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4,000원
원문정보
초록
영어
The study aim to analyze the influence on dynamic stability relative to positions carrying with weight during gait, for which experiment partici-pated with healthful adult males (n=9), were performed under three-di-mensional (3D) conditions of no load (NL), right of trunk (RT), and front of trunk (FT). The kinematic and kinetic conclusions obtained from 3D cinematography and ground reaction force system were as follows; 1-step time elapsed showed longest in NL of all, and maximum velocity of RT showed slower than NL and FT, which resulted in significant level at (P<0.05) respectively. While NL showed slower average velocity than RT and FT, RT showed larger incline angle (extrapolated center of mass θ) than NL and FT, which resulted in significant level at (P<0.01) respectively. Also FT showed larger peak vertical force than NL and RT, which resulted in significant level at (P<0.001). Because gait pattern is regarded it as a success when fulfilled both forward propulsive force and dynamic stability, we may ensure that each other active strategy for securement and performance in a situation carrying with 20 kg of the same weight in forward and lateral plane was mobilized. However, participants in pathological gait such as leg injury, and exercise rehabil-itation during walking should avoid carrying loads bag to ensure dy-namic stability.
목차
Abstract INTRODUCTION MATERIALS AND METHODS Subject Experimental procedure Definition of analysis phase Analysis and process of data RESULTS DISCUSSION CONFLICT OF INTEREST REFERENCES
키워드
GaitLoadExtrapolated center of massCenter of mass ve-locityDynamic balance
저자
Seung-Hyun Hyun [ Department of Kinesiology, College of Natural Science, Jeju National University, Jeju, Korea ]
Che-Cheong Ryew [ Department of Kinesiology, College of Natural Science, Jeju National University, Jeju, Korea ]
Corresponding author