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RESEARCH PRODUCT
Vestibular compensation of otolith graviceptive dysfunction in stroke patients
Notger G. MüllerMarianne DieterichBernhard BaierHannah CuvenhausFrank Birkleinsubject
medicine.medical_specialtyStroke patientpathology [Otolithic Membrane]610 MedizinInsular cortexcompensationLesionOtolithic MembranePhysical medicine and rehabilitation610 Medical sciencesdiagnostic imaging [Stroke]HumansMedicinecomplications [Stroke]ddc:610StrokeOtolithCerebral CortexVestibular systemChronic stagebusiness.industryCompensation (psychology)subjective visual verticalmedicine.diseasestrokeStrokemedicine.anatomical_structureNeurologyinsular cortexpathology [Stroke]pathology [Cerebral Cortex]sense organsNeurology (clinical)medicine.symptombusinessdescription
BACKGROUND AND PURPOSE A sensitive and frequent clinical sign of a vestibular tone imbalance is the tilt of the perceived subjective visual vertical (SVV). There are no data yet focusing on lesion location at the cortical level as a factor for predicting compensation from the tilt of the SVV. METHODS With modern voxelwise lesion behavior mapping analysis, the present study determines whether lesion location in 23 right-hemispheric cortical stroke patients with an otolith dysfunction could predict the compensation of a vestibular tone imbalance in the chronic stage. RESULTS Our statistical anatomical lesion analysis revealed that lesions of the posterior insular cortex are involved in vestibular otolith compensation. CONCLUSION The insular cortex appears to be a critical anatomical region for predicting a tilt of the SVV as a chronic disorder in stroke patients.
| year | journal | country | edition | language |
|---|---|---|---|---|
| 2022-01-01 | European Journal of Neurology |