion
frontal eye field
0.00852368783586993
0.0
804 In expansion
Predicted distribution of activations in the literature
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Publications related to the query
Behavioral and Neural Plasticity of Ocular Motor Control: Changes in Performance and fMRI Activity Following Antisaccade Training
Manifestation of ocular-muscle EMG contamination in human intracranial recordings
An MEG investigation of the neural mechanisms subserving complex visuomotor coordination
Xenon-induced changes in CNS sensitization to pain
Cerebral neural correlates of differential melanopic photic stimulation in humans
Asymmetric modulation of human visual cortex activity during 10° lateral gaze (fMRI study)
Sensory Processing: The inion response revisited: evidence for a possible cerebellar contribution to vestibular-evoked potentials produced by air-conducted sound stimulation
Signal quality of simultaneously recorded invasive and non-invasive EEG
The role of visual saliency for the allocation of attention: Evidence from spatial neglect and hemianopia
Basal Ganglia-Thalamocortical Circuitry Disruptions in Schizophrenia During Delayed Response Tasks
Cerebral Asymmetry of fMRI-BOLD Responses to Visual Stimulation
Veridical stimulus localization is linked to human area V5/MT+ activity
Eye closure in darkness animates olfactory and gustatory cortical areas
Common neural circuitry supporting volitional saccades and its disruption in schizophrenia patients and relatives
Nicotine-induced nystagmus correlates with midpontine activation
Brain Abnormalities in Congenital Fibrosis of the Extraocular Muscles Type 1: A Multimodal MRI Imaging Study
Differential roles of the frontal and parietal cortices in the control of saccades
Vestibular evoked potentials (VsEPs) of cortical origin produced by impulsive acceleration applied at the nasion
Age-related differences of saccade induced cortical activation
fMRI evidence for sensorimotor transformations in human cortex during smooth pursuit eye movements
High-Field fMRI Reveals Brain Activation Patterns Underlying Saccade Execution in the Human Superior Colliculus
Saccadic Eye Movements in Anorexia Nervosa
Enhancing Sensorimotor Activity by Controlling Virtual Objects with Gaze
Reduced cognitive control of response inhibition by the anterior cingulate cortex in autism spectrum disorders
Sequential Activation of Human Oculomotor Centers During Planning of Visually-Guided Eye Movements: A Combined fMRI-MEG Study
I know where you'll look: an fMRI study of oculomotor intention and a change of motor plan
Saccade preparation signals in the human frontal and parietal cortices
Functional Brain Activation in Response to a Clinical Vestibular Test Correlates with Balance
An effect of context on saccade-related behavior and brain activity
The Saccadic Re-Centering Bias is Associated with Activity Changes in the Human Superior Colliculus