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KMID : 1020120100080010043
Journal of the Korean Academy of Clinical Electrophysiology
2010 Volume.8 No. 1 p.43 ~ p.50
The Effect of Balance Control and Vesitioular Function by an Aquatic Rotation Control and the Obstacle Avoidance Underwater with Hemiplegia Patients
Kwon Hye-Min

Kim Su-Hyeon
Kim Hyung-Jin
Oh Seok
Choi Ji-Ho
Kim Tae-Youl
Abstract
Purpose : The objective of this study is to effect of an aquatic rotation control and obstacle avoidance when conducted underwater on hemiplegia patient¡¯s balance ability and vestibular function.

Methods : Twelve hemiplegia patients participated and were randomly assigned to a control group(I) with standard physical therapy and an aquatic group(II) with an aquatic rotation control, obstacle avoidance and standard physical therapy as well. The aquatic group trained using a Halliwick rotation control and obstacle avoidance through 3 times per week over 6 weeks. For all subjects, vestibular function, their balance, the change of electrooculogram (EOG), the change of accelerometer axis and torsiometer according to visual sense, vestibular sense with galvanic vestibular stimulation (GVS) or not during leg close stance were measured.

Results : The EOG in the vertical and horizontal (p<0.05) were both significantly lowered. The change was significantly lower in the trajectory range of motion of trunk and spine with torsiometer when leg close stand (p<0.01) and leg close stand with GVS (p<0.01). The centre of gravity accelerated, there were reduced significantly difference X and Y axis of accelerometer during the closing of the leg without vision (p<0.05). There were reduced significantly difference X and Z axis of accelerometer during the closing of the leg with GVS (p<0.05). There were reduced significantly difference X and Z axis of accelerometer during the closing of the leg and close eyes with GVS (p<0.05).

Conclusion : The balance ability, vestibular system and postural control is improved.
KEYWORD
electrooculogram, accelerometer, torsiometer
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