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骨密度强化可有效即刻替代磨牙。

Osseodensification Effective for Immediate Molar Replacement.

机构信息

Private Practice, Moscow, Russia.

Adjunct Clinical Assistant Professor, University of Minnesota School of Dentistry, Minneapolis, Minnesota; Adjunct Assistant Professor, Department of Periodontics, University of Pennsylvania School of Dental Medicine, Philadelphia, Pennsylvania; Director, Academy of Osseodensification, Chicago, Illinois.

出版信息

Compend Contin Educ Dent. 2022 Jul-Aug;43(7):444-452.

Abstract

A fairly common treatment modality for anterior and posterior single-rooted teeth, immediate implant placement in molar areas is less prevalent. Technical challenges can arise when creating an implant osteotomy in a fresh extraction socket of a multi-rooted tooth. Also, the proximity to important anatomic structures and the difficulty in achieving adequate implant stability in wide sockets can also be hindrances. The principles of osseodensification may be utilized as part of a novel, predictable technique for immediate molar replacement with an implant. This article discusses the osseodensification technique, including such key factors as site assessment, radiographic evaluation, minimally traumatic tooth removal, implant positioning, and instrumentation.

摘要

对于前后单根牙,即刻种植是一种相当常见的治疗方式,但磨牙区即刻种植的应用则相对较少。在多根牙的新鲜拔牙窝中进行种植体骨切开术时可能会遇到技术挑战。此外,重要解剖结构的临近以及在宽牙槽窝中获得足够的种植体稳定性也可能成为阻碍。骨密度增强原则可以作为一种新颖的、可预测的即刻种植磨牙替代技术的一部分。本文讨论了骨密度增强技术,包括以下关键因素:位点评估、影像学评价、微创拔牙、种植体定位和器械选择。

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