View clinical trials related to Injury of Musculoskeletal System.
Filter by:Objective: The general objective of this study is to determine the possible beneficial effect of the application of kinesiotaping, as well as the performance of proprioceptive exercises on parameters related to knee stability, such as the incidence of injuries, pain, static stability Or dynamics, and flexibility, in amateur soccer players, with a workload of 3 days per week plus the match. Material and methods: Amateur soccer players are divided into 3 groups. Group 1 (G1) performs proprioceptive exercises plus the application of kinesiotaping without tension in the knee. Group 2 (G2) performs proprioceptive exercises plus the application of kinesiotaping with tension in the knee. Group 3 (G3) is placed kinesiotaping with tension in the knee, without proprioception exercises. The treatment will last four weeks and three evaluations, one before treatment, another at two weeks and the last one at the end of treatment.
Soccer is a sport that attracts many participants and leads to a substantial number of injuries, especially of the ankle. Enhancement of functional joint stability by kinesio taping proprioceptive training may be important both in prevention and rehabilitation of ankle injuries. The main aim of this study was to determine the effect of kinesio taping and proprioceptive exercises on parameters related to ankle stability, such as the injury incidence, pain, static or dynamic stability and flexibility, in amateur soccer players training 3 times a week.
Musculoskeletal sprain/strain injuries and disorders (MSID) have a major impact on health, quality of life and societal productivity. Early intervention for pain following acute MSIDs may prevent secondary complications of chronic pain, disability, reduced quality of life or lost productivity. The investigators goal is to evaluate the efficacy of a computer-based self-management intervention for reducing pain and improving function in persons treated in on-site physical rehabilitation centers. The specific aims are:1) evaluate the efficacy of a computer-based self-management intervention in reducing pain and self-efficacy and function in high risk MSID patients; 2) determine long term impact during a six month follow-up period; and 3) determine whether reductions of pain and improved function translate into reductions in lost work time days away from work, restricted work days, worker's compensation costs and re-injury rates during the 6 month follow-up. Persons with sprain/strain injuries at risk for poor pain control will randomized to either: 1) control condition - standard care in the rehabilitation center plus computer exposure or 2) standard care plus computer-based self-management pain intervention. Assessment will be at baseline, treatment completion, 3 and 6 months. The primary outcome measures are self-efficacy, pain and physical/psychosocial functioning and secondary outcome measures are days away from work, restricted work days worker's compensation costs and re-injury rates. The investigation will also provide unique and valuable information regarding patients acceptance and use of computer-based interventions following acute injury. By establishing the utility and efficacy of computer-based pain management interventions for MSID the investigators have the potential to improve the health and quality of life of persons with injuries, improve productivity and develop new methods for health care delivery.