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題名：加速規在身體活動及能量消耗之應用及其信效度之探討
書刊名：交大體育學刊
作者：陳嘉偉／方進隆 引用關係
作者(外文)：Chen, Jia-wei／Fan, Chin-lung
出版日期：2011
卷期：1
頁次：頁101-111
主題關鍵詞：加速規；身體活動量；能量消耗；Physical activity；Energy consumption；Accelerometer
原始連結：連回原系統網址new window
相關次數：
  • 被引用次數被引用次數:期刊(2) 博士論文(0) 專書(0) 專書論文(0)
  • 排除自我引用排除自我引用:2
  • 共同引用共同引用:15
  • 點閱點閱:60
本篇文章以收尋與回顧過去文獻的方式來探討加速規對於身體活動量測量、能量消耗的信效度及加速規配戴於身體不同部位之應用方式。身體活動問卷是一種花費低且較為簡單的身體活動測量方式用來測量大樣本量族群，但身體活動問卷會容易因受試者認知及記憶能力而造成誤差的產生。然而，加速規是一種相對較為客觀的身體活動測量儀器，且具一定的信度及效度，加上科技的進步，加速規的體積變小，使其可以佩戴於身體的各個部位來測量身體活動量及能量消耗。一般加速規應用配帶於腰部或下背部來測量行走或跑步等規律前進的運動，並且已有廣大的研究來支持加速規測量身體活動的效度。但是，漸漸有許多研究嘗試將加速規配戴於腰部外其他身體部位來測量不同運動項目。另外，加速規在測量身體活動量時，可能會因受試者疏乎忘記配戴、誤碰儀器開關及電池脫落等而造成資料流失。未來可進一步探討加速規應用在不同運動及不同配戴之加速規測量身體活動量的信、效度，讓加速規可以廣泛的使用於日常生活及專項運動上。
The main purpose of this article is to collect and review literature about the accelerometer which is used to measure physical activity level and energy consumption in human. This article also examined the methods of reliability and validity. Physical activity questionnaire is a less expensive and a more simple method to measure the physical activity from a large sample of population; however, the physical activity questionnaire, due to the cognitive functions and memory abilities of subjects’ physical activity, would produce measurement errors. On the other hand, the accelerometer, compared to the physical activity questionnaire, is a relatively objective physical activity measurement instrument, and possesses a fair degree of validity and reliability; coupled with advances in technology, the accelerometer smaller in size, so that it can be worn on different parts of the body to measure body activity and energy consumption. There are many researches that support the fact that the accelerometer should be worn on waist or lower back so that it can measure physical activity more accurately. However, besides the waist and lower back, many studies have tried to use the accelerometer to measure physical expenditure in the different sports. In addition, the accelerometers measurement of physical activity may be a factor of: participants forgetting to wear certain parts, wear and tear, misuse, being touched inappropriately, equipment switch, and batteries loss causing data loss. Further studies can explore the reliability and validity accelerometer with different sports, different ethnic groups, and different ways of wearing the parts in physical activity; this can increase its applications in daily life and specific sports.
期刊論文
1.Ward, D. S.、Evenson, K. R.、Vaughn, A.、Rodgers, A. B.、Troiano, R. P.(2005)。Accelerometer use in physical activity: Best practices and research recommendations。Medicine and Science in Sports and Exercise，37(11)，582-588。  new window
2.劉又慈、傳麗蘭、陳亮伃(20060600)。不同佩戴位置之三軸加速規於登階運動時的能量消耗預估。國立體育學院論叢，17(2)，81-91。new window  延伸查詢new window
3.劉鶴珣、蔡美文、李淑貞(20081200)。學齡前兒童身體活動日誌同時效度檢驗：前驅研究。物理治療，33(6)，381-389。  延伸查詢new window
4.Ogden, C. L.、Carrol, M. D.、Curtin, L. R.、McDowell, M. A.、Tabak, C. J.、Flegal, K. M.(2006)。Prevalence of overweight and obesity in the United States, 1999-2004。The Journal of the American Medical Association，295(13)，1549-1555。  new window
5.蔡孟書、吳英黛(20090100)。臺灣地區兒童身體活動量之先趨研究。臺灣醫學，13(1)，23-32。  延伸查詢new window
6.李明憲、林旭龍、呂昌明(20020600)。四種簡易身體活動測量問卷效度、信度之探討--以RT3 Tri-axial三度空間加速器為效標。衛生教育學報，17，1-14。new window  延伸查詢new window
7.Welk, G. J.、Blair, S. N.、Wood, K.、Jones, S.、Thompson, R. W.(2000)。A Comparative Evaluation of Three Accelerometry-Based Physical Activity Monitors。Medicine & Science of Sports & Exercise，32(9 Suppl)，S489-S497。  new window
8.Miller, D. J.、Freedson, P. S.、Kline, G. M.(1994)。Comparison of activity levels using the Caltrac accelerometer and five questionnaires。Medicine and science in Sports and exercise，26(3)，376-382。  new window
9.邱靖雯、張碧真(2005)。兒童及青少年的身體活動評估。新臺北護理期刊，7(2)，1-12。  延伸查詢new window
10.Chen, K. Y.、Bassett, D. R. Jr.(2005)。The Technology of Accelerometry-Based Activity Monitors: Current and Future。Medicine & Science in Sports & Exercise，37(11)，S490-S500。  new window
11.LaPorte, R. E.、Montoye, H. J.、Caspersen, C. J.(1985)。Assessment of physical activity in epidemiologic research: problems and prospects。Pubic Health Reports，100(2)，131-146。  new window
12.沈淑鳳(2007)。RT3 Triaxi對身體活動儀器之運用。大專體育，92，36-40。  延伸查詢new window
13.Chu, E. Y.、McManus, A. M.、Yu, C. W.(2007)。Calibration of the RT3 accelerometer for ambulation and non-ambulation in children。Medicine and Science in Sports and Exercise，39(11)，2085-2091。  new window
14.Chipperfield, J. G.、Newall, N. E.、Chuchmach, L. P.、Swift, A. U.、Haynes, T. L.(2008)。Differential determinants of men's and women's everyday physical activity in later life。The Journal of Gerontology，3(4)，211-218。  new window
15.Crocker, P. R. E.、Holowachuck, D. R.、Kowal, K. C.(2001)。Feasibility of using the tritrac motion sensor over a 7-day trial with older children。Pediatric Exercise Science，13，70-81。  new window
16.Esliger, D.、Tremblay, M.(2006)。Technical reliability assessment of three accelerometer models in a mechanical setup。Medicine and Science in Sports and Exercise，38，2173-2181。  new window
17.Huang, H. Y.、Chen, W. C.、Cheng, W. C.、Lai, Y. T.、Lin, J. J.(2011)。RT3 accelerometer shoulder activity: discrimination of activity levels by the RT3 accelerometer for the assessment of shoulder physical activity (SPA)。Manual Therapy，16，172-176。  new window
18.Perry, A. M.、Hendrick, A. P.、Hale, L.、Baxter, D. G.、Milosavljevic, S.(2009)。Utility of the RT3 triaxial accelerometer in free living: An investigation of adherence and data loss。Applied Ergonomics，1-8。  new window
19.Rowlands, A. V.、Thomas, P. W. M.、Eston, R. G.、Topping, R.(2004)。Validation of the RT3 triaxial accelerometer for the assessment of physical activity。Medicine and Science in Sports and Exercise，36，518-524。  new window
20.Juliette, H.、Kathleen, B.、Jamie O.、Dwyer.、Shinead, L.、Christopher, B.、John, G.(2007)。Validation of the RT3 in the measurement of physical activity in children。Journal of Science and Medicine in Sport，247，4-8。  new window
21.Scallis, J.(1997)。Seven-day physical activity recall。Medicine and Science in Sports and Exercise，29，89-103。  new window
22.King, G. A.、Torres, N.、Book, T.、Coleman, K. J.(2004)。Comparison of activity monitor to estimate energy cost of treadmill exercise。Medicine and Science in Sports and Exercise，36(7)，1244-1251。  new window
23.Trost, S. G.、Mciver, K. L.、Pate, R. R.(2005)。Conducting accelerometer-based activity assessments in field-based research。Medicine and Science in Sports and Exercise，37(11)，531-543。  new window
24.Bouten, C. V.、Sauren, A. A.、Verduin, M.、Janssen, J. D.(1997)。Effects of placement and orientation of body-fixed accelerometers on the assessment of energy expenditure during walking。Medical and Biological Engineering and Computing，35(1)，50-56。  new window
25.Lee, D. J.、Oh, S. M.、Park, J. H.、Kim, J. Y.、Yoo, T. W.(2005)。Comparison of physical activity recall with triaxial accelerometer。The Korean of Family Academy Medicine，26，74-80。  new window
26.Vanhelst, J.、Theunynck, D.、Gottrand, F.、Beghin, L.(2009)。Reliability of the RT3 accelerometer for measurement of physical activity in adolescents。Journal of Sports Sciences，1，1-5。  new window
學位論文
1.廖立同(2009)。不同跑步模式之手腕與腳踝加速度值分析(碩士論文)。國立臺灣師範大學。  延伸查詢new window
2.黃鐘儀(2005)。階梯運動中心跳率、能量消耗與自覺用力指數之相關性研究(碩士論文)。國立體育學院。  延伸查詢new window
3.王佩凡(2009)。桌球正手擊球能量消秏分析--三軸加速規與氣體分析儀之比較。國立臺灣體育大學，臺中市。  延伸查詢new window
4.張晉嘉(2009)。有無規律步行運動老年人身體活動量與睡眠品質之比較研究。國立臺灣師範大學，臺北市。  延伸查詢new window
圖書
1.Welk, G. J.(2002)。Physical activity assessments for health-related research。Champaign, IL：Human Kinetics。  new window
2.U.S. Department of Health and Human Services(1996)。Physical activity and health: A report of the Surgeon General。Centers for Disease Control and Prevention (CDC), National Center for Chronic Disease Prevention and Health Promotion。  new window
 
 
 
 
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