This text addresses the expanding role of resistance training for health, disease prevention and rehabilitation. It presents a clear and sound rationale for including resistance training as a health benefit, pointing out the areas in which it helps.

Current evidence supports the use of resistance training as an independent method to prevent, treat, and potentially reverse the impact of numerous chronic diseases. With physical inactivity one of the top risk factors for global mortality, a variety of worldwide initiatives have been launched, and resistance training is promoted by numerous organizations including the World Health Organization and the Centers for Disease Control and Prevention. Despite this, most books do not provide a detailed focus on resistance training. An up-to-date and comprehensive resource, Resistance Training for the Prevention and Treatment of Chronic Disease is an evidence-based guide that presents an in-depth analysis of the independent and positive effects that can result from resistance training. Written by some of the world’s leading exercise physiologists and resistance training researchers and experts, the chapters provide detailed descriptions of the benefits of resistance training for specific clinical populations. They also include guidelines on how to construct a tailored resistance training prescription for each population when appropriate. The book covers resistance training for effective prevention or treatment of numerous diseases including cardiovascular disease, cancer, type 2 diabetes, renal failure, multiple sclerosis, Parkinson’s disease, fibromyalgia, stroke, depression and anxiety, pulmonary disease, HIV/AIDS, and orthopedic disease. The authors also address resistance training for older adults and for children and adolescents.

Covering the use of elastic resistance bands and tubes, this work includes the scientific applications and exercise applications for different areas of the body, and sport-specific applications for ten different sports.

Physical Medicine and Rehabilitation presents today’s best physiatry knowledge and techniques, ideal for the whole rehabilitation team. This trusted reference delivers the proven science and comprehensive guidance you need to offer every patient maximum pain relief and optimal return to function. In this new edition, Dr. Randall L. Braddom covers current developments in interventional injection procedures, the management of chronic pain, integrative medicine, recent changes in the focus of stroke and brain injury rehabilitation, and much more. Access the complete contents online along with 1000 self-assessment questions at www.expertconsult.com. Gain a clear visual understanding of important concepts thanks to 1400 detailed illustrations—1000 in full color. Find and apply the information you need easily with each chapter carefully edited by Dr. Braddom and his associates for consistency, succinctness, and readability. Access the fully searchable text online at Expert Consult, as well as 1000 self-assessment questions. Master axial and peripheral joint injections through in-depth coverage of the indications for and limitations of these therapies. Make optimal use of ultrasound in diagnosis and treatment. Get a broader perspective on your field from a new chapter on PM&R in the international community.

Clinical Exercise Science is an introduction to core principles and best practice in exercise science for students and practitioners working with clinical populations. Combining the latest scientific research with evidence-based, practitioner-led analysis, the book offers integrated coverage of the full clinical exercise curriculum, including: Pathophysiology of exercise and disease Exercise as a clinical intervention Exercise, nutrition, and lifestyle Health behaviour change Clinical skills in exercise science The book covers a wide range of conditions, including cardiovascular disease, pulmonary disease, metabolic disease and mental health problems, and includes an array of useful features to guide student learning, such as case studies, study tasks, definitions of key terms and suggestions for further reading. With contributions from leading researchers and health practitioners, this is an invaluable foundation text for any clinical exercise science course, and useful reading for any student or practitioner working in exercise science, exercise rehabilitation, health science or physical therapy.

Completely updated and rewritten to meet the specific needs of physical therapist assistants, this Second Edition focuses on the implementation of treatment plans and intervention using the appropriate therapeutic exercise techniques. The book describes a wide variety of therapeutic exercises and details the purpose, position, and procedure for each technique. Case studies and pediatric and geriatric recommendations are included. This edition has three all-new chapters: the role of the physical therapist assistant in therapeutic exercise, enhancement of breathing and pulmonary function, and functional fitness training for the elderly. Other new features include a two-color design, updated illustrations, and a glossary.

Risk Factors for Cardiovascular Disease raises awareness about the importance of early recognition and prevention of modifiable cardiovascular risk factors. Some non-modifiable factors, like diabetes, can even be impacted by lifestyle modification (like weight loss) early in the disease. This book also describes cardiovascular risk factors in different patient populations and work settings.

Endorsed by the American Society for Preventive Cardiology! Preventive Cardiology - a new Companion to Braunwald's Heart Disease - addresses the prevention and risk stratification of cardiovascular disease so that you can delay the onset of disease and moderate the effects and complications. Drs. Roger Blumenthal, JoAnne Foody, and Nathan Wong discuss the full range of relevant considerations, including the epidemiology of heart disease, risk assessment, risk factors, multiple risk factor-based prevention strategies, and developments in genetics and personalized medicine. - Recognize the factors for prevention and risk stratification around cardiovascular disease and effectively delay the onset of disease and moderate the effects and complications, even for individual who are genetically predisposed. - Effectively navigate full range of considerations in prevention from epidemiology of heart disease, biology of atherosclerosis and myocardial infraction, risk assessment—established risk factors and emerging risk factors, multiple risk factor-based prevention strategies, and future directions—through genetics, personalized medicine, and much more. - Tap into the expertise of prominent leaders in cardiovascular disease prevention with guidance from Drs. Roger Blumenthal—longtime director of the Framingham Heart Study—JoAnne Foody, and Nathan Wong. - Gain a deeper understanding of the pathogenesis of disease and the rationale for management through discussions of basic science. - Apply current clinical practice guidelines to ensure optimal outcomes in both primary and secondary prevention.

There is now strong evidence demonstrating that the brain simulates action and other functions. Such action simulation can be evoked through conscious mental rehearsal of movement or imagery, but also through passive action observation watching movements in others. Furthermore, there is evidence to suggest that mental rehearsal of movement, or mental practice, can produce improvements normally attributed to practising actual movements. It is currently assumed that such improvements are due to neural activation associated with action simulation. However the neuroscience of mental practice efficacy is still poorly understood. The aim of this research topic is to clarify the underlying mechanisms of mental practice, bringing evidence from cognitive neuroscience, experimental neuropsychology, sport and movement science, and clinical neurology. It also attempts to address confusion regarding the concepts of imagery and observation, which has hampered the progression of mental practice research both scientifically and applied. As well as reviews, theoretical, and position articles, this research topic includes original neuroimaging, experimental, and patient research addressing, among others, the following issues. Neuroimaging studies provide strong evidence for action simulation, but the link to behavioural change and functional outcome is weak. What is the evidence that mental practice efficacy is driven by neuroplasticity processes evoked by action simulation? This research topic includes contributions on neural correlates and behaviour with regards to imagery and action observation. Much of the mental practice efficacy evidence comes from longstanding research within sport science. However, what does mental practice entail in these contexts, and to what extent is it compatible with the cognitive neuroscience perspective of action simulation? This research topic will include contributions that consider both evidence and concepts with regards to imagery and action observation, in an attempt to build an interdisciplinary consensus on the nature and application of mental practice. Mental practice is perceived as a promising motor rehabilitation technique, but critically there is lack of clarity or consensus on what mental practice treatment should entail. It is also not clear what are the most appropriate outcomes to measure imagery ability and cognitive or behavioural change following mental practice. A further important issue that needs consideration as part of this research topic is dosage, as it is currently unclear how much mental practice is appropriate and whether this depends on patient variables such as age, cognitive functioning, motor function, or pathophysiology.