The joint effect of their registry and ACL configurations are showed with the information in Tables 4 and 5, representing the action and actor organization of information, respectively.
表4和表5中的信息显示了注册中心和ACL配置共同作用的结果，分别呈现了操作和参与者组织的信息。
This paper aims to investigate the effects of proprioception enhancement on joint position sense after ACL reconstruction.
为此探讨ACL重建术后强化本体感觉训练对膝关节位置觉的影响。
Methods: 31 patients with ACL reconstruction underwent ultrasonography scan for 1-9 months after operation. The reconstructed ACLs were scanned. and the function of knee joint was evaluated.
方法31例acl重建术患者于术后1 ~9个月用超声检查重建韧带，并对膝关节功能进行评定。
The strain and transversal area of human anterior cruciate ligament (ACL) were investigated in 30 samples of the knee joint.
在30侧成年尸体膝关节标本上研究了前交叉韧带的动态长度及截面积。
Arthroscopic reconstruction of the anterior cruciate ligament (ACL) has been shown to be effective in restoring joint stability and preventing further damage to the injured knee.
关节镜下重建受损的前交叉韧带加之术后适当的康复训练是目前最为有效的恢复膝关节稳定性及预防进一步损伤的方法。
CONCLUSION: Proprioception enhancement program after ACL reconstruction can improve joint position sense.
结论：ACL韧带重建术后强化本体感觉训练能改善患膝位置觉。
Injury to anterior cruciate ligament (ACL) is the most common lesions of the knee joint.
前交叉韧带(ACL)损伤是膝关节的常见损伤。
The importance of PCL and ACL in keeping stability of knee joint is verified by the computational results.
分析结果验证了前后交叉韧带作为膝关节稳定装置的重要性。
The importance of PCL and ACL in keeping stability of knee joint is verified by the computational results.
分析结果验证了前后交叉韧带作为膝关节稳定装置的重要性。
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