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Practical ECG for Exercise Science and Sports Medicineguides readers from theory to applied interpretation of normal and abnormal ECG traces using over 70 real-life ECG readouts.
An essential reference for students and practitioners working with exercise electrocardiograms (ECGs), Practical ECG for Exercise Science and Sports Medicine guides readers from theory to applied interpretation of normal and abnormal ECG traces. The text is based on the authors' clinical experience, published research, and over a decade of dedicated study on the interpretation of ECGs from clinical patients to elite athletes both at rest and during exercise.
Written specifically for clinical exercise physiologists, ECG Interpretation for the Clinical Exercise Physiologist, 2nd Edition, provides an introduction to basic concepts and measurements followed by in-depth explorations of rhythm and atrioventricular blocks and key topics including infarct, hypertrophy, axis, and conduction defects. Accompanying exercise-related case studies make this engaging text an ideal review resource for certification prep as well as a guide to success in practice. Enhancements to this 2nd Edition include a new design that improves readability and clarity, expanded study support through updated examples and case study questions, as well as additional interpretation practice opportunities that ensure understanding and boost clinical confidence.
This unique laboratory text provides multi-task, hands-on learning experience for students preparing for professions in physical education, exercise science, health promotion, coaching, physical therapy, athletic training, and sports medicine. The primary emphasis of the book is to expose the student to the concepts and principles of exercise testing and provide experience in the administration of such tests. Organized into succinct lessons, the text is structured in a manner that is meaningful, practical, and easily understood by the student. The laboratories are organized around the scientific method, with research questions, data collections, and conclusions. Each chapter begins with objectives and a pre-laboratory assignment which helps prepare the student for the upcoming laboratory experience. Equipment needs are outlined where necessary. Book jacket.
ACSM’s Clinical Exercise Physiology adapts and expands upon the disease-related content from ACSM’s Resource Manual for Guidelines for Exercise Testing and Prescription, 7th Edition, to create a true classroom textbook. This new resource offers research-based coverage of more than 35 conditions commonly seen in practice—from a host of cardiovascular disorders to immunological/hematological disorders. Condition chapters are organized by disease types and then divided into sections that cover specific conditions from a pathological and etiological perspective. To provide a complete view of clinical exercise physiology, the book also covers important considerations and foundational elements, such as screening, pharmacology, and electrocardiography. As an American College of Sports Medicine publication, the text offers the unsurpassed quality and excellence that has become synonymous with titles by the leading exercise science organization in the world.
This book by Corey H. Evans, Russell D. White, and coauthorsis a gem. There was a time when exercise testing was largely limited to cardiologists, but no more. Ex- cise testing, which providesinformationon tness, the risk of coronarydisease, and all around vitality, is now being performed in the of ces of primary care physicians across the United States. Although there is a signi cant risk in some populations, a careful doctor who takes the trouble to become knowledgeable in exercise physiology and the pat- physiologyof coronary artery disease can use exercise testing to improve his ability to give excellent, preventive medicine. Over the years I have read many books on this subject, and even contributed to some,andthis oneratesrightup therewith the best. Likemanymultiauthoredbooks thereissomerepetition,butthisisnotallbad.Acarefulstudyofthevariouschapters willprovideadepthofknowledgethatwillcomeingoodsteadwhenproblemsarise. I can especially recommendthe chapter on exercise physiology.When the reader has mastered the material presented in this chapter, he has acquired a knowledge base so that he can become an expert in exercise testing equal to almost anyone. Over the years I have been privileged to know several of the authors and have followed their publications. Their contributions to our knowledge base in this eld havebeenconsiderable.Acquiringthisbookandbecomingfamiliarwithitscontents will set you apart in the eld of exercise testing.
Introduction to Exercise Physiology identifies the key scientific content that is critically important to the successful practice of exercise physiology. This text introduces students to the scientific basis for the practice of exercise physiology to prevent or control mind-body diseases, to promote health and well-being, and to enhance athlete performance. The goal of this text is to embrace a new paradigm of exercise physiology as a comprehensive healthcare profession. Introduction to Exercise Physiology emphasizes sound scientific content that will help exercise physiologists design appropriate exercise prescription that focuses on the public health challenges of sedentary living. In addition, the text enables students to understand the effects of sports nutrition and athletic performance by examining exercise metabolism, fuel utilization, and cardiovascular functions and adaptations from a non-performance enhancing supplement perspective. Specific physiologic calculations are presented to teach students how to monitor exercise intensity, as well as to improve the safety and credibility of client-specific test protocols, health and fitness training programs, and athletic competitions. Introduction to Exercise Physiology teaches students the necessary physiologic, electrocardiographic, biomechanic, and anatomic concepts to prepare for and pass the ASEP Board Certification exam.Key Features: Chapters are organized into the following seven major areas in accordance with the emphasis on exercise as medicine:I. Scientific Aspects of Exercise PhysiologyII. Training the Cardiorespiratory and Muscular SystemsIII. Training and PerformanceIV. Exercise Is MedicineV. Exercise BiomechanicsVI. Anatomy of Sports and ExerciseVII. The Profession of Exercise PhysiologyEach chapter begins with an overview of the chapter objectives presented in the form of individual questions Chapters conclude by providing students with a list of key terms, a chapter outline, glossary, study questions, suggested readings and references to further student learning Includes a discussion around the importance of exercise physiology as a profession and covers the future challenges for exercise physiologists, the basics of the change process and the importance of a professional organization
Clinical Exercise Electrocardiography addresses the needs of exercise physiologists working in a clinical setting and highlights static interpretation and rhythm strips and 12-leads. Not only does it include the traditional basic electrocardiography (ECG), arrhythmia, myocardial infarction, and pacemaker chapters, it also provides easy-to-read chapters on cardiac pathophysiology, cardiovascular testing procedures, cardiac pharmacology and structural health disease, and inflammatory processes. The authors also address the differences in ECG interpretation in women, children, and athletes, and examine the use of ECGs in exercise stress testing situations.
"Advanced Cardiovascular Exercise Physiology, Second Edition, systematically details the effect of acute and chronic exercise training on each component of the cardiovascular system: the heart, the vasculature, and the blood. This text is divided into two sections, beginning with a concise explanation of the structure and function of each component of the cardiovascular system. In the second section, readers encounter detailed discussion of the acute and chronic effects of aerobic and resistance exercise on cardiac function, vascular function, and hemostatic variables. Each chapter begins with chapter objectives and ends with and a summary. Fifteen case studies are included in the text to showcase the application of chapter material"--