With over 450 million viewers worldwide and over $1 billion in revenue in 2019, competitive video gaming - known more popularly as esports - is not a fad, but rather a technological and cultural phenomenon. To remain competitive in this popular and sometimes lucrative field, gamers often practice upwards of 12 hours a day, performing anywhere from 400-600 actions per minute. As such, they are susceptible to a unique set of injuries and disorders from these complex movements, extended screen time and sedentary tendencies. This population requires motivated and educated healthcare providers familiar with their lifestyle and ailments to effectively prevent, diagnose, and treat relevant esports medical conditions. This handbook will serve as the first of its kind, an in-depth dive into the fundamentals of treating competitive video gamers created by the medical professionals and industry leaders. Esports medicine is a subspecialty in its infancy: Research, resources, and guidelines are evolving rapidly as more is understood about this burgeoning patient population. This unique handbook will provide a comprehensive overview of the basics of esports, play mechanics and terminology specifically targeted towards healthcare professionals previously unfamiliar with the subject matter. It will convey the essentials of an esports history and physical exam and act as a step-by-step guide for treating video gamers and esports athletes. Furthermore, it will guide providers through each and every major diagnosis related to gaming, with the specific mechanisms of the injury, relevant physical exam maneuvers, and treatments selected specifically for gaming, covering upper and lower extremity injuries, conditions of the neck and back, gaming ergonomics, and psychological, nutritional and cultural considerations. Timely and practical, Handbook of Esports Medicine will be a valuable resource for primarily sports medicine, orthopedic, physical medical and rehabilitation, and pediatric physicians, as well as therapists, psychologists and trainers involved in competitive gaming.

Esports medicine is a subspecialty in its infancy: Research, resources, and guidelines are evolving rapidly as more is understood about this burgeoning patient population. This unique handbook provides a comprehensive overview of the basics of esports, play mechanics and terminology specifically targeted towards healthcare professionals previously unfamiliar with the subject matter. It conveys the essentials of an esports history and physical exam and acts as a step-by-step guide for treating video gamers and esports athletes. Furthermore, it guides providers through each and every major diagnosis related to gaming, with the specific mechanisms of the injury, relevant physical exam maneuvers, and treatments selected specifically for gaming, covering upper and lower extremity injuries, conditions of the neck and back, gaming ergonomics, and psychological, nutritional and cultural considerations. Timely and practical, Handbook of Esports Medicine is a valuable resource for primarily sports medicine, orthopedic, physical medical and rehabilitation, and pediatric physicians, as well as therapists, psychologists and trainers involved in competitive gaming.

The Routledge Handbook of Esports offers the first fully comprehensive, interdisciplinary study of esports, one of the fastest growing sectors of the contemporary sports and entertainment industries. Global in coverage, the book emphasizes the multifaceted nature of esports and explores the most pressing issues defining the competitive video gaming landscape today. Featuring the work of 93 leading esports academics and industry specialists from around the world, and rigorously peer-reviewed, the book is structured around ten key themes: 1) Introduction to Esports, 2) Esports Research, 3) Esports Players, 4) Esports Business and Management, 5) Esports Media and Communication, 6) Esports Education, 7) Critical Concerns in Esports, 8) Global Esports Cultures, 9) Esports Future Directions, and 10) Key Terms Definitions. Examining the current state of esports, emerging areas of interest and the ongoing debates shaping the esports industry, each of the 62 chapters offers key highlights, an assessment of the latest research, practical esports examples and recommendations, and is complemented by enlightening case studies or industry interviews. For further academic and professional depth, chapters also include a guide to recommended additional resources. Explaining technical terms and gaming jargon in a user-friendly manner, and maintaining a balanced tone throughout, this handbook is essential reading for any student or researcher with an interest in esports, gaming, or sport studies, and for any practitioner or policy-maker working in the esports industry.

As esports is one of the new and rapidly growing sports programs at the collegiate level, today’s campus leaders are increasingly asked to navigate the complexity of esports. This practical volume helps higher education professionals understand the expanding role of collegiate esports, describing the ecosystem of college esports and the experience for college players, as well as the connections between gaming and career preparation. Chapter authors offer an overview and practical look at the main structures and issues facing collegiate esports programs, athletes, and administrators. Chapters address the needs of the campus gaming community, building gender and racial inclusivity, athlete health, amateurism and the esports athlete, the role of the technology industry, governance, career paths, and coaching. This cutting-edge volume offers information to support campus leaders and practitioners in building and expanding collegiate esports programs in the quickly growing and changing aspects of both online and face-to-face campus communities.

The Science of Esports draws from contemporary research and coach expertise to examine esports athlete health and performance from a range of disciplinary perspectives, including physiology, psychology, sociology, and nutrition. The rapid expansion of the esports industry has elevated competitive video gaming into the realm of high performance, requiring players, coaches, and practitioners to implement interdisciplinary approaches to performance support. The book covers key topic areas such as: What esports is and similarities and differences to sport Game-specific training Physiological and psychological consideration for esports athletes Social aspects of player performance and the social environment of esports Esports coaching and structure of esports performance environments Technology and its use in esports Safeguarding, cheating, and gambling This book includes worked examples and case studies to allow immediate implementation into practice for esports athletes and coaches. It summarises the current state of research to inform researchers and identify gaps in knowledge. This book is critical reading for students of esports and related courses. It serves as the first scientific resource designed to provide athletes, coaches, and practitioners with interdisciplinary insights into esports health and performance.

Help athletes achieve optimal performance in the competitive world of gaming. Written by top experts in the field, Conditioning for Esports is the authoritative guide to injury prevention, specialized exercise routines, cognitive enhancement, esport-specific nutrition strategies, and more.

The Handbook of Bioethical Decisions Volume II addresses and analyzes the most important ethical concerns and moral quandaries related to scientific integrity and institutional ethics. It counts on two parts, Part One: Research Ethics, which addresses issues related to Scientific Integrity, Research Misconduct and Conducting Ethical Research, and Part Two: Institutional Ethics and Bioethics Committees, which explores Institutional Ethics issues, Ethics and Bioethics Committees’ roles and scopes, and Bioethical Issues in Institutional Ethics. Consequently, the Handbook, Vol. II, offers a remarkable collection of works by outstanding international experts on institutional and research ethics, in order for bioethics practitioners to obtain better elements to address key issues related to integrity in research as well as to decision-making processes. In this fashion, this volume is a valuable resource for professionals working on different bioethical and biomedical fields, such as, ethics and bioethics committees, health care institutions, biomedical and pharmacological companies, and academic settings, among others. Chapter 26 is available open access under a Creative Commons Attribution 4.0 International License via link.springer.com.