1.The study on both fossa - condylar - meniscus positions and meniscus morphological change in patients with skeletal anddental class Ⅲ malocclusion
安氏Ⅲ类错?关节窝、髁突、关节盘位置及关节盘形态变化的研究
2.Results:Of 100 patients with knee joint injury:(1)82 were meniscus injury,among them 33 were the first degree injury; 27 were the second degree injury and the abnormal signal changein meniscus did not arrive at the articular surface;
结果:100例膝关节损伤患者中:(1)半月板损伤82例,其中Ⅰ度损伤33例,Ⅱ度损伤27例,半月板内异常信号未达关节面;
3.He disrupting the meniscus injury is impossible to reverse or be reversed theory and medical histry about meniscus injury is never can treatment it. and he is youngist membership of RSNA and to be his Province only one.
他推翻了半月板损伤后是不可逆转的，同时结束了医学史上半月板损伤后不可治愈的历史。他也是北美放射学会史上最年轻的会员。
4.The study on both fossa-condylar-meniscus positions and meniscus morphological change in patients with class Ⅱ malocclusion.
安氏Ⅱ类错?关节窝、髁突、关节盘位置及关节盘形态变化的研究
5.Results All patients were found with various intra-articular pathology, including medial meniscus tears in 24 cases, lateral meniscus tears in 7 cases, ACL tears in 4 cases, and osteoarthritis in 27 cases, gouty arthritis in 1 case.
结果本组35例病人均伴有关节内疾病,其中内侧半月板撕裂24例,外侧半月板撕裂7例,前交叉韧带撕裂4例,骨性关节炎27例,痛风性关节炎1例。
6.aberration of the concave mirror is reduced by a meniscus lens.
用半月板镜头减少凹透镜的过失。
7.To expose the posterior third of the medial meniscus and the posteromedial corner of the knee, retract the three components of the pes anserinus posteriorly (Fig. 1-47, F) and separate the medial head of the gastrocnemius muscle from the posterior capsule of the knee almost to the midline by blunt dissection (Fig. 1-47, G).
为显露内侧半月板后1／3和膝关节后内侧角，先将鹅足牵向后方(图1－47F)，再通过钝性解剖将腓肠肌内侧头由后关节囊近中线处剥离下来(图1－47G)。
8.Results SE with 512×256 matrix can display the meniscus of TMJ clearly. Multi phase FSPGR with 30° flip angle has the best contrast and signal to noise ratio.
结果SE序列中，用512×256矩阵能清晰显示颞颌关节半月板的纤维软骨结构，multi?phaseFSPGR序列的翻转角选择30°图像对比度信噪比最佳。
9.The results show that LMF has a remarkable influence on the flow near the submerged entry nozzle, the stress on the mold narrow face and the velocity profile at the meniscus.
结果表明,全幅一段电磁制动对于控制水口出口附近的流动、对结晶器窄面的作用力以及弯月面处的流动起到了明显的作用;
10.OBJECTIVE: To adopt tissue engineered cartilage and fibrin adhesive to treat meniscus injury in avascular portion and compare the results.
目的:采用组织工程软骨与纤维蛋白黏合剂治疗半月板无血运区的损伤,并进行的效果比较。
