Kinetic and kinematic differences in a golf swing in one and both lower limb amputees
Amputee golfers need to cope with the absence of sole proprioception, a decreased range of swing motion and other factors which should be recognized for training purposes. The aim of this study was to determine the kinetic and kinematic differences in the golf swing in one leg and two legs amputees. The participants consisted of two males and one female at a professional or amateur level with a different degree of disability. Each participant was taped by 3D markers and performed five golf swings with the iron 6. The intraclass correlation coefficient (ICC) did not vary between individuals in kinematics, however, it was low in kinetic variables of two leg amputees. The Kendal rank correlation showed a significant relationship between the level of amputation and a large number of kinetic and kinematic variables such as X factor, O factor, S factor and individual body angles. The fluency and similarity of the golf swing did not depend on the level of amputation. One lower limb amputation did not seem to increase movement variability contrary to two lower limb amputation. The most variable parameter was a weight-shift in all golfers. The takeaway and horizontal force angle depended on the level of amputation rather than individual technique, thus, their modification by training may be difficult. Estimation of golf swing mistakes in amputees in respect to the leading arm in an early follow or late follow position appeared to be useless.
© Copyright 2015 Journal of Human Kinetics. de Gruyter. All rights reserved.
|Subjects:||sport for handicapped golf movement movement co-ordination movement conception motor skill movement precision analysis biomechanics|
|Notations:||biological and medical sciences sports for the handicapped sport games|
|Published in:||Journal of Human Kinetics|