Reviews of Infectious Diseases, Vol. 13, Supplement 1. Considerations in the Design of Studies of Chronic Fatigue Syndrome (Jan. - Feb., 1991), pp. S109-S111 (3 pages) Patients with chronic fatigue ...

Boston, Mass. -- A new study led by researchers at Massachusetts Eye and Ear found that vestibular thresholds begin to double every 10 years above the age of 40, representing a decline in our ability ...

Cochlear implantation has long been established as a transformative surgical intervention in the management of severe to profound sensorineural hearing loss. However, recent investigations highlight a ...

Vestibular dysfunction was shown to be a determinant of imbalance in Parkinson disease independent from visual and somatosensory processing changes and nigrostriatal dopaminergic losses. Imbalance in ...

Olympic gymnasts twist, turn and tumble through the air, dazzling us with their gravity-defying feats. But the rest of us also defy gravity as we stand, walk, reach and run in our daily lives, thanks ...

Surgeons have implanted a new prosthesis in four patients to correct disabling dizziness. The device may someday restore balance to hundreds of thousands more One day in 2009 Robert Milner (not his ...

Ten healthy male volunteers were exposed for 4 h to two concentrations [6 and 11.5 11.5 μmol/1 (636 and 1,218 mg/m³)] of m-xylene or/and given single doses (0.4 and 0.8 g/kg) of ethyl alcohol.

A study, published in the Journal of Clinical Investigation titled "Single Dose Genome Editing Therapy Rescues Auditory and Vestibular Functions in Adult Mice with DFNA41 Deafness," provides an ...

GRAND RAPIDS, MI -- A Grand Rapids man is the eighth in the world to receive an experimental implant that some are calling a “bionic ear.” The vestibular implant is a device similar to the cochlear ...

Gulf War veterans with unexplained illnesses that cause fatigue, headaches, respiratory disorders and memory problems can improve their balance with a new device. Gulf War veterans with unexplained ...

Vestibular thresholds begin to double every 10 years above the age of 40, representing a decline in our ability to receive sensory information about motion, balance and spatial orientation, new ...