颅骨修补材料

目的：选择性能优良且安全的颅骨修补材料，探讨数字化多点成形技术在颅骨修补中的临床应用价值。

Objective To select materials with high quality and safety and evaluate the clinical value of multi-point forming technique in skull repairing .

论述了如何通过CAD/CAM（计算机辅助设计/计算机辅助制造）技术辅助临床颅骨修补材料的成型；

The Skull-Repair-Technology is discussed according to CAD / CAM ( computer aided design / computer aided manufacturing ) in this paper .

目的：颅骨修补材料很多，但迄今还没有一种材料能在塑形、抗冲击、抗压力、隔温、防磁等方面完全替代颅骨。

Objective : Many skull repairing materials are available , but as far as now none can completely substitute skull as of the aspects of plastic , anti-impact , resistance , heat prevention and antimagnetism , etc.

指出骨水泥是目前临床较理想的颅骨修补代用材料。

The authors think of that bone-cement is ideal cranioplastic material at present .

目的为了从种类繁多的颅骨修补生物材料中选出理想的一种。

Objective To find a better one from various kinds of materials for repairing skull defect .

观察了18例颅骨缺损病人选用深低温无菌保存的同种异体颅骨作为修补材料修补缺损的效果。

To evaluate the effects of cranioplasty using allograft bone flaps , 18 patients with cranial defects were followed up after the original bone flaps were removed .

资料提炼：共检索到88篇文献，内容涉及颅骨成型术、颅骨缺损、自体游离骨瓣、颅骨重建、颅骨修补、骨移植材料、组织工程等。

DATA EXTRACTION : Totally 88 articles were selected , concerning cranioplasty , cranial bone defect , autologous free bone flap , cranial bone reconstruction , cranial bone repairing , bone-graft materials , tissue engineering and so on .