tbi
Terms related to the query
Term Similarity Weight in brain map N In query
thalamus
0.0005660625715191536
1.0
4891 In expansion
prefrontal
0.0007607238391487732
0.8197779474651663
10017 In expansion
tensor
0.0019335246318755255
0.8074799040501979
1361 In expansion
motor
0.00027586755097778906
0.47967713351717123
7928 In expansion
brainstem
0.00030315916166664644
0.46473512875334255
1502 In expansion
frontal
0.0005344566399616375
0.40760508844732835
11471 In expansion
right
0.0016329636661520865
0.38237506532221416
13076 In expansion
caudate
0.0006609326699549135
0.3602576198191216
3615 In expansion
motion
0.0002065188659776094
0.2937947183325975
9061 In expansion
left
0.00047603047024699
0.2712535170144397
12782 In expansion
cerebellum
9.211103188790264e-05
0.19019150163174517
5578 In expansion
white
0.00019792303956369842
0.13470416556005513
6774 In expansion
working memory
0.0005128374027674236
0.1328856180033623
4424 In expansion
cingulate
7.861090065157808e-05
0.12446023953943056
9501 In expansion
ofc
0.00023509736939425778
0.11800449230214974
1511 In expansion
s1
0.00035655420580873044
0.09992851734994507
1058 In expansion
lingual
0.0003201372537748305
0.08985456382165168
2312 In expansion
memory
0.00040972041313636054
0.08554639258882756
8405 In expansion
movement
0.00017717943984447496
0.07925609688542519
8260 In expansion
matter
7.484674410192075e-05
0.05939629301930386
6324 In expansion
fasciculus
0.0004741613991942921
0.0518774317672163
652 In expansion
word
0.00010952007739585515
0.051357298447431594
6479 In expansion
orbitofrontal
7.72590830864293e-05
0.05093000324251054
3508 In expansion
lobe
0.0002241539028509175
0.03292488275133388
7551 In expansion
parietal
1.2016947170509162e-05
0.02780318719484948
10159 In expansion
task
7.453820370471782e-05
0.027480843965658346
12194 In expansion
superior
4.9721502293445024e-05
0.025336456528362482
9978 In expansion
cuneus
0.00011059812668690967
0.022178610420893287
2038 In expansion
visual
1.1080015883405794e-05
0.01903604911341187
10448 In expansion
dai
0.0020841070491957013
0.018881909339631752
64 In expansion
integrity
0.0006775658213252814
0.016867806277008793
1714 In expansion
primary somatosensory cortex
9.219853010374802e-05
0.013963504444717795
583 In expansion
midbrain
0.00022635125811221437
0.012585506782166403
1194 In expansion
inferior
2.527029333494533e-05
0.012336461892169671
10215 In expansion
lingual gyrus
5.686569121247998e-05
0.010388011332671952
1898 In expansion
temporal
8.638799310301887e-06
0.010272202341069727
11897 In expansion
hippocampus
5.112704931174774e-06
0.009584618377447134
4610 In expansion
volume
0.0014990495977952598
0.009512043186548474
9322 In expansion
medial temporal
1.7745362770654147e-05
0.00930763076177933
2289 In expansion
inferior frontal gyrus
2.0160502496981806e-05
0.009064286640836371
5245 In expansion
performance
0.002365555638518613
0.0
9105 In expansion
post traumatic stress disorder
0.002486372454962434
0.0
319 In expansion
post
0.00413494759326683
0.0
7142 In expansion
military
0.002311265227340096
0.0
132 In expansion
mild traumatic brain injury
0.01603932404507066
0.0
43 In expansion
mild
0.008292611340583808
0.0
1855 In expansion
neuropathic pain
0.002416936171824031
0.0
123 In expansion
tbi
1.0
0.0
88 In query
symptom
0.0021866125991673504
0.0
4491 In expansion
sustained attention
0.002266478703507371
0.0
590 In expansion
sustained
0.002121036859132885
0.0
2159 In expansion
veterans
0.004568301388235879
0.0
263 In expansion
traumatic brain injury
0.03651200403289115
0.0
347 In expansion
traumatic
0.04576483766951804
0.0
923 In expansion
trauma
0.0035708050919294344
0.0
1241 In expansion
recovery
0.003150843712224584
0.0
1752 In expansion
reorganization
0.0036466516688525817
0.0
939 In expansion
related
0.002240585995097852
0.0
12943 In expansion
rehabilitation
0.0025358031708146763
0.0
468 In expansion
spinal cord injury
0.006539813055972388
0.0
44 In expansion
spinal
0.006428812373742496
0.0
849 In expansion
severity
0.002969832169877536
0.0
2888 In expansion
severe
0.003599262994790219
0.0
2923 In expansion
concussion
0.012414369470699753
0.0
57 In expansion
chronic
0.004585125525709207
0.0
2326 In expansion
diffuse axonal injury
0.0033231764315294803
0.0
27 In expansion
diffuse
0.0032567535868194366
0.0
705 In expansion
cord
0.006339137106947325
0.0
386 In expansion
acute
0.005653419886051586
0.0
1567 In expansion
brain injury
0.0037604454894921
0.0
383 In expansion
brain
0.012752752129714539
0.0
13395 In expansion
atrophy
0.002358523999610641
0.0
1332 In expansion
axonal
0.004502386210692443
0.0
511 In expansion
injury
0.05177432373950657
0.0
2082 In expansion
injuries
0.002401862486443668
0.0
324 In expansion
head injury
0.0032058147296223443
0.0
883 In expansion
lesion
0.0027958058384633983
0.0
4139 In expansion
longitudinal
0.0024144621454583173
0.0
2776 In expansion
group
0.0033674682310612376
0.0
12268 In expansion
fatigue
0.0034347433592546504
0.0
687 In expansion
Predicted distribution of activations in the literature
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Publications related to the query
Neural Activation during Response Inhibition Differentiates Blast from Mechanical Causes of Mild to Moderate Traumatic Brain Injury
Neural differences underlying face processing in veterans with TBI and co-occurring TBI and PTSD
Encoding and Recognition after TBI: Neuropsychological and fMRI Findings
Diverging volumetric trajectories following pediatric traumatic brain injury
Disrupted modular organization of resting-state cortical functional connectivity in U.S. military personnel following concussive ‘mild’ blast-related traumatic brain injury
Structural consequences of diffuse traumatic brain injury: A large deformation tensor-based morphometry study
A longitudinal fMRI study of working memory in severe TBI patients with diffuse axonal injury
Disruption of caudate working memory activation in chronic blast-related traumatic brain injury
Prefrontal Compensatory Engagement in TBI is due to Altered Functional Engagement Of Existing Networks and not Functional Reorganization
Sex differences in orbitofrontal connectivity in male and female veterans with TBI
Rehabilitation of Communicative Abilities in Patients with a History of TBI: Behavioral Improvements and Cerebral Changes in Resting-State Activity
Altered Cognitive Control Activations after Moderate-to-Severe Traumatic Brain Injury and Their Relationship to Injury Severity and Everyday-Life Function
Neural Correlates of Interference Control in Adolescents with Traumatic Brain Injury: Functional Magnetic Resonance Imaging Study of the Counting Stroop Task
Working Memory after Traumatic Brain Injury: The Neural Basis of Improved Performance with Methylphenidate
Error-related processing following severe traumatic brain injury: An event-related functional magnetic resonance imaging (fMRI) study
Long-term global and regional brain volume changes following severe traumatic brain injury: A longitudinal study with clinical correlates
The relationship of resting cerebral blood flow and brain activation during a social cognition task in adolescents with chronic moderate to severe traumatic brain injury: a preliminary investigation
Neural correlates of self-evaluative accuracy after traumatic brain injury
Relationship between individual differences in functional connectivity and facial-emotion recognition abilities in adults with traumatic brain injury
Functional resting-state fMRI connectivity correlates with serum levels of the S100B protein in the acute phase of traumatic brain injury
Brain Activation while Thinking about the Self from Another Person’s Perspective after Traumatic Brain Injury in Adolescents
Deficits in Visual System Functional Connectivity after Blast‐Related MildTBIare Associated with Injury Severity and Executive Dysfunction
Cognitive fatigue in individuals with traumatic brain injury is associated with caudate activation
Decision-making deficit of a patient with axonal damage after traumatic brain injury
Strategy‐based reasoning training modulates cortical thickness and resting‐state functional connectivity in adults with chronic traumatic brain injury†
Methylphenidate modulates sustained attention and cortical activation in survivors of traumatic brain injury: A perfusion fMRI study
Self-initiated movements in chronic prefrontal traumatic brain injury: An event-related functional MRI study
Organizational Structure Reduces Processing Load in the Prefrontal Cortex During Discourse Processing of Written Text: Implications for High-Level Reading Issues After TBI
Alpha-2 Adrenergic Challenge with Guanfacine One Month after Mild Traumatic Brain Injury: Altered Working Memory and BOLD Response
Cognitive Improvement after Mild Traumatic Brain Injury Measured with Functional Neuroimaging during the Acute Period