| Objective: According to the general rule of fracture healing and rehabilitation,by observing the functional rehabilitation effect of tibial plateau fracture under the guidance of two different rehabilitation methods,the rehabilitation time and rehabilitation intensity during the rehabilitation process were quantified,and the principle of “dynamic and static balance” was confirmed to guide the humerus.The effectiveness and rationality of postoperative rehabilitation of platform fractures.Methods: Sixty patients with tibial plateau fractures were treated with orthopedic surgery in the Orthopedic Hospital of Shandong University of Traditional Chinese Medicine from December 2016 to December 2018.They were divided into observation group: 30 cases of postoperative rehabilitation exercise under the guidance of the principle of “dynamic and static balance”.Control group: 30 cases of rehabilitation exercise under the guidance of traditional rehabilitation principles.The rehabilitation training results of the two groups were observed and compared by comparing the rehabilitation criteria of knee joint surgery,Lysholm score of knee joint,knee joint activity(ROM)and lower limb muscle strength.Results: The follow-up rate of 60 cases was 3-6 months.The excellent rate of knee joint function rehabilitation in the observation group was 93%, which was better than the control group 80%).Discussion: In the process of rehabilitation exercise after tibial plateau fracture,the "rehabilitation program under the control of safe and effective rehabilitation amount" proposed under the guidance of the principle of "motion and static balance" can achieve the satisfaction of the fracture end stability to the greatest extent.Rehabilitation effect.It alleviates the pain of patients during rehabilitation and rehabilitation,reduces the redundant rehabilitation time,relieves the patient’s fear,improves the enthusiasm and compliance of the patient’s rehabilitation exercise,thereby improving the effect of rehabilitation exercise and facilitating the final rehabilitation of the fracture. |