摘要
Objective: To study the clinical effect of rehabmtation treating combined with intra-articular injection of sodium hyaluronate for exercise induced knee osteoarthritis, and to research the function, biomechanics of knee joint, and inflammatory factor in articular cavity. Method:Selecting 120 patients with exercise induced knee osteoarthritis, then they were randomly divided into control group (n=60) and intervene group (n=60). The patients in the control group were given conventional rehabmtation treating, and the intervene group were given intra-articular injection of sodium hyaluronate on this basic, they were treated 4 weeks. Evaluating the function of knee joint;conduct isokinetic muscle strength test (determination of the angIllar velocity were 60°/S, 180°/S);test the ratio of muscle peak torque and four muscles centripetal centripetal peak torque and peak torque, work load of femoral knee joints after (simultaneous determination of the angular velocity were 60°/S);detect the inflammatory factor in the joint fluid. Results: After the treatment, clinical effect in intervene group was superior to that in control group,but had no statistical significance;after the treatment, the score of function of knee joint in the two groups were higher than before treatment, and had statistical significance, and the score of function of knee joint in the intervene group were higher than control group, and the difference had statistical significance;Angular velocity of 60°/S and 180°/S the two groups peak torque, work load and the H/Q values were significantly increased, the intervene group were higher than control group, and the difference had statistical significance;inflammatory factor in the two groups were significantly decreased, the intervene group were lower than control group, and the difference had statistical significance.Conclusions: On the basic of rehabmtation treating, the treatment of intra-articular injection of sodium hyaluronate can improve the function of knee joint through improving the knee muscle strength, the level of their participation in the activities of the biomechanics of knee joint, and the inflammatory factor in the joint fluid.
基金
National Natural Science Foundation Youth Project:81501857.