Best of five
- A. Repeated Epley manoeuvres
- B. Long-term vestibular suppressants
- C. Individualised vestibular rehabilitation emphasizing gaze and postural substitution
- D. Endolymphatic sac surgery
- E. Reassure because MRI is normal
A patient reports oscillopsia while walking and imbalance worse in darkness. Video head-impulse testing shows bilaterally reduced horizontal canal gain; calorics are bilaterally weak. MRI is normal. What is the best management principle after excluding a remediable cause?
The symptoms and concordant bilateral vestibulo-ocular reflex loss support bilateral vestibulopathy; rehabilitation uses adaptation and substitution while falls risk, vision, proprioception and ototoxic exposure are addressed.
A. Repeated Epley manoeuvres: Canalith repositioning treats positional canalithiasis, not persistent bilateral hypofunction.
B. Long-term vestibular suppressants: Suppressants can impede central compensation and worsen imbalance.
C. Individualised vestibular rehabilitation emphasizing gaze and postural substitution: The symptoms and concordant bilateral vestibulo-ocular reflex loss support bilateral vestibulopathy; rehabilitation uses adaptation and substitution while falls risk, vision, proprioception and ototoxic exposure are addressed.
D. Endolymphatic sac surgery: There is no episodic unilateral hydropic syndrome to target.
E. Reassure because MRI is normal: MRI excludes some structural causes but does not negate physiological bilateral vestibular loss.
If head-impulse testing were normal and attacks lasted seconds only with a positive Dix–Hallpike test, canalith repositioning would be appropriate.
Independent Clinora educational material; not official JCIE content, an accredited programme, clinical advice, or a substitute for local policy and specialist judgement.
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