Most textbooks and atlases of human anatomy chronicle only a few cases of muscle variations in the "normal" human population, or of muscle anomalies within congenital malformations. Consequently, there is a misconception of what is considered "normal" human anatomy and what that looks like. Each person within the "normal" population has at least a few muscle variations, and there are millions of individuals born globally each year with muscle anomalies. There are crucial knowledge gaps between what is taught, what students learn, what textbooks and atlases show, and what truly happens in nature and within our species. This handbook fills this gap by: 1) providing a comparative evolutionary context for muscle variations and defects in humans, 2) summarizing the major types of variations and anomalies found in humans, and 3) including didactic figures for a visually engaging learning experience. This book is of interest to students, professors, and researchers in biological anthropology, comparative anatomy, functional morphology, zoology, and evolutionary and developmental biology, as well as to clinicians and practicing health professionals. Key Features Summarizes most recorded variations and anomalies for each muscle in the human body Provides information on the comparative anatomy of each muscle, including evolutionary differences from our closest living relatives, the apes Includes didactic illustrations of the variations and anomalies for a visually engaging learning experience Comprehensively reviews literature to document prevalence information for each variation and anomaly, within humans Related Titles Brown, D. E. Human Biological Diversity, 2nd ed. (ISBN 978-1-138-03753-3) Diogo, R., et al. Understanding Human Anatomy and Pathology: An Evolutionary and Developmental Guide for Medical Students (ISBN 978-1-4987-5384-5) Diogo, R. Muscles of Chordates: Development, Homologies, and Evolution (ISBN 978-1-138-57116-7)

Most textbooks and atlases of human anatomy chronicle only a few cases of muscle variations in the "normal" human population, or of muscle anomalies within congenital malformations. Consequently, there is a misconception of what is considered "normal" human anatomy and what that looks like. Each person within the "normal" population has at least a few muscle variations, and there are millions of individuals born globally each year with muscle anomalies. There are crucial knowledge gaps between what is taught, what students learn, what textbooks and atlases show, and what truly happens in nature and within our species. This handbook fills this gap by: 1) providing a comparative evolutionary context for muscle variations and defects in humans, 2) summarizing the major types of variations and anomalies found in humans, and 3) including didactic figures for a visually engaging learning experience. This book is of interest to students, professors, and researchers in biological anthropology, comparative anatomy, functional morphology, zoology, and evolutionary and developmental biology, as well as to clinicians and practicing health professionals. Key Features Summarizes most recorded variations and anomalies for each muscle in the human body Provides information on the comparative anatomy of each muscle, including evolutionary differences from our closest living relatives, the apes Includes didactic illustrations of the variations and anomalies for a visually engaging learning experience Comprehensively reviews literature to document prevalence information for each variation and anomaly, within humans Related Titles Brown, D. E. Human Biological Diversity, 2nd ed. (ISBN 978-1-138-03753-3) Diogo, R., et al. Understanding Human Anatomy and Pathology: An Evolutionary and Developmental Guide for Medical Students (ISBN 978-1-4987-5384-5) Diogo, R. Muscles of Chordates: Development, Homologies, and Evolution (ISBN 978-1-138-57116-7)

The Routledge Handbook of Sports and Exercise Therapy is a methodically detailed, authoritative, contemporaneous and practical reference source for all those involved in sports and exercise therapy, whether students, established practitioners, educators or researchers. This comprehensive handbook cohesively presents foundational subjects and introduces principles and applications to support the development and practice of sports and exercise therapists. These are presented alongside new essential and evolving topic areas. Such a blend of fundamental underpinning and applied and experiential practical guidance gives this handbook a real sense of relevancy, and a contribution which can help to consolidate the positioning of sports and exercise therapists as key practitioners in an advancing landscape of health, exercise, sport, research and education. The handbook has been produced to create a seamless reference source for readers, but each of its chapters are also designed to be stand-alone presentations in their own right. The following areas are covered: Learning and teaching Evidence-based practice Anatomy and physiology Pathology of injuries Health and safety Clinical assessment Therapeutic modalities Injury rehabilitation Sports and exercise as medicine Sports and exercise nutrition Sports and exercise psychology Professionalism and ethics Structural and cultural competency Sideline sports injury management Management of regional injury conditions Case studies in sports and exercise therapy Employability and career development The handbook is comprehensively referenced and multi-authored. Its design incorporates numerous photographs, figures, tables and detailed sample document templates. It can be considered as an essential and topical resource for anyone involved in sports and exercise therapy, whether in their first year as an undergraduate or already working in professional practice.

This widely acclaimed reference work gives a comprehensive survey of all significant human malformations and related anomalies from the perspective of the clinician. The anomalies are organized by anatomical system and presented in a consistent manner, including details of the clinical presentation, epidemiology, embryology, treatment and prevention for each anomaly. When known, the molecular or other pathogenetic basis for the malformation is given. Most anomalies are illustrated by photographs or drawings. Specific malformations are linked to syndromes through the extensive use of differential diagnosis tables. Over a decade has passed since the first edition of this book was published, and the revised edition fully incorporates the advances made in the field during the intervening years.. It reflects new understanding of human developmental biology that has emerged from molecular, cytogenetic, and biochemical studies; new observations by clinicians as well as enhanced diagnostic and prevention capacities; and more accurate and comprehensive epidemiology. By condensing much of the information presented in the first volume of the previous edition, and exercising rigorous editorial control, Drs. Stevenson and Hall and their contributors have managed to update the book while reducing its size to that of a single volume. All clinicians and scientists interested in birth defects, including pediatricians, geneticists, genetic counselors, obstetricians, and pediatric pathologists, will find this book to be an invaluable source of information.

A comprehensive resource, this handbook covers consumer product research, case study, and application. It discusses the unique perspective a human factors approach lends to product design and how this perspective can be critical to success in the market place. Divided into two volumes, the handbook includes introductory and summary chapters on case study design, design methods and process, error and hazards, evaluation methods, focus groups, and more. It discusses white goods, entertainment systems, personnel audio devices, mobile phones, gardening products, computer systems, and leisure goods.