ideomotor
Terms related to the query
Term Similarity Weight in brain map N In query
caudate
0.013910111691669348
1.0
3615 In expansion
parietal
0.0032460816774000983
0.9905429291770846
10159 In expansion
hand
0.005936534374589171
0.7060709601564625
7603 In expansion
motor
0.0022549279395723985
0.5171237585136508
7928 In expansion
premotor
0.008946256946893182
0.5081680496747845
3200 In expansion
thalamus
0.001272935341992183
0.2965891993230415
4891 In expansion
left
0.0037079656021356813
0.2786696994481582
12782 In expansion
pitch
0.007325858962682062
0.26981798646100696
863 In expansion
visual
0.0008023977833029092
0.18181913234975125
10448 In expansion
inferior
0.0027236350804645914
0.17536490514626515
10215 In expansion
speech
0.0014048021855047426
0.15842651353672726
2192 In expansion
putamen
0.0018267202914733307
0.15576865916761365
3208 In expansion
somatosensory
0.0009308805695356054
0.1511654593162189
2370 In expansion
intraparietal
0.0014503236449350061
0.13259591944097224
1925 In expansion
action
0.08305775134732726
0.11142140818064508
4619 In expansion
sts
0.001877385659269347
0.10013195716807606
1158 In expansion
auditory
0.0003641236345632279
0.10012796970301743
4009 In expansion
ifg
0.0028381086480964964
0.08449822274274647
2361 In expansion
temporal
0.000471372624108892
0.07392442651103545
11897 In expansion
right
0.0022523422751933673
0.06956020575295371
13076 In expansion
task
0.0013773719490280556
0.06697547538929759
12194 In expansion
object
0.0009738270318206101
0.053888108317063844
4358 In expansion
sulcus
0.00196763782151288
0.05238794715335848
4241 In expansion
nucleus
0.005339112627093724
0.04996246222742722
3517 In expansion
ipl
0.0027878768981926703
0.048063201102011684
1390 In expansion
superior
0.0006794671773309063
0.04566500854185896
9978 In expansion
anterior
0.0007731414183975507
0.044687103880698804
11200 In expansion
psts
0.0015554836513988948
0.03914265763074001
377 In expansion
insula
0.0001221839808941705
0.036557342029401
7050 In expansion
frontal
0.00035118033856652305
0.03532407028745728
11471 In expansion
stg
0.00041534666039141243
0.030770078690516796
1459 In expansion
cingulate
0.00013908993336903797
0.029044037351051565
9501 In expansion
acc
0.00039142390874983754
0.02793855240312306
3579 In expansion
lobule
0.0010967878877589632
0.0256131686340937
4588 In expansion
hippocampus
0.00010139099292524446
0.025068993616769848
4610 In expansion
prefrontal
0.0001594341991182639
0.022660219730639506
10017 In expansion
brainstem
0.00010309031925527047
0.020843282544186367
1502 In expansion
sensorimotor
0.00047533916671644504
0.019888415850620355
2384 In expansion
face
0.0001194525886896036
0.019103498199061264
4405 In expansion
striatal
0.0010638856790444325
0.01695196957288309
2076 In expansion
premotor cortex
0.0032450366968273824
0.0
1852 In expansion
mirror
0.013191770176192628
0.0
3882 In expansion
observation
0.0182998059831994
0.0
3954 In expansion
neural
0.01839924231224879
0.0
11610 In expansion
neuronal
0.0040548652983639615
0.0
6504 In expansion
tool
0.004603963283002546
0.0
5095 In expansion
video
0.006395874468280732
0.0
1910 In expansion
understanding
0.004322495833854752
0.0
6449 In expansion
selection
0.00512521427143592
0.0
4946 In expansion
representation
0.00421306452251307
0.0
6381 In expansion
response conflict
0.005514215866841328
0.0
492 In expansion
simulation
0.0040907041796135165
0.0
1986 In expansion
conflict
0.01839979483540868
0.0
4916 In expansion
clips
0.00325286551141348
0.0
646 In expansion
aon
0.005548528633807147
0.0
39 In expansion
apraxia
0.00300314856881705
0.0
197 In expansion
action execution
0.004164503704926536
0.0
229 In expansion
action observation
0.028863534037358845
0.0
359 In expansion
action perception
0.0035858196252286493
0.0
187 In expansion
abstract
0.003199920184316989
0.0
7036 In expansion
caudate nucleus
0.0056227945543676095
0.0
1607 In expansion
human
0.004248883744326163
0.0
8715 In expansion
imitation
0.005040502260819006
0.0
383 In expansion
ideomotor
1.0
0.0
77 In query
learning
0.021622341518839093
0.0
5239 In expansion
execution
0.005873938535155456
0.0
2145 In expansion
executive
0.004075884515364324
0.0
4287 In expansion
expertise
0.004126152526280954
0.0
534 In expansion
gesture
0.03741023060121494
0.0
485 In expansion
goal
0.007997438484109455
0.0
5381 In expansion
goal directed
0.004880957958238638
0.0
1657 In expansion
grasping
0.005207600539375284
0.0
396 In expansion
Predicted distribution of activations in the literature
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Publications related to the query
Neural correlates of ideomotor effect anticipations
The neural substrate of the ideomotor principle revisited: Evidence for asymmetries in action-effect learning
The neural substrate of the ideomotor principle: An event-related fMRI analysis
Using Neural Pattern Classifiers to Quantify the Modularity of Conflict–Control Mechanisms in the Human Brain
Neural correlates of transitive and intransitive action imitation: An investigation using voxel-based morphometry
The role of the dorsal stream for gesture production
Lateralization of brain activity during motor planning of proximal and distal gestures
The neural basis of integrating pre- and post-response information for goal-directed actions
Gesture Subtype–Dependent Left Lateralization of Praxis Planning: An Event-Related fMRI Study
Early dysfunctions of fronto-parietal praxis networks in Parkinson’s disease
Responses to irrational actions in action observation and mentalising networks of the human brain
Stereoscopically Observing Manipulative Actions
On the Role of Object Information in Action Observation: An fMRI Study
The role of inferior frontal and parietal areas in differentiating meaningful and meaningless object-directed actions
Dissociating dynamic probability and predictability in observed actions—an fMRI study
Is Brain Activity during Action Observation Modulated by the Perceived Fairness of the Actor?
Objects tell us what action we can expect: dissociating brain areas for retrieval and exploitation of action knowledge during action observation in fMRI
Dissociating What and When of Intentional Actions
The timing and precision of action prediction in the aging brain
The neural basis for understanding non-intended actions
A Distributed Network Critical for Selecting Among Tool-Directed Actions
Lateral occipitotemporal cortex and action representation
Cortical regions involved in the observation of bimanual actions
Dissociable brain systems mediate vicarious learning of stimulus-response and action-outcome contingencies
Visual features of an observed agent do not modulate human brain activity during action observation
Additive Routes to Action Learning: Layering Experience Shapes Engagement of the Action Observation Network
The fraction of an action is more than a movement: Neural signatures of event segmentation in fMRI
Squeezing lemons in the bathroom: Contextual information modulates action recognition
The neural correlates of ‘vitality form’ recognition: an fMRI study: This work is dedicated to Daniel Stern, whose immeasurable contribution to science has inspired our research.
Objects Mediate Goal Integration in Ventrolateral Prefrontal Cortex during Action Observation