Triathlon Medicine

This book offers an ultimate clinical guide to all the medical issues related to triathlon – a very popular Olympic and international sport, and the most modern of all the endurance activities. Triathletes experience a range of environmental conditions and physiological demands, depending on the race, that must be taken into consideration when preparing for medical assistance. The book addresses in detail the topics of cardiovascular adaptations, overuse injuries, overtraining syndrome, endurance anaemia, nutrition and the physiological aspects associated with the discipline. It provides information on the training and technical aspects of the different distances in triathlon disciplines, with a special focus on safety in open-water swimming. Dedicated chapters also cover issues related to female, young, master and para-triathletes. Combining research perspectives with many years of experience practicing in the field, this book offers sport medicine physicians, orthopedists, physical therapists and coaches a comprehensive guide to the evaluation, treatment and prevention of all the overuse conditions and to improving athletes’ performance.

Leave ’em in your wake, leave ’em in your trail, leave ’em in your dust. Get your brain as fit as your body and achieve your triathlon potential. Triathlon Science is packed with all the expertise you can handle, and more. From fine-tuning your physiology for each of the three disciplines to plotting the best race strategy for your fitness level, personal goals, and competitive conditions, you’ll find the insights and prescriptions typically available only from a top-level coach. With editors Joe Friel and Jim Vance and a who’s-who list of international experts on the sport, Triathlon Science offers you an unprecedented wealth of advanced yet accessible information on excelling in the sport.

"The ultimate nexus of knowledge and performance"--Cover.

This new volume in the Encyclopaedia of Sports Medicine series, published under the auspices of the International Olympic Committee, provides a state-of-the- art account of the epidemiology of injury across a broad spectrum of Olympic sports. The book uses the public health model in describing the scope of the injury problem, the associated risk factors, and in evaluating the current research on injury prevention strategies described in the literature. Epidemiology of Injury in Olympic Sports comprehensively covers what is known about the distribution and determinants of injury and injury rates in each sport. The editors and contributors have taken an evidence-based approach and adopted a uniform methodology to assess the data available. Each chapter is illustrated with tables which make it easy to examine injury factors between studies within a sport and between sports. With contributions from internationally renowned experts, this is an invaluable reference book for medical doctors, physical therapists and athletic trainers who serve athletes and sports teams, and for sports medicine scientists and healthcare professionals who are interested in the epidemiological study of injury in sports.

We’ve all heard the advice “Pace yourself. Save energy and finish strong.” It sounds simple enough, so why is it so hard? Why do even supremely conditioned elite athletes mismanage their energy supplies and fail to finish strong? Pacing: Individual Strategies for Optimal Performance examines the latest science, research, and application in search of answers. This guide explores the role of pacing in sports, the most common strategies used, the factors that influence effectiveness, and key considerations for today’s athletes and coaches. You’ll also discover these aspects: • How environmental variables, such as temperature and terrain, can affect performance • How to choose the best pacing strategy for any event • How to use pacing to defeat an opponent • The role the brain plays in pacing strategies Part I explains the biological and psychological underpinnings of pacing science, including the six commonly used pacing strategies that are discussed in detail throughout the book: all-out, positive, even, negative, parabolic, and variable. Part II shows how to apply the science, offering pacing recommendations and considerations for time-dependent sports such as running, triathlon, and swimming and exploring the role of pacing in racket sports and several team sports. Combining scientific research and real-world profiles of elite athletes and coaches, Pacing: Individual Strategies for Optimal Performance shows coaches and athletes how to develop the ideal pacing plan for every competition.

Dedication, passion, obsession—for serious endurance athletes, coaches, duathletes, and triathletes, the quest for improvement never ends. Knowing they can shave time from the previous performance, they seek out the latest in research and training techniques. In Championship Triathlon Training, renowned experts George Dallam and Steven Jonas provide you with the same advanced conditioning concepts and programming used by today's elite triathletes. By understanding the science behind the principles, you will incorporate physiology, biomechanics, nutrition, and injury prevention into your regimen to address your specific needs and the demands of competition. Specifically, you'll learn these techniques: -Use weight training, plyometrics, and core development to accelerate skill development in all phases of swimming, running, and cycling. -Apply metabolic training to improve endurance and race speed. -Combine sport-specific skills, such as mounting and dismounting, with metabolic training to improve transition times between phases. -Develop more efficient movement patterns for increased performance potential and reduced injury. -Assess health and physical status to avoid overtraining. Complete with sample programs for each triathlon distance, technique analysis, training- and race-specific fueling strategies, and tips for motivation, focus, and goal setting, Championship Triathlon Training will optimize your training and maximize your results.

In this issue of Physical Medicine and Rehabilitation Clinics, guest editors Angela Cortez and Dana Kolter bring their considerable expertise to the topic of Cycling. Top experts in the field cover key topics such as adaptive cycling, triathlon considerations, fear and anxiety in cycling, nutrition in cycling, and more. Contains 13 relevant, practice-oriented topics including Clinic Evaluation of the Cyclist with Overuse Injury; Unique Concerns of the Female Cyclist; Return to Cycling after Brain Injury - Safety Considerations; Infrastructure and Traumatic Bike Injury Prevention; and more. Provides in-depth clinical reviews on Cycling and PM&R, offering actionable insights for clinical practice. Presents the latest information on this timely, focused topic under the leadership of experienced editors in the field. Authors synthesize and distill the latest research and practice guidelines to create clinically significant, topic-based reviews.

Providing comprehensive discussion of this newly developing branch of sports medicine, this unique and up-to-date book focuses specifically on the treatment of athletes who train for and participate in endurance sporting events, including not only traditional endurance athletes such as runners, swimmers, bikers and triathletes, but also rowers, adventure racers, military personnel, and cross-fit athletes. Detailing strategies for not only treating and preventing injuries and conditions but also for optimizing an athlete’s performance, it is divided into three thematic sections. The first section covers common medical conditions faced by the endurance athlete, including cardiovascular conditions, asthma, and heat- and altitude-related illnesses, while also discussing gender differences, pregnancy and the pediatric endurance athlete. Section two focuses on the management of common musculoskeletal conditions, such as stress fractures, overuse injuries of the soft tissue, compartment syndrome, shoulder and hip injuries, and exercise and osteoarthritis. The last section presents special considerations for the endurance athlete, including gait and swim-stroke analysis, bike fitting, mental preparation, optimizing nutrition, and how to organize medical coverage for events, as well as decision-making for return to play. A timely topic and one which has not been written about extensively in one concise collection of chapters, Endurance Sports Medicine is a valuable guide for sports medicine physicians, orthopedists, athletic trainers, physical therapists, coaches, officials, and athletes in understanding the needs of the determined individuals who participate in endurance sports.