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F.(2000)。High-impact exercise and growing bone : Relation between high strain rates and enhanced bone formation。Journal of Applied Physiology,88(6),2183-2191。 ![](/gs32/thssjcncl/image/nclsfx.gif) ![new window](/gs32/images/newin.png) | 23. | Kato, T.、Terashima, T.、Yamashita, T.、Hatanaka, Y.、Honda, A.、Umemura, Y.(2006)。Effect of low-repetition jump training on bone mineral density in young women。Journal of Applied Physiology,100(3),839-843。 ![](/gs32/thssjcncl/image/nclsfx.gif) ![new window](/gs32/images/newin.png) | 24. | Knothe Tate, M. L.、Knothe, U.、Niederer, P.(1998)。Experimental elucidation of mechanical load-induced fluid flow and its potential role in bone metabolism and functional adaptation。The American Journal of the Medical Sciences,316(3),189-195。 ![](/gs32/thssjcncl/image/nclsfx.gif) ![new window](/gs32/images/newin.png) | 25. | Kontulainen, S. A.、Kannus, P. A.、Pasanen, M. E.、Sievanen, H. T.、Heinonen, A. O.、Oja, P.、et al.(2002)。Does previous participation in high-impact training result in residual bone gain in growing girls? One year follow-up of a 9-month jumping intervention。International Journal of Sports Medicine,23(8),575-581。 ![](/gs32/thssjcncl/image/nclsfx.gif) ![new window](/gs32/images/newin.png) | 26. | MacKelvie, K. J.、McKay, H. A.、Petit, M. A.、Moran, O.、Khan, K. M.(2002)。Bone mineral response to a 7-month randomized controlled, school-based jumping intervention in 121 prepubertal boys: associations with ethnicity and body mass index。Journal of Bone Mineral Research,17(5),834-844。 ![](/gs32/thssjcncl/image/nclsfx.gif) ![new window](/gs32/images/newin.png) | 27. | McKay, H. A.、Petit, M. A.、Schutz, R. W.、Prior, J. C.、Barr, S. I.、Khan, K. 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J.(2002)。A randomized school-based jumping intervention confers site and maturity-specific benefits on bone structural properties in girls : A hip structural analysis study。Journal of Bone Mineral Research,17(3),363-372。 ![](/gs32/thssjcncl/image/nclsfx.gif) ![new window](/gs32/images/newin.png) | 34. | Umemura, Y.、Nagasawa, S.、Honda, A.、Singh, R.(2008)。High-impact exercise frequency per week or day for osteogenic response in rats。Journal of Bone Mineral Metabolism,26(5),456-460。 ![](/gs32/thssjcncl/image/nclsfx.gif) ![new window](/gs32/images/newin.png) | 35. | Welch, J. M.、Weaver, C. M.、Turner, C. H.(2004)。Adaptations to free-fall impact are different in the shafts and bone ends of rat forelimbs。Journal of Applied Physiology,97(5),1859-1865。 ![](/gs32/thssjcncl/image/nclsfx.gif) ![new window](/gs32/images/newin.png) | 36. | Wiebe, P. N.、Blimkie, C. L.、Farpour-Lambert, N.、Briody, J.、Marsh, D.、Kemp, A.、et al,(2008)。Effects of single-leg drop-landing exercise from different heights on skeletal adaptations in prepubertal girls : A randomized controlled study。Pediatric Exercise Science,20(2),211-228。 ![](/gs32/thssjcncl/image/nclsfx.gif) ![new window](/gs32/images/newin.png) | 學位論文1. | 林欣仕(2008)。短期落地訓練對成長中母鼠的局部骨骼代謝之影響。國立成功大學,臺南市。 延伸查詢![new window](/gs32/images/newin.png) | |