第二部分。尽量减少拔牙期间和拔牙后的牙槽骨流失。牙槽骨保存的方案和技术。

The Alpha omegan Pub Date : 2014-01-01
Shankar Iyer, Prashanth Konatham Haribabu, Yi Xing
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引用次数: 0

摘要

拔牙后牙槽嵴吸收加快,残差因牙槽而异。本文提出了一种新的面向提取缺陷分类的处理方法。它还回顾了几种移植材料和膜,有助于选择合适的窝保存技术。作者开发的算法有助于设计一个基于提取缺陷分类的潜在成功的治疗计划,选择范围从不治疗到复杂的移植程序(即同种异体块移植)。此外,还讨论了伤口愈合的原理和使用各种移植材料和植入物的理想时间点。该套孔保存治疗算法将指导临床医生采用使用各种生物材料的外科手术来促进成功的结果。
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Part II. Minimizing alveolar bone loss during and after extractions. Protocol and techniques for alveolar bone preservation.

Alveolar ridge resorption accelerates following extraction of teeth and the residual defect varies from socket to socket. This article proposes a new treatment oriented classification of extraction defects. It also reviews several graft materials and membranes that aid in the decision for selecting an appropriate socket preservation technique. The algorithm developed by the authors helps design a potentially successful treatment plan based on the classification of extraction defects, with choices ranging from no treatment to complex grafting procedures (i.e. allogenic block grafts). In addition, the principles of wound healing and the ideal time points for utilizing the various types of graft materials and implants are discussed. This socket preservation treatment algorithm will guide clinicians to employ surgical procedures using various biomaterials to promote a successful outcome.

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