Interaction of insulin like growth factor-1 and resistance training on skeletal muscle mass and function
Abstract (Summary)
List of Tables
List of Figures
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vi
ix
x
I. Introduction 1
II. Statement of Problem and Experimental Design 4
III. Study No. 1 6
Abstract 7
Introduction 8
Methods 10
Results 13
Discussion 15
IV. Study No. 2 24
Abstract 25
Introduction 26
Methods 27
Results 30
Discussion 31
V. Study. No 3 40
Abstract 41
Introduction 42
Methods 44
Results 51
Discussion 56
VI. Expanded review of literature 70
A. Methods for inducing hypertrophy in animal model 71
B. Regulation of the hypertrophic response in skeletal muscle 79
C. Adaptations of resistance training and IGF-1 99
D. Detraining 108
VII. Expanded Methods 111
A. Animal care and experimental design 111
B. Viral construction and injection 112
C. Resistance Training and Detraining 114
D. In situ contractile properties of FHL based on rats (mouse) 115
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E. Tissue processing 118
F. Detection of gene expression 118
G. Histology for central nuclei1 119
H. Oxidative enzyme 119
I. Total and myofibrillar protein concentration 119
J. Muscle fiber type distribution 120
K. Myosin Heavy Chain Composition 120
L. Nitric acid digestion technique for fiber length 120
M. Statistical analysis 121
Bibliographical Information:
Advisor:
School:The University of Texas at Austin
School Location:USA - Texas
Source Type:Master's Thesis
Keywords:insulin resistance muscles rats mice
ISBN:
Date of Publication: