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Full-Text Articles in Sports Medicine
Hormone And Adpokine Alterations Across Eleven Weeks Of Training In Division I Collegiate Throwers: An Exploratory Study, W. Guy Hornsby, Christian R. Carter, Guy Gregory Haff, Micheal R. Ramsey, Andy R. Dotterweich, N. Travis Triplett, Charles A. Stuart, Margaret E. Stone, Michael H. Stone
Hormone And Adpokine Alterations Across Eleven Weeks Of Training In Division I Collegiate Throwers: An Exploratory Study, W. Guy Hornsby, Christian R. Carter, Guy Gregory Haff, Micheal R. Ramsey, Andy R. Dotterweich, N. Travis Triplett, Charles A. Stuart, Margaret E. Stone, Michael H. Stone
Andy R. Dotterweich
Conceptually, it is important to understand the underlying physiological mechanisms of any training program model. This understanding aids the coach/sport scientist in making better choices in manipulating variables in formulating the training model. These underlying mechanisms can be associated with training variable manipulation and fatigue management aspects as well as the overall health of the athlete. Hormone and cytokine concentrations can be linked to alterations resulting from the manipulation of training variables and to subsequent alterations in performance (Haff et al., 2008; Ishigaki et al., 2005; Jurimae et al., 2010; Stone et al., 2007). For example, alterations in the testosterone: …
Hormone And Adpokine Alterations Across Eleven Weeks Of Training In Division I Collegiate Throwers: An Exploratory Study, W. Guy Hornsby, Christian R. Carter, Guy Gregory Haff, Micheal R. Ramsey, Andy R. Dotterweich, N. Travis Triplett, Charles A. Stuart, Margaret E. Stone, Michael H. Stone
Hormone And Adpokine Alterations Across Eleven Weeks Of Training In Division I Collegiate Throwers: An Exploratory Study, W. Guy Hornsby, Christian R. Carter, Guy Gregory Haff, Micheal R. Ramsey, Andy R. Dotterweich, N. Travis Triplett, Charles A. Stuart, Margaret E. Stone, Michael H. Stone
ETSU Faculty Works
Conceptually, it is important to understand the underlying physiological mechanisms of any training program model. This understanding aids the coach/sport scientist in making better choices in manipulating variables in formulating the training model. These underlying mechanisms can be associated with training variable manipulation and fatigue management aspects as well as the overall health of the athlete. Hormone and cytokine concentrations can be linked to alterations resulting from the manipulation of training variables and to subsequent alterations in performance (Haff et al., 2008; Ishigaki et al., 2005; Jurimae et al., 2010; Stone et al., 2007). For example, alterations in the testosterone: …