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Beyond binary parcellation of the vestibular cortex - A dataset

V Kirsch1,2,3, R Boegle2,3, D Keeser4,5

  • 1Department of Neurology, Ludwig-Maximilians Universität, Munich, Germany.

Data in Brief
|February 22, 2019
PubMed

Keywords:
A1, Primary auditory cortexACC, Anterior cingulate cortexBA, Brodmann arealC, Common clusterCSF, Cerebrospinal fluidIC, Independent componentICA, Independent component analysisIPL, Inferior parietal lobuleL, LeftL-I, Laterality-indexLH, Left-handedM/STG, Middle and superior temporal gyrusM1, Primary motor cortexMR, Magnetic resonanceMRI, Magnetic resonance imagingMST, Medial superior temporal areaMSTd, Dorsal medial superior temporal areaMT, Middle temporal areaOP, OperculumOP2, Operculum 2P, ParcelP-P, Parcel to parcel correlationP-RSN, Parcel to resting state network correlationPET, Positron emission tomographyPIVC, Parieto-insular vestibular cortexR, RightRH, Right-handedROI, Region of interestRSN, Resting-state networkS1, Primary somatosensory cortexSD, Standard deviationSMA, Supplementary motor areaSTG, Superior temporal gyrusSVV, Subjective visual verticalTP, Temporo-parietalU, Unique voxelV1–5, Primary, secondary and tertiary visual corticesVOG, Video-oculographyVOR, Vestibular-ocular reflexVPS, Visual posterior sylvian areafCBP, Functional connectivity based parcellation

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