Vertical Reaction Force and Kinematical Compensation Movements Analysis of Drop Landing Movement in Obese and Normal Subjects

김상규,; Shin, Sung-Hyu; ), 선남수 ( Nam Soo Seon; Kwon, Moonseok

doi:10.24985/kjss.2008.19.3.1

koreanjournalofsportscience

2008

DOI: 10.24985/kjss.2008.19.3.1

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Vertical Reaction Force and Kinematical Compensation Movements Analysis of Drop Landing Movement in Obese and Normal Subjects

김상규 김상규¹,

Sung-Hyu Shin²,

선남수 ( Nam Soo Seon )³

et al.

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Cited by 3 publications

References 12 publications

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Effects of Knee Joint Muscle Fatigue and Overweight on the Angular Displacement and Moment of the Lower Limb Joints during Landing

Kim¹,

Youm

2013

Korean Journal of Sport Biomechanics

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The purpose of this study was to investigate the effects of knee joint muscle fatigue and overweight on the angular displacement and moments of the lower limb joints during landing. Written informed consent forms, which were approved by the human subject research and review committee at Dong-A University, were provided to all subjects. The subjects who participated in this study were divided into 2 groups: a normal weight group and an overweight group, consisting of 15 young women each. The knee joint muscle fatigue during landing was found to increase the dynamic stability by minimizing the movements of the coronal and horizontal planes and maintaining a more neutral position to protect the knee. The effect of body weight during landing was better in the normal weight group than in the overweight group, with the lower limbs performing their shock-absorbing function in an efficient manner through increased sagittal movement. Therefore, accumulated fatigue of knee joint muscles or overweight may be highly correlated with the increase in the incidence of injury during landing after jumping, descending stairs, and downhill walking.

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Effects of Knee Joint Muscle Fatigue and Overweight on the Angular Displacement and Moment of the Lower Limb Joints during Landing

Kim¹,

Youm

2013

Korean Journal of Sport Biomechanics

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Effects of Knee Joint Muscle Fatigue and Overweight on Shock Absorption during Single-Leg Landing of Adult Women

Kim¹,

Youm

2014

Korean Journal of Sport Biomechanics

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The purpose of this study was to investigate the effects of knee joint muscle fatigue and overweight on shock absorption during single-leg landing of adult women. Written informed consent forms, which were approved by the human subject research and review committee at Dong-A University, were provided to all subjects. The subjects who participated in this study were divided into 2 groups: a normal weight group and an overweight group, consisting of 15 young women each. Both the normal weight group and the overweight group showed that use soft landing and ankle dominant strategy. The peak vertical ground reaction force, the knee joint absorption power, and eccentric work done, as the increase of knee joint muscle fatigue level, showed a decrease. And the hip joint absorption power and eccentric work done, as the increase of weight, was less than the overweight group showed the normal weight group. In conclusion, the accumulation of the knee joint muscle fatigue and the increase of body weight may lead to an increased risk of injury during landing.

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Comparative Analysis of Maximum Vertical Reaction Force and Lower Limbs on Drop Landing between Normal and Flat Foot Group

Yoo¹

2011

Journal of International Academy of Physical Therapy Research

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Vertical Reaction Force and Kinematical Compensation Movements Analysis of Drop Landing Movement in Obese and Normal Subjects

Cited by 3 publications

References 12 publications

Effects of Knee Joint Muscle Fatigue and Overweight on the Angular Displacement and Moment of the Lower Limb Joints during Landing

Effects of Knee Joint Muscle Fatigue and Overweight on the Angular Displacement and Moment of the Lower Limb Joints during Landing

Effects of Knee Joint Muscle Fatigue and Overweight on Shock Absorption during Single-Leg Landing of Adult Women

Comparative Analysis of Maximum Vertical Reaction Force and Lower Limbs on Drop Landing between Normal and Flat Foot Group

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