BPPV Clinical Trial
Official title:
Comparison of Epley Maneuver and COW Thorne Cooksey Exercise With Half Somersault Maneuver in Patients of BPPV
Benign paroxysmal positional vertigo is a most common cause of peripheral vestibular pathology. BPPV may be characterized by sudden changes in the position of the head, such as lying down on one or both sides, looking right or left side .it can occurs either due to canalithiasis or cupulolithiasis, displacement of otoconia or calcium carbonate crystal into fluid filled semicircular canal which sends false signals to central nervous system causing nystagmus and vertigo. BPPV is a self limiting condition characterized by episodic vertigo and nystagmus of brief duration which resolves spontaneously.
BPPV is treated using canalith repositioning procedures, the most common of which is the Epley's maneuver (EM), half somersault exercises, Brandt Daroff exercise, Semont maneuver, vestibular habituation exercises, balance and eye exercises. In addition to the maneuvers, simple daily program Caw Thorne -Cooksey exercise were instructed to perform by participants to ensure clearance of the otoconia and facilitate full resolution of vertigo symptoms. These vestibular exercises involve eye, head and body movements in different directions to provoke vestibular system. It promote recovery and reduce symptoms of dizziness, unsteadiness , balance impairment and improves activity of daily living. The Otolaryngologist Caw Thorne and Cooksey develops this exercise programme in order to rehabilitate the soldier with chronic dizzeness and brain trauma. A study concluded by Ramanathan et al 2019 that Caw Thorne -Cooksey habituation exercises along with Brandt-Daroff exercises is more effective in treatment of vertigo among posterior canal BPPV subject . Caw Thorne and Cooksey exercise improves balance in old age individuals. Caw Thorne and Cooksey exercise are habituation exercise. These movements provoke patients symptoms and patients repeat these exercises until unless they no longer respond to adverse effects of these exercises . ;
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