Methods: 234 cases medial meniscus of 3~9 months fetus were observed and measured by anatomical methods.
方法：用解剖学方法对234例3~9个月胎儿内侧半月板进行了形态学观察和测量。
The number and degree of displacement of lateral meniscus were much lower than those of medial meniscus.
外侧半月板径向移位数量及程度明显低于内侧半月板。
The goal of this study was to determine the effects of posterior root tears of the medial meniscus and their repairs on tibiofemoral joint contact pressure and kinematics.
本研究旨在确定内侧半月板后角撕裂的生物力学特性，以及修复后对胫股关节接触压力和动力学的影响。
Objective: to accumulate the morphological documents of medial meniscus of fetus and explore its growing rules; also to provide data for medial meniscus of fetus transplantation.
前言：目的：积累国人胎儿内侧半月板的形态学资料以探索其生长规律，同时为以胎儿内侧半月板为供体的移植研究提供数据支持。
Surgery Group and CT intervened Group were intervened by cutting off the anterior cruciate ligament and the medial meniscus of their right knees, while the left knees as the control samples.
对手术组与CT干预组的右膝行前交叉韧带切断加内侧半月板切除术，左膝作为空白对照，不予手术。
Background: Tears of the posterior root of the medial meniscus are becoming increasingly recognized. They can cause rapidly progressive arthritis, yet their biomechanical effects are not understood.
背景：内侧半月板后角撕裂能很快导致退行性关节炎，正日益受到关注，但其生物力学特性尚不清楚。
We hypothesized that patients receiving a collagen meniscus implant would have better clinical outcomes than patients treated with partial medial meniscectomy alone.
我们假设胶原半月板移植治疗的临床效果要好于单独行半月板部分切除术。
CONCLUSION: at the beginning phase of rotation, the common injuries of knee joint of the athletes are left knee medial accessory ligament and meniscus.
结论：旋转开始阶段，运动员膝关节易发生左膝内侧副韧带损伤和膝内侧半月板损伤。
Nevertheless, a belt-shaped area of low signal intensity from the posterior horn of the lateral meniscus to lateral facet of the medial femoral condyle was identified in the coronal plane.
板股韧带在矢状像上表现为位于后交叉韧带前或后方的类圆形或短棒状低信号结构，而在冠状像上表现为自外侧半月板后角至股骨内侧髁外侧面的条带样低信号结构。
Nevertheless, a belt-shaped area of low signal intensity from the posterior horn of the lateral meniscus to lateral facet of the medial femoral condyle was identified in the coronal plane.
板股韧带在矢状像上表现为位于后交叉韧带前或后方的类圆形或短棒状低信号结构，而在冠状像上表现为自外侧半月板后角至股骨内侧髁外侧面的条带样低信号结构。
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