P A Dimitriadis1, M Saad1, M S Igra2, R Mandavia3, C Bowes4, N Hoggard2, J Ray1. 1. Department of Otolaryngology,Sheffield Teaching Hospitals,University of Sheffield,UK. 2. Academic Unit of Radiology,University of Sheffield,UK. 3. Department of Otolaryngology,University College London Hospitals,UK. 4. Department of Hearing Services,Sheffield Teaching Hospitals,University of Sheffield,UK.
Abstract
BACKGROUND: Visual vertigo is defined as a condition in which there is worsening or triggering of vestibular symptoms in certain visual environments. Previous studies have associated visual vertigo with an increased prevalence of underlying white matter lesions on brain imaging. METHOD: This study evaluated the magnetic resonance imaging scans of the brain from a cohort of patients with visual vertigo, and compared the outcomes to an age- and gender-matched group of healthy volunteers.Results and conclusionWhite matter lesions were observed in 17.9 per cent of the patient group and in 16.3 per cent of the control group. The prevalence of white matter lesions in the patient group was not too different to that expected based on age.
BACKGROUND: Visual vertigo is defined as a condition in which there is worsening or triggering of vestibular symptoms in certain visual environments. Previous studies have associated visual vertigo with an increased prevalence of underlying white matter lesions on brain imaging. METHOD: This study evaluated the magnetic resonance imaging scans of the brain from a cohort of patients with visual vertigo, and compared the outcomes to an age- and gender-matched group of healthy volunteers.Results and conclusionWhite matter lesions were observed in 17.9 per cent of the patient group and in 16.3 per cent of the control group. The prevalence of white matter lesions in the patient group was not too different to that expected based on age.
Entities:
Keywords:
Dizziness; Magnetic Resonance Imaging; Vertigo; White Matter