数字化多点成型技术塑形钛网修补颅骨缺损16例

    Repairing skull defects by individually modeled titanium mesh with multipoint molding: a report of 16 cases

    • 摘要: 目的:探讨数字化多点成形技术对钛网进行个体化塑形后用于颅骨缺损修补成形术的效果。方法:对16例颅骨缺损患者,术前均利用数字化多点成型技术塑形钛网,制作出与颅骨缺损处吻合良好的钛网修补颅骨缺损。观察术中塑形工作量、麻醉时间、手术操作时间及术后塑形效果,并调查患者对颅骨修补成形的满意度。结果:医生塑形工作量、麻醉时间及手术操作时间均明显缩短,无一例出现颅骨修补手术并发症。患者对塑形满意度达到93.7%。结论:数字化多点成型技术塑形钛网颅骨修补术中工作量明显减少,明显缩短了手术时间,减少了手术创伤,术后患者颅骨缺损处几乎达到了生理解剖形态上的成形,值得临床推广应用。

       

      Abstract: Objective: To investigate the clinical effect about multipoint forming technology of titanium mesh for individual shaping for repairing skull defects.Methods: Shaping titanium meshes were properly made with multipoint forming technology assisted by computer for the 16 patients with defected skull.Shaping workload during operation,anesthesia time,operating time and molding quality were observed,and satisfaction degrees with the operations were investigated.Results: The shaping workload,anesthesia time and operating time were significantly decreased,and 93.7% patients were satisfied with the operation.Conclusions: The clinical effect about titanium meshes shaped by multipoint forming technology for repairing skull defects is perfect,and worthy of clinical application.

       

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