Measurement procedure:~Bone density measurement was conducted before the first session and after two months of treatment.~The test worked by measuring a specific bone or bones, usually the spine, hip and wrist. The density of these bones was then compared with an average index based on age, sex and size. The resulting comparison is used to determine risk for fractures and the stage of osteoporosis in an individual.~Average bone mineral density = BMC/W (g/cm²).~BMC = bone mineral content = g/cm.~W = width at the scanned line. Data was graded according to Z score.~Z-score:~The Z-score is the comparison to the age matched normal subject. This is the number of standard deviations a patient's bone mineral density (BMD) differs from the average BMD of their age, sex and ethnicity. This value is used in premenopausal women, men under the age of 50, and in children. It is most useful when the score is less than 2 standard deviations below this normal. In this setting, it is helpful to scrutinize for coexisting illnesses that may contribute to osteoporosis such as glucocorticoid therapy, hyperparathyroidism or alcoholism. Z-score minus 1.5 and lower is considered below expected range of age, while Z-score above minus 1.5 is considered within expected range of age~Treatment procedures:~In this study the treatment protocol was presented in the form of an exercise program lasted for 50 minutes, twice weekly for 12 weeks postburn and consisted of weight bearing, strengthening and aerobic exercises and achieved under the following phases:~Warming up phase:~The main aim of this phase was to get the muscles warm and loose for strength training. The subject has to train for ten minutes on a stationary bicycle at a mild velocity before the beginning of each exercise session. Bicycling helps direct needed blood flow to the muscles and prepares the body for exercise. Warming up is important for preventing injury as well as gaining maximal benefit from the exercise, because loose and warm muscles respond better to the challenge of the program.~Exercise phase:~Qigong is a low-impact, weight-bearing exercise characterized by gentle movements designed to dissipate force throughout the body while the subject changes poses, with well-coordinated sequences of both isometric and isotonic segmental movements in the trunk and 4 extremities. This style emphasizes slow and smooth movement involving major muscle groups, at a constant speed while practicing. The sway of its moment is usually centered, which makes it more safe for the elderly to practice.
PURPOSE: to assess the efficacy of Qigong exercise on bone mineral density in post-burned patient.~BACKGROUND: During severe burns, more than 7% of the vertebral bone mineral density (BMD) is lost within 3-6 weeks of the injury and about 3% of the total body bone content is lost during the first 6 months after the injury.~Qigong exercise has been shown to be effective at attenuating declines in BMD and improving both balance performance and balance confidence in healthy middle-aged and older adults.~There are lack in knowledge and information in published studies about the efficacy of Qigong exercise on bone mineral density in post-burned patient.~So, this study will be designed to provide a guideline about the efficacy of Qigong exercise on bone mineral density in post-burned patient.~HYPOTHESES:~It will be hypothesized that:~It was hypothesized that Qigong exercise has no or limited effect in bone mineral density in post-burned patient.~RESEARCH QUESTION: Does Qigong exercise an effect on bone mineral density in post-burned patient?