calcaneus的例句大全

Methods: 24 cases ( 27 feets ) of collapsed calcaneus fractures were treated calcaneus Ti-plate and synthetic bone grafting.

目的: 探讨应用跟骨钛板及人工骨移植在重建跟骨关节面塌陷骨折的完整和稳定性中的作用.

Metheds 31 cases with trauma of tendo calcaneus were examined with high frequency ultrasound.

方法应用高频超声检查31例跟腱损伤.

The calcaneus projects backward behind the ankle.

跟骨突出于踝部的后方.

A reducing fixing device for fracture of calcaneus belongs to the medicine equipment field.

跟骨骨折复位固定器,属于医疗器械技术领域.

Objective To evaluate the value of high frequency ultrasound in diagnosis of trauma of tendo calcaneus.

目的探讨高频超声对跟腱损伤的诊断价值.

Results High frequency ultrasound could confirm trauma of tendo calcaneus.

结果高频超声能清晰显示跟腱的损伤程度.

Conclusion Calcaneal plate internal fixation treatment has a better curative effect on calcaneus fractures.

结论跟骨接骨板内固定治疗跟骨碎折有较好的疗效.

The effect of open reduction and internal fixation for treatment of intra-articles calcaneus fracture is satisfactory.

切开复位加内固定治疗跟骨关节内骨折疗效满意.

Conclution High frequency ultrasound may be the first choice to diagnose trauma of tendo calcaneus.

结论高频超声可作为跟腱损伤的首选影像学检查方法.

Objective To evaluate the effects of allogenous bone graft of the compressed calcaneus fracture.

目的评估跟骨塌陷性骨折同种异体骨移植的效果.

Methods Part of elements under the posterior articulation were removed from a normal finite element model of calcaneus and talus to simulate malformation of compression of the posterior facet after fracture of calcaneus.

方法在跟骨有限元模型上切割部分后关节面，模拟跟骨骨折后的后关节面压缩畸形。

Two K-wires was passed through calcaneus to talus from planta.

为保持距舟、距跟关节的稳定，经足底由跟骨向距骨交叉穿2枚克氏针。

Objective To analyze the stress distribution of calcaneus with posterior articular facet compressed after fracture and talus during gait.

目的对后关节面压缩的跟骨与距骨在步态过程中的应力变化进行生物力学分析。

Through follow-up we found that the medial plantar flap shape, texture are best, with sensory function, the flap has good adhesion with the calcaneus, after weight-bearing can be formed the thick keratinized epidermis, no frostbite, burns and ulcers.

足底内侧皮瓣的外形、质地最佳，有感觉功能，皮瓣与跟骨有良好的贴附，负重后表皮可形成较厚的角化，无冻伤、烫伤及溃疡形成，患足可以正常负重。