The different release techniques in high level archery: A comparative case study

Authors : Deniz SIMSEK, Hayri ERTAN

Pages : 20-25

View : 40 | Download : 7

Publication Date : 2015-02-14

Article Type : Research Paper

Abstract :The muscle-contraction strategy between the predominant forearm and pull finger used in archery is defined as a response to the fall of the `clicker` by active contraction of the m. extensor digitorum insert ignore into journalissuearticles values(MED); and the gradual relaxation of the m. flexor digitorum superficialis insert ignore into journalissuearticles values(MFDS);. However, there are no studies regarding whether different finger placement techniques on the bowstring have an effect on proper balance between the forearm flexor/extensor muscles. This different hook strategy insert ignore into journalissuearticles values(upper two fingers, lower two fingers, and three finger hook); may affect isometric contraction before the snap of the clicker, which is thought to have positive effects on archer performance insert ignore into journalissuearticles values(muscle activation and balance);. The purpose of this study is to make a more detailed analysis of the different hook strategy performed by a particular top-level archer and to consider the advantages this strategy may have on bowstring behavior after release. A high-level archer insert ignore into journalissuearticles values(FITA scores > 1300); volunteered to participate in this study. The subject engaged in a single test session consisting of six shots. The electromyography insert ignore into journalissuearticles values(EMG); activity of the drawing arm muscle was quantified. The finger hook has affected isometric contraction before the snap of the clicker and caused sudden contraction of extensor, gradually relaxation of flexor muscles. The study results found that this three finger hook strategy can be used in the drawing arm with success, as it may avoid causing a lateral deflection of the bowstring.
Keywords : Archer, muscular contraction relaxation, CoPsway

ORIGINAL ARTICLE URL