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This study aimed to investigate the potential role of binocular video head impulse test (B-vHIT) in distinguishing non-peripheral and peripheral vertigo.
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Most current video head impulse test (vHIT) systems take monocular recordings, which is sufficient to identify a peripheral vestibulopathy. Given central ocular motor abnormalities can cause dysconjugacy between the eyes, binocular vHIT may help further identify central/dangerous lesions. Here, we examined the utility of binocular vHIT to differentiate central from peripheral vestibulopathy.
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Binocular vHIT in Healthy Participants: An Optimized Strategy
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The antisaccades (AS) task is considered a reliable indicator of inhibitory control of eye movements in humans. Achieving good AS performance requires efficient cognitive processes that are sensitive to changes in brain structure. White matter hyperintensities (WMH) can cause subcortical-cortical dysconnectivity, affecting diverse cognitive domains. Thus, the AS task was investigated in patients with WMH in cerebral small vessel disease (CSVD).
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Patients with vestibular migraine (VM) show a significant decrease in gray matter cortical regions associated with pain and vestibular processing, as revealed by head functional magnetic resonance imaging. We predict that these changes can be reflected in intentional saccadic eye movements. This study aims to establish whether there are abnormalities in intentional saccadic eye movements in patients with VM.
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The study aimed to analyze the three-dimensional characteristics of nystagmus induced by different semicircular canal combinations in healthy young people, and to determine the reference range of nystagmus slow phase velocity (SPV) and its asymmetry.
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To comprehensively evaluate the dynamic change of vestibular function during long-term follow-up of vestibular neuritis, as well as the co-relationship with the outcomes of vestibular neuritis (VN), which provides the recommendations for vestibular function tests during the course of VN.
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