1) Autologous cranioplasty
自体颅骨修补
1.
Autologous cranioplasty repair skull defect clinical analysis
自体颅骨修补颅骨缺损的临床应用
2) Cranioplasty
颅骨修补
1.
Application of three-dimensional EH composite artificial template in cranioplasty;
三维EH复合型人工颅骨板在颅骨修补中的应用
2.
Influence of Cranioplasty on Recognition and Neurological Function;
颅骨修补对患者神经及认知功能的影响
3.
Flame-shape titanium for cranioplasty outside tempotal muscle;
颞肌外火焰形钛板颅骨修补术临床研究
3) skull repairing
颅骨修补
1.
Objective To select materials with high quality and safety and evaluate the clinical value of multi-point forming technique in skull repairing.
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。
2.
ConclusionSkull repairing of digital titanium mesh has good effect of shaping,simple operation process,and possess value of extension and application.
方法应用钛网片行颅骨修补术22例,根据其缺损的具体形态,采用数字化三维成像技术,制作个体化钛网修补材料,施行颅骨缺损修补。
4) Cranioplasty
颅骨修补术
1.
Investigation on complications of cranioplasty;
颅骨修补术后并发症研究
2.
Clinical experience of applying laryngeal mask to cranioplasty;
喉罩用于静脉复合麻醉下颅骨修补术的气道管理体会
3.
The operation of applying titanium alloy as repairing material in the cranioplasty is very simple.
应用美国的钛合金修补材料(Osteomed-M3),对30例因颅脑外伤手术后颅骨缺损的患者进行了颅骨修补术,术后效果良好。
5) self cranial bone flap
自体颅骨
1.
Clinical analysis for 48 cases of skull neoplasty with self cranial bone flap preserved in hypothermia
低温保存自体颅骨修补颅骨缺损48例临床分析
6) cranial prosthesis
颅骨修复体
1.
Numerical simulation on process of multi-point forming for titanium alloy cranial prosthesis;
钛合金颅骨修复体的多点成形数值模拟
2.
The forming simulation of the customised Titanium alloy cranial prosthesis;
个性化钛合金颅骨修复体成形仿真
3.
Study on Rapid Prototyping of Cranial Prosthesis Based on Reverse Engineering;
基于逆向工程的颅骨修复体快速制造技术的研究
补充资料：颅骨
人和脊椎动物头部的骨骼。内部中空，称“颅腔”。有容纳、支持和保护脑、眼和内耳等感觉器官的重要作用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条