Results
No difference in demographic or clinical data was found between the two groups (P>0.05; Table I). The cause of unilateral peripheral dysfunction was vestibular neuritis in 21 patients and postsurgical unilateral vestibular dysfunction in six patients; a specific cause could not be identified in 15 patients. Caloric tests revealed unilateral inexcitability in 29 of the 42 patients and hypoexcitability in 13 patients. In seven of the 19 patients with bilateral vestibular dys- function, the cause was ototoxicity; a specific cause could not be identified in 12 patients. Caloric tests revealed bilateral inexcitability in 11 of the 19 pa- tients and bilateral hypoexcitability in eight patients.
DHI, ABC, TUG, DGI, and static posturograpy scores (falling index with F3 band) before rehabilita- tion did not differ between the two groups (P>0.05; Tables II, III).
ResultsNo difference in demographic or clinical data was found between the two groups (P>0.05; Table I). The cause of unilateral peripheral dysfunction was vestibular neuritis in 21 patients and postsurgical unilateral vestibular dysfunction in six patients; a specific cause could not be identified in 15 patients. Caloric tests revealed unilateral inexcitability in 29 of the 42 patients and hypoexcitability in 13 patients. In seven of the 19 patients with bilateral vestibular dys- function, the cause was ototoxicity; a specific cause could not be identified in 12 patients. Caloric tests revealed bilateral inexcitability in 11 of the 19 pa- tients and bilateral hypoexcitability in eight patients.DHI, ABC, TUG, DGI, and static posturograpy scores (falling index with F3 band) before rehabilita- tion did not differ between the two groups (P>0.05; Tables II, III).
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