virtual
Terms related to the query
Term Similarity Weight in brain map N In query
parahippocampal
0.009257024618439259
1.0
3512 In expansion
parietal
0.0031053467264067053
0.7448055554484138
10159 In expansion
precuneus
0.004393993541036842
0.5997938165600354
5186 In expansion
pain
0.012620365794126849
0.5875835909615732
1670 In expansion
occipital
0.002629670358380997
0.42709496402708746
6796 In expansion
movement
0.007379220815868152
0.3421860024652491
8260 In expansion
motion
0.0013522430244975565
0.19942122492632547
9061 In expansion
hand
0.0020775702176740363
0.1942182444544152
7603 In expansion
motor
0.001034374042447799
0.18644828251272935
7928 In expansion
temporal
0.0012993205960176687
0.16016177768577208
11897 In expansion
sensorimotor
0.004788550724394371
0.15747790699800254
2384 In expansion
visual
0.0008565609199575272
0.1525552180736081
10448 In expansion
insula
0.0006429422534959693
0.1511998148927125
7050 In expansion
finger
0.0028793920656559556
0.14800596422769277
3165 In expansion
working
0.0022517693987378034
0.1114072232524679
5201 In expansion
task
0.0021295751102828092
0.08139101853558477
12194 In expansion
thalamus
0.00036290650319791386
0.06646035979193585
4891 In expansion
amygdala
0.0003336174719266182
0.05750771274710015
4540 In expansion
right
0.002209692914106746
0.05363858874027614
13076 In expansion
somatosensory
0.0004174095075770162
0.05327701570399519
2370 In expansion
m1
0.000642105314183435
0.04777452625952315
722 In expansion
premotor
0.0010624540246104853
0.04743458274450878
3200 In expansion
face
0.00033173209647813175
0.04169882134994698
4405 In expansion
sts
0.0009386988477681226
0.039351785638147715
1158 In expansion
superior
0.0007396971219622043
0.0390740061074152
9978 In expansion
frontal
0.0004902371450023165
0.038758388507647616
11471 In expansion
object
0.0008670208861257313
0.037710268318849605
4358 In expansion
auditory
0.0001705784031929537
0.03686799634992812
4009 In expansion
cerebellum
0.0001469696270560016
0.03145860274267958
5578 In expansion
brainstem
0.00019324698251407956
0.030710006095754427
1502 In expansion
memory
0.0012841438095462449
0.027794581437303265
8405 In expansion
prefrontal
0.00021262741387418214
0.023753129665182518
10017 In expansion
sma
0.00022988154547997304
0.02297914458745471
2429 In expansion
cingulate
0.00013564125136239868
0.02226240224467466
9501 In expansion
anterior
0.0004324513491429927
0.019646241409985804
11200 In expansion
parietal cortex
0.002415840477071332
0.018951889102190596
2873 In expansion
putamen
0.00022155354295874495
0.014849289634305565
3208 In expansion
ofc
0.00028126846867574637
0.014635386536999355
1511 In expansion
infrared
0.0007323106163951986
0.014406510046530211
395 In expansion
s1
0.0004739359999963181
0.013769429800110143
1058 In expansion
neglect
0.007416173477679296
0.009806572794228094
449 In expansion
phobia
0.007874995046938471
0.0
412 In expansion
perspective
0.007649496572232828
0.0
2564 In expansion
reference
0.006701553759049221
0.0
4848 In expansion
reality
0.00667102731981436
0.0
570 In expansion
navigation
0.05035060863833061
0.0
435 In expansion
maze
0.00884370523377067
0.0
111 In expansion
method
0.004435878665346379
0.0
7090 In expansion
training
0.006492266206344565
0.0
3483 In expansion
subject
0.005427034611609452
0.0
11687 In expansion
virtual
1.0
0.0
590 In query
vestibular
0.004937904587725402
0.0
189 In expansion
route
0.007550863982269901
0.0
593 In expansion
retrosplenial
0.007483436415630638
0.0
628 In expansion
space
0.008786474666738974
0.0
9772 In expansion
spatial
0.07009349481087639
0.0
11589 In expansion
spatial attention
0.01196754152917568
0.0
810 In expansion
spatial memory
0.012614025928757927
0.0
289 In expansion
spatial navigation
0.016663327775202262
0.0
183 In expansion
spatial working memory
0.00853620759573206
0.0
409 In expansion
stroke
0.005187117741171148
0.0
1585 In expansion
source
0.006639259557193491
0.0
4802 In expansion
social
0.009668916286157483
0.0
4519 In expansion
cortex
0.005762659270953054
0.0
13015 In expansion
analysis
0.004795095655835209
0.0
13429 In expansion
based
0.006615291290182394
0.0
12673 In expansion
information
0.005447971325222643
0.0
11114 In expansion
human
0.005755522647643673
0.0
8715 In expansion
localization
0.00530813688837638
0.0
3043 In expansion
location
0.012067073378799795
0.0
6271 In expansion
maps
0.005622710604156646
0.0
8337 In expansion
egocentric
0.017288258078156545
0.0
251 In expansion
game
0.010851289175424576
0.0
784 In expansion
gaze
0.00866112567837958
0.0
845 In expansion
group
0.004668729745166782
0.0
12268 In expansion
feedback
0.0065977465405549045
0.0
3189 In expansion
Predicted distribution of activations in the literature
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Publications related to the query
Building virtual reality fMRI paradigms: A framework for presenting immersive virtual environments
Egocentric memory impaired and allocentric memory intact as assessed by virtual reality in subjects with unilateral parietal cortex lesions
Illusion-related brain activations: A new virtual reality mirror box system for use during functional magnetic resonance imaging
Virtual needle pain stimuli activates cortical representation of emotions in normal volunteers
Being with virtual others: Neural correlates of social interaction
Enhancing Sensorimotor Activity by Controlling Virtual Objects with Gaze
A Functional Magnetic Resonance Imaging Assessment of Small Animals’ Phobia Using Virtual Reality as a Stimulus
Virtual Milgram: Empathic Concern or Personal Distress? Evidence from Functional MRI and Dispositional Measures
Leading the follower: An fMRI investigation of dynamic cooperativity and leader–follower strategies in synchronization with an adaptive virtual partner
The human parahippocampal cortex subserves egocentric spatial learning during navigation in a virtual maze
Egocentric virtual maze learning in adult survivors of childhood abuse with dissociative disorders: Evidence from functional magnetic resonance imaging
Neuronal correlates of continuous manual tracking under varying visual movement feedback in a virtual reality environment
Real world navigation independence in the early blind correlates with differential brain activity associated with virtual navigation
Grey matter volume correlates with virtual water maze task performance in boys with androgen excess
Neural Patterns of Reorganization after Intensive Robot-Assisted Virtual Reality Therapy and Repetitive Task Practice in Patients with Chronic Stroke
Rightward-biased hemodynamic response of the parahippocampal system during virtual navigation
Spatiotemporal reconstruction of the auditory steady-state response to frequency modulation using magnetoencephalography
Remapping in the Ipsilesional Motor Cortex after VR-based Training: a Pilot fMRI Study
Decreased fMRI activity in the hippocampus of patients with schizophrenia compared to healthy control participants, tested on a wayfinding task in a virtual town
Reduced activation in the mirror neuron system during a virtual social cognition task in euthymic bipolar disorder
Delay and trace fear conditioning in a complex virtual learning environment—neural substrates of extinction
A Preliminary Study of Functional Brain Activation among Marijuana Users during Performance of a Virtual Water Maze Task
Brain responses to biological motion predict treatment outcome in young adults with autism receiving Virtual Reality Social Cognition Training: Preliminary findings
Source retrieval is not properly differentiated from object retrieval in early schizophrenia: An fMRI study using virtual reality
Does an Oblique/Slanted Perspective during Virtual Navigation Engage Both Egocentric and Allocentric Brain Strategies?
The Importance of Synchrony and Temporal Order of Visual and Tactile Input for Illusory Limb Ownership Experiences – An fMRI Study Applying Virtual Reality
Hippocampal activation and memory performance in schizophrenia depend on strategy use in a virtual maze
Embedding Task-Based Neural Models into a Connectome-Based Model of the Cerebral Cortex
Brain activation underlying turning in Parkinson’s disease patients with and without freezing of gait: a virtual reality fMRI study
Functional abnormalities in normally appearing athletes following mild traumatic brain injury: a functional MRI study