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Flapless transcrestalmaxillary sinus floor elevation: computer guided implant surgery combined with expanding-condensing osteotomes protocol

机译:无翻瓣的上颌窦底部抬高:计算机引导的种植手术结合扩张冷凝骨凿方案

摘要

Purpose. A novel technique for transcrestal guided sinus lift elevation (TGSL), is described underlining the step by step surgical protocol.udMaterials and methods. TGSL modified osteotome technique was planned by the NobelProcera® Software Planning Programm (Nobel Guide, Nobel Biocare AB) and performed by stereolitographic template. The depth of the planned osteotomy was determined precisely via crosssectional images of the elevation site to facilitate puncture of the bony sinus floor without risk of perforation of the adherent sinus membrane. A customized drilling-osteotome protocol is used to raise the Schneiderian membrane to the final implant length.udResults. The sinus membrane is successfully elevated in all sites without any iatrogenic perforation.udConclusions. The TGSL modified osteotome technique may provide a new option for minimally invasive transcrestal sinus surgery and may represent a safe method to increase bone volume in the atrophic posterior maxilla. The results of the present study would suggest that this new surgical technique may reduce patient morbidity and extend the indications for transcrestal maxillary sinus floor elevation.
机译:目的。描述了一种经导管引导的鼻窦抬高(TGSL)的新技术,强调了逐步手术方案。 ud材料和方法。 TGSL改良的骨凿技术是由NobelProcera®软件计划程序(Nobel Guide,Nobel Biocare AB)计划的,并通过立体照相模板进行。计划的截骨术的深度是通过抬高部位的横截面图像精确确定的,以利于穿刺骨窦底而没有粘附窦膜穿孔的风险。使用定制的钻孔-骨切刀协议将Schneiderian膜提升到最终植入物长度。 udResults。窦膜在所有部位均成功升起,没有任何医源性穿孔。 ud结论。 TGSL改良的骨凿技术可能为微创经颅鼻窦手术提供新的选择,并且可能代表一种增加萎缩性上颌后牙骨量的安全方法。本研究的结果表明,这种新的外科手术技术可以减少患者的发病率,并扩大经颅上颌窦底抬高的适应症。

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