方法：对19例股骨远端或胫骨近端恶性骨肿瘤行瘤段骨广泛切除、定制人工膝关节假体置换术。
Methods: 19 cases of malignant bone tumors of the distal femur or the proximal tibia were treated by wide excision and total knee replacement.
全膝置换假体周围的股骨远端，胫骨近端，髌骨骨折是非常难治疗的。
Fractures of the distal femur, proximal tibia, and patella that occur adjacent to a total knee replacement may be very difficult to treat.
钛合金种植体植入胫骨干骺端的前内侧面。
Titanium alloy implants were placed in the medial aspect of the tibial metaphysis.
胫骨端重新成形，将其中心挖空，以便于新的金属假体附着。
The tibia end is reshaped and its center is hollowed so a new metal component can be attached.
方法：HIFU治疗人乳腺癌离体标本、兔胫骨移植性肿瘤，同时用HIFU辐照正常兔肝作对照观察。
Methods:Mammary cancer of human, liver of rabbit was irradiated and VX2 malignant neoplasm implanted in tibia of rabbits were treated with HIFU.
针体穿过胫骨后肌后可触及含有胫神经和胫后血管粗大的血管神经束。
The vessel and nerve bundles containing tibial nerve and posterior tibial vessels can be touched when the needle body past through tibialis posterior.
为每个胫骨断面从三种胫骨假体中分别选择一个能最大覆盖断面的假体。
For each tibial specimen, we select one tibial prothesis respectively that can covered tibial plateau by the highest rate from three kinds of prothesis.
这些部件包括金属的股骨假体、胫骨假体以及塑料的垫片。
These parts consist of a metal femoral component, a metal tibial component and a plastic spacer.
使用骨水泥，将新的胫骨假体和楔形块（如果有使用）固定于胫骨近端。
The new tibia component and wedge(if used) are secured to the end of the tibia with bone cement.
术后12周于大鼠胫骨处植入纯钛螺纹状种植体，并于种植术后4周及12周分两批处死大鼠；
Twelve weeks after surgery, pure screw titanium implants were placed in the proximal metaphyses of the tibiae of rats in both groups. The rats were killed at 4 and 12 weeks after implant surgery.
对牛胫骨和人离体跟骨松质骨中的超声背散射信号采用AR倒谱法进行了分析，并估计了牛胫骨和人离体跟骨中骨小梁的平均间距。
The paper applies AR cepstrum to process the backscattered signals of pig liver in vitro, and the mean spacing of hepatic lobules has been estimated.
提倡股骨和胫骨假体外旋以改善髌骨轨迹和屈曲间隙平衡，在胫骨和股骨假体间保持一致性。当对称性的股骨假体外旋时，可以产生股骨前外侧切割现象。
External rotation of the femoral and tibial components has been advocated to improve patella tracking and flexion gap balance while maintaining congruency between the tibial and femoral components.
提倡股骨和胫骨假体外旋以改善髌骨轨迹和屈曲间隙平衡，在胫骨和股骨假体间保持一致性。当对称性的股骨假体外旋时，可以产生股骨前外侧切割现象。
External rotation of the femoral and tibial components has been advocated to improve patella tracking and flexion gap balance while maintaining congruency between the tibial and femoral components.
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