本研究先利用文獻的收集，利用牽張縮短循環 (SSC)概念，設計出外肌肉系 統輔助肌肉收縮的機能壓力長褲，可以增加慢速等速肌力和SJ動作表現，可針對 慢速動作作為增加表現的輔助服飾。而對於未來外肌肉系統在運動服飾的應用，
要先了解運動的特性，才能真的輔助動作進而增加運動表現；但是針對快速等速 肌力和CMJ動作並無效果，或許可以從材料張力和肌肉張力的關係作探討，分析 多款不同強度的布料，找出適合的材料彈性係數，符合人體肌肉收縮的速度，作 為機能壓力服飾的線條設計材質，以提升其運動表現。
此外，在肌肉震動的結果並不一致，未來可能需要探討不同壓縮程度的壓力 服飾對於肌肉震動的影響機制為何？找出哪一種的壓力值的機能服飾才能對肌 肉震動有最好的效果；而機能壓力服飾從直接測量膝關節位移量結果發現並無法 直接增加膝關節的穩定度，未來可設計膝關節在不同動作下，測量膝關節的活動 範圍，作更進一步的探討。
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附錄一 變異數分析摘要表
表 6-1 600/s 膝關節等速肌力力矩和功率之變異數分析摘要表
變異來源 SS df MS F Post-hoc
膝伸展力矩 704.22 2 352.11 5.776* A > C 誤差 578.83 11 52.62
總和 1283.05 13
變異來源 SS df MS F Post-hoc
膝屈曲力矩 208.50 2 104.25 3.457* A, B > C 誤差 260.12 11 23.64
總和 468.62 13
變異來源 SS df MS F Post-hoc
膝伸展功率 296.72 2 148.36 1.095 誤差 1897.45 11 172.49
總和 2194.18 13
變異來源 SS df MS F Post-hoc
膝屈曲功率 547.05 2 273.52 3.756* A > C 誤差 640.45 11 58.22
總和 1187.51 13
註：A=機能壓力組，B=市售 CWX 組，C=寬鬆組。* p < .05
表 6-2 3000/s 膝關節等速肌力力矩和功率之變異數分析摘要表
變異來源 SS df MS F Post-hoc
膝伸展力矩 157.55 2 78.77 1.334 誤差 683.33 11 62.12
總和 840.88 13
變異來源 SS df MS F Post-hoc
膝屈曲力矩 64.38 2 32.19 1.084 誤差 275.50 11 25.04
總和 339.88 13
變異來源 SS df MS F Post-hoc
膝伸展功率 94.50 2 47.25 2.443 誤差 213.12 11 19.37
總和 307.62 13
變異來源 SS df MS F Post-hoc
膝屈曲功率 101.38 2 50.69 1.318 誤差 446.12 11 40.55
總和 547.51 13
註：A=機能壓力組，B=市售 CWX 組，C=寬鬆組。* p < .05
表 6-3 CMJ 與 SJ 垂直跳高度之變異數分析摘要表
表 6-6 六種外力壓迫膝關節位移量與斜率之變異數分析摘要表
附錄二 受試者須知暨參與同意書
受測日期：民國______ 年______月______日
個人小傳
2014 Asia Society of Sport Biomechanics 亞洲運動生物力學研討會─海報發表2014 第六屆全國紡織技術論文競賽 第二名