資料載入處理中...
臺灣人文及社會科學引文索引資料庫系統
:::
網站導覽
國圖首頁
聯絡我們
操作說明
English
行動版
(3.19.208.13)
登入
字型:
**字體大小變更功能,需開啟瀏覽器的JAVASCRIPT,如您的瀏覽器不支援,
IE6請利用鍵盤按住ALT鍵 + V → X → (G)最大(L)較大(M)中(S)較小(A)小,來選擇適合您的文字大小,
如為IE7以上、Firefoxy或Chrome瀏覽器則可利用鍵盤 Ctrl + (+)放大 (-)縮小來改變字型大小。
來源文獻查詢
引文查詢
瀏覽查詢
作者權威檔
引用/點閱統計
我的研究室
資料庫說明
相關網站
來源文獻查詢
/
簡易查詢
/
查詢結果列表
/
詳目列表
:::
詳目顯示
第 1 筆 / 總合 1 筆
/1
頁
來源文獻資料
摘要
外文摘要
引文資料
題名:
鞋底撓曲和切割對於掌趾關節和下肢肌電的影響
書刊名:
體育學報
作者:
張佑全
/
謝振芳
/
陳家祥
/
相子元
作者(外文):
Chang, Yu-chuan
/
Hsieh, Chen-fang
/
Chen, Chia-hsiang
/
Shiang, Tzyy-yuang
出版日期:
2014
卷期:
47:2
頁次:
頁179-185
主題關鍵詞:
肌電圖
;
下肢運動學
;
撓曲鞋
;
EMG
;
Lower extremity kinematics
;
Flexible choes
原始連結:
連回原系統網址
相關次數:
被引用次數:期刊(0) 博士論文(0) 專書(0) 專書論文(0)
排除自我引用:0
共同引用:
18
點閱:30
目的:探討不同撓曲程度設計的鞋子在不同步態速度下,對下肢關節和肌肉肌電活化程度的影響。方法:11位健康男性穿著三種不同撓曲程度鞋子,分別為一般鞋材:乙烯、醋酸乙烯酯共聚合物(ethylene vinyl acetate copolymer resin, EVA)、可撓曲鞋:生物可分解材料(biodegradable materials)和可撓曲加切割鞋,進行三種不同步態速度的測試,以Biopac多功能訊號處理系統與表面肌電貼片收取最大自主收縮肌電訊號和步態過程中脛前肌和腓腸肌的肌電訊號,並且利用三維動作分析系統截取掌趾關節關節角度變化。統計分析使用二因子重複量數變異數分析進行統計分析,顯著水準訂為α = .05。結果:不論步態速度快慢,掌趾關節活動度由大到小皆為可撓曲+切割、可撓曲、一般鞋材,不同鞋材間皆達顯著差異;在快跑和慢跑的步態速度下,腓腸肌肌電活化程度由大到小依序為可撓曲鞋材、可撓曲加切割、一般鞋材,在快跑下可撓曲鞋材和可撓曲+切割鞋材達顯著差異,在慢跑下一般鞋材與可撓曲鞋材和可撓曲 + 切割鞋材皆達顯著差異。結論:不同撓曲鞋材對於下肢關節和肌肉肌電活化程度確實有影響,針對鞋款在撓曲程度上可以依據鞋子功能和穿著目的而有所調整。
以文找文
Purpose: The purpose of this study was to investigate the effect of metatarsophalangeal joint range of motion and muscle activation on lower extremity while wearing different flexible shoes at different movement speed. Methods: Eleven healthy males were recruited in this study. They had to wear 3 different shoes, which were general shoes: ethylene vinyl acetate copolymer resin (EVA), flexible shoes: biodegradable materials, and flexible plus cutting shoes, and walked at 3 different speeds. Maximal voluntary contraction (MVC) and muscle activation during the experiment were collected using Biopac signal recorder and bipolar surface electrodes. Range of motion (ROM) of 1st metatarsophalangeal joint was collected using Vicon motion analysis system. The data were analyzed by 2-way repeated-measures ANOVA. The significant level was α = .05. Result: No matter how fast the movement speed was, the greatest ROM of 1st metatarsophalangeal joint happened while wearing flexible + cutting shoes, and the smallest ROM happened while wearing general shoes. They were all significantly different among these 3 shoes. During running and jogging, the greatest muscle activation of gastrocnemius happened while wearing flexible shoes and the smallest muscle activation happened while wearing general shoes. There was significant difference between flexible + cutting and flexible shoes during running, general shoes was significantly different from flexible + cutting and flexible shoes during walking. Conclusion: The joint ROM of lower extremity and muscle activation were actually different while wearing different flexible shoes. The level of flexible ability should match the different function and design of flexible shoes.
以文找文
期刊論文
1.
Boyer, K. A.、Nigg, B. M.(2004)。Muscle activity in the leg is tuned in response to impact force characteristics。Journal of Biomechanics,37(10),1583-1588。
2.
Franciosa, P.、Gerbino, S.、Lanzotti, A.、Silvestri, L.(2013)。Improving comfort of shoe sole through experiments based on CAD-FEM modeling。Medical Engineering and Physics,35(1),36-46。
3.
Gazendam, M. G. J.、Hof, A. L.(2007)。Averaged EMG profiles in jogging and running at different speeds。Gait and Posture,25,604-614。
4.
Goldmann, J. P.、Sanno, M.、Wilwacher, S.、Heinrich, K.、Bruggemann, G. P.(2013)。The potential of toe flexor muscles to enhance performance。Journal of Sports Sciences,31(4),424-433。
5.
Goldmann, J. P.、Sanno, M.、Wilwacher, S.、Heinrich, K.、Bruggemann, G. P.(2011)。Effects of increased toe flexor muscle strength to foot and ankle function in walking, running, and jumping。Footwear Science,3(S1),59-60。
6.
Landry, S. C.、Nigg, B. M.、Tecante, K. E.(2010)。Standing in an unstable shoe increases postural sway and muscle activity of selected smaller extrinsic foot muscles。Gait and Posture,32,215-219。
7.
Stephanyshyn, D. J.、Nigg, B. M.(2000)。Influence of midsole bending stiffness on joint energy and jump height performance。Medicine and Science in Sports and Exercise,32(2),471-476。
8.
Walther, M.、Herold, D.、Sinderhauf, A.、Morrison, R.(2008)。Children sport shoes-A systematic review of current literature。Foot and Ankle Surgery,14,180-189。
9.
相子元(20091000)。運動生物力學之趨勢。華人運動生物力學期刊,1(1),52-55。
延伸查詢
10.
李育銘、李恒儒(20130400)。在躍起著地時誘發疲勞運動對下肢關節和地面反作用力的影響。華人運動生物力學期刊,5(1),1-8。
延伸查詢
會議論文
1.
Bruggemann, G. P.、Potthast, W.、Braunstein, B.、Niehoff, A.(200508)。Effect of increased mechanical stimuli on foot muscles functional capacity。ISB XXth Congress-ASB 29th Annual Meeting。Cleveland, Ohio。
2.
Chen, C. H.、Hsieh, C. F.、Shih, Y.、Shiang, T. Y.(2012)。Effect of shoe sole flexibility on shank muscles and lower limb joints in different speeds。The 2012 XXXII world congress of sports medicine。Rome, Iatly。
推文
當script無法執行時可按︰
推文
推薦
當script無法執行時可按︰
推薦
引用網址
當script無法執行時可按︰
引用網址
引用嵌入語法
當script無法執行時可按︰
引用嵌入語法
轉寄
當script無法執行時可按︰
轉寄
top
:::
相關期刊
相關論文
相關專書
相關著作
熱門點閱
1.
應用運動生物力學概念發展太極拳教學策略
2.
疲勞對耐力跑的下肢生物力學與著地型態之影響
3.
穿戴式科技應用於大專甲組女子排球選手比賽與訓練之監控
4.
運動生物力學之研究熱門與前瞻--以2006~2015為例
5.
1980至2016年之臺灣女子快速壘球文獻回顧
6.
模擬擊球對羽球側向跳下肢落地的動力學效應
7.
感測器部署位置對游泳動作分析之影響
8.
臺灣體育運動科學發展現況與未來趨勢
9.
仰臥推舉成功與失敗在槓鈴加速度驟減次數之比較
10.
著地急停與反彈跳著地期下肢運動學與地面反作用力之比較
11.
核心肌群對於跳躍表現與落地之探討
12.
羽球鞋之磨耗分析
13.
臺灣運動與體育領域學術期刊論文發表之現況分析
14.
不同比賽用軟式網球反彈特性之比較
15.
在躍起著地時誘發疲勞運動對下肢關節和地面反作用力的影響
1.
以慣性感測器分析不同層級游泳者動作差異之研究
無相關書籍
無相關著作
無相關點閱
QR Code