The effects of transcranial direct current stimulation on kinetics of lower extremity during countermovement jump

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Abstract Summary
The aim of this study was to investigate the effects of tDCS on CMJ performance. In the real-tDCS condition, CMJ height increased by 3.15% and 2.14% at 0min and 30 mins separately compared to pre-test. The hip joint moment in real-tDCS condition was significantly larger than that of sham-tDCS condition(P＜0.05). The result suggests that real(anodal) tDCS may be a valuable tool to affect kinetic characteristics of lower extremity. In other words, it could be used to improve sports performance in the future. As there has been rare research on the effects of tDCS on kinetics of lower extremity, this research has made up for the deficiency in this field. Future studies should explore the effects of different stimulation parameters on sports performance.
Submission ID :
UCB635
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Oral
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Balance and posture
Wei Wang Wei Wang
Dryfta University

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