egocentric
Terms related to the query
Term Similarity Weight in brain map N In query
parahippocampal
0.009003643047254699
1.0
3512 In expansion
parietal
0.0036929112824767856
0.9106570064618444
10159 In expansion
precuneus
0.004397574433415165
0.6171758429198307
5186 In expansion
occipital
0.0029287085262748084
0.4890490740056929
6796 In expansion
hand
0.001976502740694523
0.18996993928012382
7603 In expansion
temporal
0.0013136938091175725
0.16649065463434262
11897 In expansion
visual
0.0007156098208512829
0.13103830079051376
10448 In expansion
working
0.002193687590495557
0.11158796700326337
5201 In expansion
task
0.002359118606883676
0.09270143283289775
12194 In expansion
finger
0.0015412576767401273
0.08145294956848462
3165 In expansion
right
0.002397697532438443
0.059840190293239094
13076 In expansion
object
0.0011851102773195543
0.05299586402781698
4358 In expansion
premotor
0.0009962677025263588
0.04573136240994455
3200 In expansion
frontal
0.0005372623586141547
0.043671595768368314
11471 In expansion
superior
0.0007535564397071538
0.04092634363738013
9978 In expansion
memory
0.0016641288162074276
0.037032801436367814
8405 In expansion
fusiform
0.0001228397738726919
0.02343075570926149
4278 In expansion
left
0.000385388214444437
0.023405858864704115
12782 In expansion
parietal cortex
0.002265659141828662
0.018273930779444215
2873 In expansion
infrared
0.0007088820640128557
0.014338066624698567
395 In expansion
lobule
0.0007539947308951975
0.014229219343470746
4588 In expansion
occipito temporal
0.0007189214440168662
0.014102667190314343
1661 In expansion
inferior
0.00026757046273521014
0.013922077119240912
10215 In expansion
lingual
0.00044746210106905463
0.01338584247362303
2312 In expansion
tract
0.0010995462459189357
0.012295190819728182
1267 In expansion
cuneus
0.000555073067264419
0.011863757035069646
2038 In expansion
spl
0.0007073391526604974
0.011000370019057888
974 In expansion
neglect
0.007098253938670878
0.009650327634549804
449 In expansion
intraparietal
0.00012716840956055709
0.00939542805953802
1925 In expansion
parahippocampal gyrus
0.0022815378276512745
0.00865435635022183
2380 In expansion
white
0.0001191880938780306
0.008645758005398364
6774 In expansion
sts
0.0001966217259288421
0.00847467032896011
1158 In expansion
m1
9.897683226217423e-05
0.007571411056757719
722 In expansion
visual cortex
0.00015630789242938842
0.007567640383691164
2165 In expansion
extrastriate
0.003564352784177463
0.0069358317002364825
1072 In expansion
hippocampus
3.148866287399739e-05
0.006291639682097594
4610 In expansion
insula
2.4503672635469627e-05
0.005924662599028322
7050 In expansion
cingulate
3.4375090502245647e-05
0.005800657693654623
9501 In expansion
ffa
6.338934232404105e-05
0.005147059733264423
407 In expansion
amygdala
2.9018801771076362e-05
0.005142921948644919
4540 In expansion
perspective
0.009921990879542859
0.0
2564 In expansion
reality
0.006085046062570554
0.0
570 In expansion
navigation
0.04911151710208011
0.0
435 In expansion
maze
0.008622142928700186
0.0
111 In expansion
method
0.004326714946004951
0.0
7090 In expansion
mental
0.015113676643816463
0.0
6318 In expansion
mental rotation
0.01901768906213686
0.0
275 In expansion
parahippocampal cortex
0.004260264286860403
0.0
497 In expansion
subject
0.005062664566617965
0.0
11687 In expansion
visuospatial
0.005345864983325127
0.0
2001 In expansion
virtual
0.021643247607726967
0.0
590 In expansion
vestibular
0.004776259168449086
0.0
189 In expansion
rotation
0.013968354130483529
0.0
2523 In expansion
route
0.007353501810144425
0.0
593 In expansion
reference
0.006776344764938572
0.0
4848 In expansion
representation
0.007812649427203305
0.0
6381 In expansion
retrosplenial cortex
0.0041771425111528345
0.0
496 In expansion
retrosplenial
0.007304997149856284
0.0
628 In expansion
spatial
0.06884469935001994
0.0
11589 In expansion
spatial attention
0.011674177875636176
0.0
810 In expansion
spatial information
0.004326988375851273
0.0
567 In expansion
spatial memory
0.012276635093580741
0.0
289 In expansion
spatial navigation
0.01625077329921769
0.0
183 In expansion
space
0.008795326970132945
0.0
9772 In expansion
source
0.006411203843369641
0.0
4802 In expansion
spatial working memory
0.008346343651730082
0.0
409 In expansion
cortex
0.0053639312198164694
0.0
13015 In expansion
analysis
0.004643512694419218
0.0
13429 In expansion
body
0.01803781463847626
0.0
6715 In expansion
based
0.006568607313538975
0.0
12673 In expansion
information
0.005205020847232073
0.0
11114 In expansion
human
0.00571483738619649
0.0
8715 In expansion
image
0.005155961126909769
0.0
12929 In expansion
localization
0.00507208954263591
0.0
3043 In expansion
location
0.011885238404535963
0.0
6271 In expansion
maps
0.005474589803132046
0.0
8337 In expansion
egocentric
1.0
0.0
251 In query
Predicted distribution of activations in the literature
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Publications related to the query
Functional neuro-anatomy of egocentric versus allocentric space representation
The neural basis of the egocentric and allocentric spatial frame of reference
Disentangling neural processes of egocentric and allocentric mental spatial transformations using whole-body photos of self and other
The human parahippocampal cortex subserves egocentric spatial learning during navigation in a virtual maze
Differential hippocampal and retrosplenial involvement in egocentric-updating, rotation, and allocentric processing during online spatial encoding: an fMRI study
Neural Correlates of a Perspective-taking Task Using in a Realistic Three-dimmensional Environment Based Task: A Pilot Functional Magnetic Resonance Imaging Study
Neural correlates of two imagined egocentric transformations
Ongoing egocentric spatial processing during learning of non-spatial information results in temporal-parietal activity during retrieval
Interactions between ego- and allocentric neuronal representations of space
Frontal eye fields involved in shifting frame of reference within working memory for scenes
The Prognosis of Allocentric and Egocentric Neglect: Evidence from Clinical Scans
Egocentric virtual maze learning in adult survivors of childhood abuse with dissociative disorders: Evidence from functional magnetic resonance imaging
Brain activity associated with recognition of appropriate action selection based on allocentric perspectives
Using Time-to-Contact Information to Assess Potential Collision Modulates Both Visual and Temporal Prediction Networks
Automatic representation of a visual stimulus relative to a background in the right precuneus
Transcranial Direct Current Stimulation Modulates Activation and Effective Connectivity During Spatial Navigation
Egocentric memory impaired and allocentric memory intact as assessed by virtual reality in subjects with unilateral parietal cortex lesions
Neuroanatomical Dissections of Unilateral Visual Neglect Symptoms: ALE Meta-Analysis of Lesion-Symptom Mapping
VISUOSPATIAL CONTEXTUAL PROCESSING IN THE PARIETAL CORTEX: AN FMRI INVESTIGATION OF THE INDUCED ROELOFS EFFECT
Does egocentric mental rotation elicit sex differences?
Does an Oblique/Slanted Perspective during Virtual Navigation Engage Both Egocentric and Allocentric Brain Strategies?
Gender-specific strategy use and neural correlates in a spatial perspective taking task
The impact of egocentric vs. allocentric agency attributions on the neural bases of reasoning about social rules
The neural correlates of sex differences in left–right confusion
The neural basis of ego- and allocentric reference frames in spatial navigation: Evidence from spatio-temporal coupled current density reconstruction
Modulation of neural activity by angle of rotation during imagined spatial transformations
Neural Substrates of Visual Spatial Coding and Visual Feedback Control for Hand Movements in Allocentric and Target-Directed Tasks
Maintaining vs. enhancing motor sequence memories: Respective roles of striatal and hippocampal systems
Computational substrates of social norm enforcement by unaffected third parties
Tracking Down Abstract Linguistic Meaning: Neural Correlates of Spatial Frame of Reference Ambiguities in Language