1.The proximal tibial metaphysis microstructure significantly correlates with its biomechanical properties.
胫骨近侧干骺端微结构参数与生物力学特征显著相关。
2.Methods: Radionuclide imaging was used to survey the change of the femoral or tibial blood supply after ligating nutrient artery in rabbits.
方法：采用放射性核素显像法，观察滋养动脉结扎后兔股骨或胫骨血供的变化。
3.Objective To observe the branches and distribution of the tibial nerve and analyze the compressed position of it.
目的：探讨胫神经在踝足部卡压的因素及部位。
4.CDFI: femoral vein and unobstructed flow of superficial femoral vein, the vein and not the posterior tibial vein blood flow signals show.
CDFI：股总静脉及股浅静脉血流通畅，静脉及胫后静脉未见血流信号显示。
5.Conclusion Fixed combination for open fractures of middle-lower end of tibial and fibula is an effective, useful treatment.
结论对于开放性胫腓骨中下段粉碎性骨折采用结合式固定是一种有效方法。
6.To discuss the method and recent clinical results of a micro-invasive surgical treatment for tibial plateau fractures under arthroscope.
目的探讨在膝关节镜引导下胫骨平台骨折微创治疗的手术方法及近期临床疗效。
7.Anterior distal tibial cortical fragments should be replaced to ensure accurate overall reconstruction of the anterior tibial length.
重新放置胫骨前外侧皮质骨块以确保准确重建整个胫骨前侧长度。
8.Adequate exposure and mobilization of the extensor mechanism required an osteotomy of the tibial tubercle and a V-Y quadricepsplasty.
为了充分暴露和松解伸肌装置，需要行胫骨结节截骨术和股四头肌V-Y成形术。
9.Open tibial fracture complicated with compartment syndrome is not seldom encountered and should be taken seriously in clinical practice.
开放性胫骨骨折合并骨筋膜室综合征并非少见，临床上应高度重视。
10.Methods 18 patients with the spiral fracture of tibial were all open reduced and fixed by cortical screw.
方法对18例胫骨螺旋形骨折患者均采用切开复位螺钉内固定。