经骨窦底抬高的铰刀刮削和种植体推动技术。

Peizhao Peng, Lan Wang, Mingzhang Xu, Ziyang Zheng, Renshengjie Zhao, Keming Xiao, Yang Zhou, Ke Yu
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引用次数: 0

摘要

经骨上颌窦底抬高术是解决上颌后部骨高度不足问题的有效方法。然而,目前的方法,如截骨器上颌窦底抬高术、软垫磨除技术、智能钻技术等,都需要专门的手术工具箱。在本文中,我们介绍了一种新的上颌窦底抬高方法,该方法利用各种种植系统的内置铰刀刮除窦底的残余骨质,并在种植体植入过程中利用种植体推动窦膜。该技术操作简便,节省时间,窦膜穿孔率低。对 146 人和 175 个种植体进行为期一年的随访观察后发现,窦底骨增量为 5.00 (4.70, 5.30) mm,3 mm≤ 剩余骨高度 (RBH) 组为 2.10 (1.40, 2.70) mm。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reamer-scraping and implant-pushing technique for transcrestal sinus floor elevation.

Transcrestal maxillary sinus floor elevation is an effective method to solve the problem of insufficient bone height in the posterior maxillary region. However, current methods, such as osteotome sinus floor elevation, cushioned grind-out technique, Smart Drill technique, etc., require specialized surgical tool boxes. In this article, we introduce a new method of transcrestal maxillary sinus elevation that uses built-in reamers of various implant systems to scrap residual bone at the sinus floor and uses the implant to push the sinus membrane during implant placement. This technique is easy to operate and time saving and has a low rate of sinus membrane perforation. After a one-year follow-up observation of 146 people and 175 implants, the endo-sinus bone gains were 5.00 (4.70, 5.30) mm and 2.10 (1.40, 2.70) mm in the group of 3 mm≤residual bone height (RBH)<5 mm and the group of 5 mm≤RBH<8 mm, respectively, which can meet the clinical requirements of implant stability. This technique is suitable in generalizing dental implantation.

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