XXXX in @entity2746 .

@entity1 @entity75 @entity2746 @entity1897 @entity346
OBJECTIVE: To study @entity346 ( @entity346 ), i.e. @entity346 without the sensation of vertigo, in @entity1 with @entity2746 ( @entity2746 ). MATERIAL AND METHODS: The neuro-otological and neuro-radiological records of 179 @entity1 clinically diagnosed as having @entity2746 (91 males, 88 females; age range 20-89 years) and 48 @entity1 diagnosed as having @entity1897 (15 males, 33 females; age range 21-80 years) were reviewed. Subjects underwent caloric tests using cold water (20 degrees C) in a totally dark room. Immediately after each test session, subjects were asked if they had experienced spinning or moving sensations during the test. Maximum slow phase eye velocities (SPEVs) were measured using electronystagmography. RESULTS: Among @entity1 with @entity1897 , all @entity1 with SPEVs > 15 degrees/s experienced spinning or moving sensations during testing. Among the 179 @entity1 with @entity2746 , 21 (39 sides) showed maximum SPEVs > 15 degrees/s without spinning or moving sensations. In particular, 8 @entity1 (10 sides) had maximum SPEVs > 25 degrees/s without spinning or moving sensations. Common lesions in the cerebral cortex could not be detected using either MRI or single-photon emission CT. CONCLUSION: @entity1 with @entity2746 may also have @entity346 , which may be attributable to @entity75 in the ascending pathways to the vestibular cortex.
