如果前囊或后囊破裂，囊收缩产生的力量可以导致放射状撕裂的扩展，进而引起植入晶状体的后脱位。
If either the posterior or anterior capsules are disrupted, the forces created by capsular contraction may cause extension of radial tears, with subsequent posterior dislocation of the implant.
结论：动态ct可以非常准确的测量椎体的旋转，并用以研究轴向旋转所指的放射状撕裂。
Conclusion. Dynamic ct measures vertebral rotations sufficiently accurately to study the effect of a radial tear on axial rotation can.
结论：在连续环形撕囊术中理解力的矢量和物理过程，这对于良好的操作和避免放射状撕裂是必要的。
CONCLUSION: Understanding the physics and vector of forces during CCC is necessary in good performance and avoidance of radial tears.
目的探讨同种异体半月板移植治疗盘状半月板撕裂的临床效果。
Objective To investigate the effectiveness of meniscal allograft in treatment of discoid meniscus tear.
而不同类型的盘状半月板合并半月板撕裂的概率是有差异的，因此，MRI检查对临床确定治疗盘状半月板的方案很有帮助。
The occurrence of laceration is different in different types of discoid meniscus. MRI is of great help for the selection of therapy.
扫描电镜显示：断口有明显的撕裂纹和纤维状组织。
Obvious tearing crack and fiber tissue was observed by scanning electric microscopy.
扫描电镜显示：断口有明显的撕裂纹和纤维状组织。
Obvious tearing crack and fiber tissue was observed by scanning electric microscopy.
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