Exercise Physiology Theory

Exercise Physiology Theory and Applica�on to Fitness and Performance 12e Scot Powers (Instructor Manual All Chapters, 100% Original Verified, A+ Grade) All Chapters Supplement File Download Link At The End Of This File 1 / 4

Powers, Howley, & Quindry EXERCISE PHYSIOLOGY: Theory and Application to Fitness and Performance, 12e

INSTRUCTOR MANUAL

Chapter 0: Introduction to Exercise Physiology

© McGraw Hill LLC. All Rights Reserved. No reproduction or distribution without the prior written consent of McGraw Hill LLC.1 Chapter 0

INTRODUCTION TO EXERCISE PHYSIOLOGY

LECTURE OUTLINE

KEY POINTS SUBPOINTS SLIDE #

Physiology Exercise Physiology Study of function of tissues, organs, and systems Study of effect of exercise on tissues, organs, and systems • Responses to environmental factors • Effects in special populations 3 Milestones in Evolution of Exercise Physiology

(1900-1950)

Studies on Cardiorespiratory Control (Krogh and Lindhard) 1920 Nobel Prize-Capillary Blood Flow Muscles (Krogh) 1922 Nobel Prize (Hill and Meyerhof) Harvard Fatigue Lab (Dill) Laboratory of Physiological Hygiene-University of Minnesota (Keys) Important exercise physiology research (1930-1970) by Asmussen, Christensen, and Nielson Physical fitness research (Cureton) Progressive resistance exercise research (Delorme) 4-5 Milestones in Evolution of Exercise Physiology

(1951-2000)

ACSM founded (1954) Institute of Environmental Stress (Horvath)

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Powers, Howley, & Quindry EXERCISE PHYSIOLOGY: Theory and Application to Fitness and Performance, 12e

INSTRUCTOR MANUAL

Chapter 0: Introduction to Exercise Physiology

© McGraw Hill LLC. All Rights Reserved. No reproduction or distribution without the prior written consent of McGraw Hill LLC.2

KEY POINTS SUBPOINTS SLIDE #

Birth of exercise biochemistry research (Holloszy) Research in exercise molecular biology (Booth) Copenhagen Muscle Research Center (Saltin) European College of Sports Science founded (1995) Milestones in Evolution of Exercise Physiology (2001-Present) First studies on genetic selection of aerobic capacity Knockout and knock-in techniques used to study skeletal muscle Discovery that muscle is an endocrine organ Discovery that exercise decreases micro-RNA in skeletal muscles First studies on exercise and epigenetics Studies on exercise-induced browning of adipose tissue begin (2011)

7 Growth of Research Studies Number of research publications in exercise physiology has grown exponentially 8 Advances in Exercise Physiology Research Reductionist versus integrative physiology approaches Genetic tools to study exercise physiology (i.e., gene knockout and knock-in) Emergence of omics to study exercise physiology

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Powers, Howley, & Quindry EXERCISE PHYSIOLOGY: Theory and Application to Fitness and Performance, 12e

INSTRUCTOR MANUAL

Chapter 0: Introduction to Exercise Physiology

© McGraw Hill LLC. All Rights Reserved. No reproduction or distribution without the prior written consent of McGraw Hill LLC.3

KEY POINTS SUBPOINTS SLIDE #

Exercise Physiology Research-Path to New Knowledge Scientific method Classes of research design Field and laboratory research Basic and applied research Exercise physiology research leads to evidence-based practice (translational research) 12-17 Reading and Understanding Scientific Journals Importance of peer-reviewed journals Searching the scientific literature Components of a research report Critical evaluation of a research report 18-23 Graphs How to understand graphs 24-25 Professional Organizations Benefits of professional organizations Major exercise and sport-related professional organizations Certifications provided by professional organizations 26-27 Careers in Exercise Physiology and Related Fields Examples of careers in exercise physiology Exercise physiology as preparation for professional schools Slides 28-29

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