Treatment Of Cruciate Ligament Injuries Research Articles

Surgical treatment of cruciate ligament injuries of the knee joint (retrospective analysis)

Clinical analysis of operative treatment of cruciate ligament ruptures based on forty years experience is presented. During the period from 1962 to 1982 lavsan prosthetic material for the plastic reconstruction of cruciate ligaments was widely used at Sports and Ballet Injury Clinic. Histologic, morphologic, clinical and roentgenologic investigations were performed and data on readaptation of lavsan prosthesis within intrasynovial medium were obtained. Starting from 1983 autoplasty for the restoration of joint stability has been elaborated and introduced into practice. Active dynamic stabilizing operation for chronic posttraumatic knee instability is worked out. Principles of static stabilizing operation on the knee are elaborated. Detailed description of various modifications for knee surgery is presented. The disadvantages of certain surgical techniques and the ways of their avoidance are given. Special attention is paid to arthroscopic intervention. Specific protocol and preventive measures to improve the efficacy of treatment are noted.

The Clinical Application and Evaluation of Artificial Cruciate Ligament Materials for Knee Exercise Injury

Rupture of knee joint cruciate ligament in sports training and competition, need through the surgical method to reconstruction of ligament reconstruction function. Application of biological materials for cruciate ligament, can make patients get less disease waste, and allows the patient knee joint activities immediately after treatment, is beneficial to the rehabilitation of patients. Cruciate ligament graft materials including autograft, allograft ligament ligament and artificial ligament. Autologous tissue reconstruction of knee joint cruciate ligament with bone patellar tendon bone and semitendinosus graft, many complications of bone patellar tendon bone graft, semitendinosus and gracilis tendon transplant will affect the joint function. Allogenic ligament materials mainly include bone patellar tendon bone and four femoral head allograft tendon bone, shortage of material is not completely kill bacteria and viruses. Artificial ligament material divided into permanent ligament, ligament and ligament scaffold material framework material, the effect of LARS artificial ligament transplantation in the treatment of cruciate ligament injury is more ideal, compared with the efficacy of autologous tendon graft, the differences were significant, had no significant differences compared with the long term effect of transplantation of autologous ligament.

A scientific approach to optimal treatment of cruciate ligament injuries

A scientific approach to optimal treatment of cruciate ligament injuries