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职业迁徙
个人简介
BIO
At Ohio University, her lab has conducted randomized, prospective, controlled experiments investigating the physiological mechanisms mediating the influences of diet and exercise on the endocrine regulation of fuel metabolism, reproductive function and bone turnover in men and women. The aim of these experiments has to acquire knowledge that will be useful for refining nutritional guidelines to better protect the health of athletes, military personnel and others who strive to improve their performance in physically demanding activities. These experiments were the first to apply the concept of energy availability in clinical research. The current focus of her laboratory is the further development of a technology for measuring the mechanical properties (i.e., mass, stiffness and damping) of long bones in humans in vivo. Her purpose in developing mechanical response tissue analysis (MRTA) is to be able to use it myself for investigating the independent effects of energy availability and exercise on the mechanical properties of bone. Others may find MRTA useful in a much wider range of clinical research and practice related to skeletal health and development.
Skills and Expertise:
Exercise;
Exercise Physiology;
Sport Physiology.
At Ohio University, her lab has conducted randomized, prospective, controlled experiments investigating the physiological mechanisms mediating the influences of diet and exercise on the endocrine regulation of fuel metabolism, reproductive function and bone turnover in men and women. The aim of these experiments has to acquire knowledge that will be useful for refining nutritional guidelines to better protect the health of athletes, military personnel and others who strive to improve their performance in physically demanding activities. These experiments were the first to apply the concept of energy availability in clinical research. The current focus of her laboratory is the further development of a technology for measuring the mechanical properties (i.e., mass, stiffness and damping) of long bones in humans in vivo. Her purpose in developing mechanical response tissue analysis (MRTA) is to be able to use it myself for investigating the independent effects of energy availability and exercise on the mechanical properties of bone. Others may find MRTA useful in a much wider range of clinical research and practice related to skeletal health and development.
Skills and Expertise:
Exercise;
Exercise Physiology;
Sport Physiology.
研究兴趣
论文共 9 篇作者统计合作学者相似作者
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Lyn Bowman, Gabriel C. Hausfeld, Emily R. Ellerbrock,Jennifer M. Neumeyer, Tyler C. Beck, Maureen A. Dean, McKenzie L. Nelson,Anne B. Loucks
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Lyn Bowman, Emily R. Ellerbrock,Gabrielle C. Hausfeld, Margeaux J. Dennis, Jr. Law Timothy D.,John R. Cotton,Anne B. Loucks
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Lyn Bowman,Michael W. Clevidence, Jeffrey S. Benseler, Rebecca M. Hayes, David J. Dominguese,Anne B. Loucks
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Anne B. Loucks,Lyn Bowman,Michael W. Clevidence, David J. Dominguese, Jeffrey S. Benseler, Lindsey A. Daniher, Rebecca M. Hayes
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