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Low-Dye 테이핑 적용이 아치회복운동을 시행한 편평족의 장딴지근력에 미치는 효과
박재규,김광록,김건우,김민지,노수빈,성누가,김진아,Park, Jae-Gyu,Kim, Gwang-Rok,Kim, Gun-Woo,Kim, Min-Ji,No, Su-Bin,Sung, Nu-Ga,Kim, Jin-A 한국임상보건과학회 2016 한국임상보건과학회지 Vol.4 No.3
Purpose. The purpose of this study was to progress the effect of gastrocnemius strength when groups are applicated on low-dye taping group and without taping group of flatfoot with arch-recovery exercise. Methods. Subjects were measured navicular drop test to confirm of 16 university student in J city, low-dye taping group and without taping group were applicated both with arch-recovery exercise, three times per a week for four weeks. The power track were measured four weeks, total 3 times. Comparative analysis of the control group and experimental group were investigated of gastrocnemius strength. Results. The results, we found that after of arch-recovery exercise were significantly increased than before of arch-recovery exercise in each foot. And application of low-dye taping(experimental group) in flatfoot with arch-recovery exercise were significantly increased than control group. Conclusions. In conclusion, the arch-recovery exercise application were effective to low-dye taping significantly increase the gastrocnemius strength of flatfoot.
인력물자취급작업시 작업 대상물의 위치가 신체자세동요에 미치는 영향
박재규,박성하,Park, Jae-Gyu,Park, Seong-Ha 대한인간공학회 2004 大韓人間工學會誌 Vol.23 No.4
The objective of this study is to identify the effects of material position and physical fatigue on postural stability. Ten male subjects participated in this study. After bicycling exercises, their centers of pressure (COPs) were measured under four material handling positions and four excercise levels. The measured COPs were then utilized to calculate postural sway length in each experimental condition. Subjects' postural stability was quantified using the sway length. Results showed that the effect of different material handling position was significant on the postural sway length in both the posterior-anterior axis and the medio-lateral axis. Results also showed that the postural sway length was increased as physical fatigue accumulated, significantly in subject's posterior-anterior axis. The results imply that bearing a material on the back or front with both hands appeared to cause least sway length and instability.