Dynamic Human Anatomy

Understand and apply complex human movement concepts. Dynamic Human Anatomy, Third Edition With HKPropel Access, covers concepts not found in traditional anatomy texts. It sets itself apart by linking anatomy to biomechanics principles to explain fundamental movements and movement patterns. With a greater understanding of anatomy in conjunction with how the body moves, students planning for a career in any field of human movement—including those pursuing preclinical degrees—will be better prepared to assess muscle action and employ specific movement applications. The third edition of Dynamic Human Anatomy provides students with an understanding of the body’s structure as it explores the complexity of the body’s functional movement anatomy. Unlike many titles that focus primarily on sport mechanics, this text also offers supporting information on everyday body motions. New to This Edition Addition of bony landmarks plus images for understanding muscle attachment points Expanded information on osteoporosis beyond postmenopausal women, including gymnasts and ballet dancers Added exploration of musculotendinous sensory structures and their role in reflexes New information on sleeping surfaces and postures for lying down Discussion of muscle adaptations as a result of resistance and endurance training New section on cycling, including pedaling cycle, propulsion, cadence, body position, and aerodynamic drag Dynamic Human Anatomy also offers a full-color design with over 300 illustrations and photos to visually represent the concepts. Learning aids include a glossary, chapter objectives, summaries, and suggested readings. Applying the Concept sidebars offer practical examples of real-world scenarios. Numerous tables provide quick summaries of muscles and actions, joint structure and movements, exercises for specific muscle groups, and developmental reflexes. The tables are also available online as downloadable resources, along with critical thinking questions, delivered through HKPropel. The third edition of Dynamic Human Anatomy is sensibly organized with a progressive approach. It opens with the general concepts of human anatomy and the structure and organization of the skeletal system. The second part discusses biomechanical properties essential to understanding and assessing human movement, including the muscle control formula. The text then connects structural anatomy with biomechanics to focus on everyday movements and movement patterns. Students will examine posture and balance, gait, and other functional movements like jumping and lifting. The final section explores further applications for strength and conditioning, sport and dance, clinical scenarios, and ergonomics. Dynamic Human Anatomy, Third Edition With HKPropel Access, explores the potential of the human body to express itself through movement, making it a highly valuable text for students who need a more detailed exposure to concepts in human movement anatomy. Note: A code for accessing HKPropel is included with this ebook.

Table of Contents:
Part I. Anatomical Foundations Chapter 1. Introduction to Human Anatomy and Movement Introduction to Human Anatomy Introduction to Human Movement Movement Across the Life Span Anatomical Concepts Levels of Structural Organization Anatomical References and Terminology Study of Human Movement Concluding Comments Suggested Readings Chapter 2. Osteology and the Skeletal System Functions of the Skeletal System Bone Histology and Composition Bone Modeling, Growth, and Development Skeletal System Organization Bone Adaptation Bone Health Concluding Comments Suggested Readings Chapter 3. Joint Anatomy and Function Joint Structure and Classification Joint Motion and Movement Description Types of Joint Movement Joint Structure and Movement Joint-Related Conditions Concluding Comments Suggested Readings Chapter 4. Skeletal Muscle Properties of Skeletal Muscle Structure and Function of Skeletal Muscle Muscle Names Functional Actions of Muscles Muscles of Major Joints Muscle Adaptations Muscle Injury, Pain, and Soreness Concluding Comments Suggested Readings Part II. Biomechanics and Movement Control Chapter 5. Biomechanics Biomechanical Concepts Movement Mechanics Fluid Mechanics Joint Mechanics Material Mechanics Concluding Comments Suggested Readings Chapter 6. Muscular Control of Movement and Movement Assessment Muscle Function Muscle Action Movement Coordination Movement Efficiency and Economy Muscle Redundancy and Abundancy Movement Assessment Concluding Comments Suggested Readings Part III. Fundamentals of Movements Chapter 7. Posture and Balance Fundamentals of Posture and Balance Concluding Comments Suggested Readings Chapter 8. Gait Walking Running Concluding Comments Suggested Readings Chapter 9. Basic Movement Patterns Cycling Lifting Jumping Throwing Kicking Striking Concluding Comments Suggested Readings Part IV. Movement Applications Chapter 10. Strength and Conditioning Applications General Principles Types of Strength and Conditioning Programs Resistance Training Endurance (Aerobic) Training Concluding Comments Suggested Readings Chapter 11. Sport and Dance Applications Baseball and Softball Basketball Competitive Cycling American Football Golf Soccer Swimming Tennis Volleyball Dance Applications Concluding Comments Suggested Readings Chapter 12. Clinical Applications Concepts of Musculoskeletal Injury Injury Prevention and Prehabilitation Common Injuries Rehabilitation Prosthetics and Orthotics Concluding Comments Suggested Readings Chapter 13. Ergonomics Applications Ergonomic Concepts Lifting Overuse Conditions Concluding Comments Suggested Readings

About the Author :
William C. Whiting, PhD, is a professor emeritus and former codirector of the biomechanics laboratory in the department of kinesiology at California State University, Northridge, where he won both the Distinguished Teaching Award and Scholarly Publication Award. Whiting earned his PhD in kinesiology at UCLA. He taught courses in biomechanics and human anatomy for more than 35 years and has published more than 40 articles and 30 research abstracts. He is coauthor of Biomechanics of Injury. Whiting currently serves on the editorial board of NSCA’s Journal of Strength and Conditioning Research and serves as a reviewer for a number of scholarly journals. Whiting is a fellow of the American College of Sports Medicine (ACSM) and has served as president of the Southwest Regional Chapter of ACSM. He is also a member of the American Society of Biomechanics, the International Society of Biomechanics, and the National Strength and Conditioning Association.