Linkage between Dizziness and Balance in Vertigo


There is a sensory component and a motor component to the vestibular system. The central nervous system (CNS) receives information from the vestibular system, a sensory system, concerning the position and motion of the head as well as the direction of gravity. The CNS makes use of this data as well as data from other sensory systems. The otolith organs can detect tilts in respect to gravity and slowly drifting motions, but only if the movements are linear rather than circular. The aim of the study was to investigate the association between dizziness and balance in BPPV patients using the outcome measures Berg Balance Scale and Dizziness Handicap Inventory. 56 individuals in all were included in the research. between the ages of 18 and 65, both sexes. Possibility of three months of symptoms; mobility from sitting to standing and independent walking. We were able to endure the exercise and do an inquiry that was descriptive, analytical, and correlational. In this study, the dizzy handicap inventory and the berg balance scale were used as outcome measures, and data from patients who underwent a 9-week exercise programme were collected. By measuring the level of correlation between the Berg balance scale and the physical, functional, and emotional components of the DHI subscales and overall DHI score, validity was examined. The study discovered that the balance of BPPV-induced vertigo improved with increasing dizziness improvement, and that the functional aspect of co-relationship is stronger.

Author (s) Details:

S. D. Shahanawaz,
Department of Physiotherapy, College of Applied Medical Sciences, University of Hail, Kingdom of Saudi Arabia.

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Keywords: Vestibular exercises, dizziness, balance, BPPV, functional, physical, emotional.

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