Pilates for Rehabilitation explains how to incorporate Pilates exercises into rehabilitation programs to heal injuries, improve core strength, promote efficient movement, and help manage pain.

Pilates is a particularly safe and effective exercise system which aims to strengthen the body in a balanced way by specifically improving the function of the weaker muscle groups. Emphasis is placed on strengthening the muscles of the trunk so that support of the spine increases plus posture and shape improve. The exercises enhance overall flexibility and fitness, improving co-ordination and balance. Muscles are gently stretched and lengthened as the exercises progress and overall body strength improves. - describes the underlying principles of the exercises in physical terms - describes the treatment of common medical conditions - provides a manual for those in the remedial health care professions

The joint effort of a psychotherapist, a Pilates instructor, and a respected New York back surgeon, this book offers a step-by-step method for gentle rehabilitation and recovery, a proven program for regaining mobility and quality of life.

As hip and knee conditions continue to become more prevalent, so does the demand for a rapid and complete return to function in these lower-extremity joints. Pilates for Hip and Knee Syndromes and Arthroplasties provides foundational guidelines and protocols—with specific modifications—for the use of Pilates in increasing core strength, balance, and flexibility and restoring function and range of motion with pre- and postoperative knee and hip syndromes and arthroplasties. Written for Pilates instructors, manual therapists, personal trainers, and physicians, this text introduces Pilates as a safe fitness and rehabilitation tool for individuals with knee or hip conditions. Developed over 90 years ago by Joseph H. Pilates, the Pilates method is a unique system of stretching and strengthening exercises that have been shown to tone muscles and improve posture, flexibility, range of motion, and balance. Low impact and completely adaptable according to specific syndromes or fitness level, Pilates exercises are well suited for use in pre- and postoperative exercise regimens, and Pilates mat exercises can be easily incorporated into home programs. Pilates for Hip and Knee Syndromes and Arthroplasties begins with a review of the anatomy of the hip and knee, a discussion of the most common conditions, and an overview of nonoperative and operative treatments. Building this background information will help readers gain a better understanding of why certain exercises are applied at various points in the rehabilitation time line. The next portion of the text is dedicated to specific Pilates techniques and mat exercises and includes baseline recommendations for range of motion and both pre- and postoperative modifications for the knee and hip. Reference tables outline classical Pilates mat exercises and place them in specific rehabilitation time lines from six weeks to three months, three months to six months, and beyond six months postoperative. More than 600 photos clearly demonstrate the exercises and feature detailed instructions for correct execution of the techniques. To assist with clients who have never performed Pilates exercises or are in the very early stages after surgery, pre-Pilates exercises are also presented to help build core strength and range of motion. Case scenarios and sample Pilates mat programs provide additional guidelines on the correct application of the exercises, while an exercise finder located in the front of the text quickly directs readers to the appropriate exercises for each postop time line. As a bonus, a Web resource included with the text provides fully trained Pilates instructors with guidelines on using the Pilates equipment to develop programs for clients with hip or knee conditions. Instructors will learn what equipment is appropriate to incorporate at the optimal time for rehabilitation. In addition, a resource finder is included to assist readers in finding a qualified Pilates training program and a qualified Pilates instructor.

Pilates for Rehab takes an evidence-based approach to incorporating Pilates exercises into a rehabilitation setting. Authors Elizabeth Smith, PT, ATC, and Kristin Smith, CFT, ACSM, have combined their extensive hands-on- rehab, training, lecturing and teaching experiences to introduce Pilates Methods that are clinically relevant. Chapter content includes full adaptations for specific diagnoses, clinical applications, and case studies referencing works from Vladimir Janda, Diane Lee, Paul Hodges, Shirley Sahrmann, and Stuart McGill. Pilates for Rehab contains over 250 photographs and creative illustrations depicting correct form. Also included are anatomy illustrations highlighting targeted muscle groups. Softcover and spiral bound, approximately 200 pages.

No matter where you are in treatment, what side effects you may be experiencing, or your general fitness level, Pilates is a safe and effective way to help you regain flexibility, power, and endurance while relieving treatment side effects such as lymphedema, fatigue, depression, peripheral neuropathy, osteoporosis, and upper extremity impairment. Naomi Aaronson and Ann Marie Turo, occupational therapists and certified Pilates instructors, show you how to use exercises to: Strengthen arms and shoulders and regain your range of motion. Reduce pain and swelling and stretch tight areas affected by scars. Build core strength and back stability, especially important after TRAM or DIEP flap breast reconstruction surgery. Improve balance and coordination. Make it easier to perform basic daily living tasks. Release stress and boost energy. Including programs that can be done lying down, seated, or standing, Pilates for Breast Cancer Survivors will help you achieve maximum wellness, now and throughout your journey living life after cancer.

A renowned instructor and author guides the reader step-by-step through photo sequences of specially designed exercises as well as variations on traditional Pilates movements.