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Introduction to molecular exercise physiology

CHAPTER CONTENTS Learning Objectives 121 Introduction 122 DNA 123 Transcription, RNA Capping and Splicing 124 Translation 127 Adaptation and Signal Transduction 128 Muscle Adaptation to Exercise 129 Regulation of Cellular Adaptation 130 Translational Regulation 138 Regulation of Gene Expression by siRNA and miRNA 138 Experimental Models 138 Muscle Cell Culture 138 Primary Cell Cultures 139 Secondary Cell Cultures 139 Satellite Cell Culture 140 Isolated Skeletal Muscle Studies 141 In Vivo Animal Experiments 141 Voluntary Running in a Running Wheel 142 Forced Treadmill Running 142 Electrical Low-frequency Stimulation 142 Models Inducing Muscle Hypertrophy 142 Transgenic Animals 143 Human Exercise Studies 144 Human Muscle Biopsy 144 Analytical Methods 145 DNA Methods 145 RNA Methods 152 DNA Microarrays 153 Protein Methods 155 Bioinformatics 158 Genome Browsing 159 Key Points 160 References 16
© Copyright 2006 Genetics and molecular biology of muscle adaptation. Published by Elsevier. All rights reserved.

Bibliographic Details
Subjects:
Notations:biological and medical sciences
Published in:Genetics and molecular biology of muscle adaptation
Language:English
Published: Edinburgh Elsevier 2006
Series:Advances in sport and exercise science series
Pages:121-164
Document types:book
Level:advanced