Conclusion Microsurgery treatment of spontaneous supratentorial intracerebral haematoma in key-hole approaches could increase the evacuation rate and decrease...
Question: In children with osteochondritis dissecans (OCD) injuries of the knee, is osteochondral autologous transplantation (OAT) more effective than microfracture?
Conclusions a kind of structure named ultra-trabeculae might appear during the healing process of microcracks which is beneficial to bear loading and repair the damaged trabeculae.
Conclusions After vascularized allograft bone transplantation, organs and tissues show microchimerism that has a positive correlation with the histocompatibility of the transplanted bones.
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8. 目的探讨微创引流术及骨瓣开颅术治疗外伤性硬膜外血肿的方法、适应证、手术时机及其疗效。
Objective to evaluate the curative effects, indications, operation time of micro-invasive drainage for traumatic extradural hematoma.
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9. 目的：应用放射性微球技术检测激素性兔骨组织血流量。
Objective: To quantitatively measure hormonal osseous blood flow in rabbits by radioactive microsphere techniques.
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10. 目的：评价磁性可切削生物活性微晶玻璃对新骨生成的作用。
AIM: To evaluate the effect of magnetic machinable bioactive glass-ceramic on new bone generation.
Percutaneous injection of autologous bone marrow and allogeneic bone powder appears to be an effective and simple method for giant unicameral bone cysts in children.
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12. 目的：分析微螺钉作为骨性之抗在牙槽外区域种植的部位及其临床应用。
Objective:To conclude the application of micro-screws as skeletal anchorage in extra-alveolar bone area.
Calcium phosphate glass ceramics are widely applied in dental and bone repairing, substituting and bone tissue engineering because the glass ceramics have good bioactivity and biocompatibility.
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14. 目的：探讨超早期小骨窗微创手术治疗高血压脑出血临床疗效。
Objective: To explore the effects of minimal invasive operation (Small bone-window perestration)in super early stage for hypertensive cerebral hemorrhage.
Conclusion the minimal invasive operation coalesced with urokinase to dissolve and eliminate hematoma exert their respective superiorities, while avoid their shortcomings.
Methods After the study of functional anatomy of wrist joint and intra-lunate micro-structure and wrist X-ray, we put forward the factors contributing to lunate avascular necrosis.
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17. 实验证明该机适合于骨组织疲劳损伤实验，用于建立骨微损伤模型。
Therefore the device is suitable for bone fatigue damage test and for establishment of the model of bone microdamage.
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18. 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.
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19. 目的探讨微创方法治疗战士腕舟骨骨不连的疗效。
Objective To report the result of minimally invasive treatment of scaphoid non-union in soldiers.
Conclusion minimally invasive bone grafting can accelerate and improve bone defect repair with the help of minimally invasive instruments.
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21. 目的探讨在CT引导下经皮微创技术置入松质骨拉力螺钉内固定治疗骶髂关节复合体损伤的可行性。
Objective To investigate the possibility of percutaneous cannulated lag screw fixation for treatment the injury of sacroiliac joint union under CT-guided.
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22. 目的研究口腔正畸微植入支抗螺距对骨界面稳定性的影响。
Objective To study the stability of micro-implant orthodontic anchorage with different pitch in the case of immediate loading.
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23. 电学环境是骨组织所处的重要微环境之一，外加电磁场对骨组织和成骨细胞有重要作用。
The electrical environment is one of the most important micro environment in which bone tissue exists.
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24. 结论小骨窗开颅手术治疗高血压脑内血肿具有微创、可视、省时等优点。
Conclusion The advantages of enlarged burr-hole craniotomy in the treatment of hypertensive cerebral hematomas are minimal invasive, visible and less time-consuming.
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25. 摘要：目的：对比高血压脑出血微创钻孔引流与小骨窗开颅血肿清除术的临床效果。
Abstract: objective: to compare the hypertension cerebral hemorrhage minimally invasive drilling drainage and the clinical effect of small bone window craniotomy hematoma removal.
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26. 可注射性骨组织工程支架材料，可通过非侵害或微创伤方式达到修复和治疗骨缺损和骨畸形的目的。
Injectable scaffold materials of tissue engineering can rehabilitate or cure bone lack and bone abnormality in unharmful or tiny harmful way.
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27. 目的用毛蚶壳微晶人工骨引导新骨生成修复骨缺损。
Objective To investigate Arca Subcrenata Lischke microlite artificial bone and its effects on bone defects, bone regeneration, and repair in vitro.
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28. 目的用毛蚶壳微晶人工骨引导新骨生成修复骨缺损。
Objective To investigate Arca Subcrenata Lischke microlite artificial bone and its effects on bone defects, bone regeneration, and repair in vitro.
