微创取骨器，属于医疗器械技术领域。
A minimally invasive bone fetcher belongs to the technical field of medical appliance.
目的：探讨长骨器官体外培养的最佳条件。
Objective: To investigate the optimum of organ culture of long bone in vitro.
本实用新型提供了一种植骨用取骨器技术方案。
The utility model provides the technical proposal of a bone taking apparatus used for planting a bone.
结果：天鹅接骨器纵向持续动态加压力为163.88N。
Results: The longitudinal continuous dynamic compressive force of SMC was 163.88n.
其特征在于带导向的纵向调杆使两个持骨器成为一体，又保持平行；
The fixer is characterized in that a leading and longitudinal adjusting rod causes two bone-holders to be integration, and keep in parallel;
钻头、丝锥、取骨器、起子等工具（常规种植牙工具盒，有28种规格）。
There are 28 specifications in common dental implant tool box including drill, tap, and driver and so on.
目的：应用自行设计的微创植骨器进行微创植骨术修复骨缺损的生物力学和组织学观察。
AIM to observe the biomechanics and histology of minimally invasive bone grafting in the plerosis of bone defects with self-made minimally invasive bone grafting instrument.
根据制造公司发表的新闻，相较于骨器官形成的蛋白质产品，本项产品是一较便宜的选择。
According to a company news release, the product is intended to provide a less expensive alternative to bone morphogenic protein products.
本文所记述的、磨制的骨器和角器是本省兴义县猫猫洞旧石器文化遗址首次发掘的重要成果。
The preliminary study of 6 bone tools and 8 antler spades which were discovered Irom the rock shelter site locally called Maomaodong, in Xingyi county, Guizhou province is reported in this paper.
结论用微创植骨器治疗骨缺损，在减小手术创伤的同时可加快骨缺损的修复速度，提高骨缺损的修复质量。
Conclusion minimally invasive bone grafting can accelerate and improve bone defect repair with the help of minimally invasive instruments.
1999年，中国考古学家在安徽繁昌发现了世界上最古老的石器，计170余件，同时出土了少量的骨器。
In 1999, the earliest man-made tools so far were found in Fanchang in central China's Anhui Province. More than 170 stone tools were unearthed here with a number of bone tools.
方法利用镍钛合金的记忆效应和尺、桡骨干的解剖特征，研制具有三维固定作用并能纵向记忆加压于骨断端的尺桡骨形状记忆接骨器。
Methods We designed a kind of radius-ulna shape memory connector on the basis of the shape memory property of nitinol alloy and the anatomic characteristics of radial and ulnar diaphyses .
方法利用镍钛合金的记忆效应和尺、桡骨干的解剖特征，研制具有三维固定作用并能纵向记忆加压于骨断端的尺桡骨形状记忆接骨器。
Methods We designed a kind of radius-ulna shape memory connector on the basis of the shape memory property of nitinol alloy and the anatomic characteristics of radial and ulnar diaphyses .
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