Audiovestibular findings in a @entity5807 @entity1 with a XXXX mutation.

@entity1 @entity5807 @entity73183 @entity22536 @entity3492 @entity62484 @entity7953 @entity15902 @entity392 @entity62483 @entity28864 @entity393 @entity394 @entity6361
CONCLUSION: A reported mutation in @entity7953 was identified in a @entity1 with @entity393 ( @entity393 ), a left @entity62483 , and bilateral @entity15902 ( @entity15902 ). Although the characteristic symptoms of @entity15902 including fluctuating @entity393 and repetitive vertigo were not seen in the @entity1 , further studies are needed to clarify the association between @entity15902 and such symptoms. OBJECTIVES: To study the audiovestibular functions, and to identify the causative gene in a @entity1 with @entity5807 . METHODS: We enrolled a 30-year-old female in whom @entity393 was pointed out at the age of 6 years. She visited our department at the age of 21 years, and had not experienced any progression of her @entity393 , @entity392 , or vertigo. Pure-tone audiograms showed bilateral moderate mixed @entity393 with no apparent progression during a 9-year follow-up period. Audiovestibular examinations included distortion product otoacoustic emissions (DPOAEs), electrocochleography (ECochG), and electronystagmography (ENG). Direct sequencing was utilized to screen for @entity7953 , @entity62484 , @entity6361 , @entity3492 , and mitochondrial DNA @entity22536 including 1555 position. RESULTS: The findings of DPOAEs, ECochG, and ENG indicated cochlear @entity393 with no @entity394 . A previously reported mutation of a heterozygous @entity28864 ( @entity73183 ) in @entity7953 was detected. No mutation was identified in @entity62484 , @entity6361 , @entity3492 , or @entity22536 .
