Surgical technique of onlay bone grafting.

The Implant Society : [periodical] Pub Date : 1994-01-01
A L Heller
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Abstract

Different forms of bone grafting materials are alluded to in this paper. Autogenous graft is superior to other bone grafting materials but is many times not available or the patient is not willing to utilize cranial or iliac crest bone. Allografts, Xenografts and bone substitute materials are the most widely used today in dentistry and especially those patients wishing to use dental implants as abutment support. The technique discussed utilizing surgical tissue design, tissue closure over the graft material and the tissue barrier can be used to produce a successful final result using a graft material of choice. It is quite certain that in the near future, the use of bone graft enhancement materials (bone morphogenic protein-like substances) will be used to enhance a quicker result. It is anticipated that growth factors, stimulating factors, bone morphogenetic proteins, and osteogenetic proteins will cause a bone graft to vascularize, solidify, incorporate, and function optimally in a shorter period of time. These materials will reduce the disability time and enhance the outcome of bone grafting in the dental profession. It is also anticipated that advanced tissue surgical techniques will give better vascularization to the new graft. The described technique is predictable and should give the operator the desired result.

骨移植的外科技术。
本文列举了不同形式的植骨材料。自体骨移植优于其他骨移植材料,但很多时候不可行或患者不愿意使用颅骨或髂骨。同种异体移植物、异种移植物和骨替代材料是当今牙科中应用最广泛的材料,特别是那些希望使用牙种植体作为基台支持的患者。所讨论的技术利用外科组织设计、移植材料上的组织闭合和组织屏障可以使用选择的移植材料产生成功的最终结果。可以肯定的是,在不久的将来,骨移植增强材料(骨形态发生蛋白样物质)将被用于更快地增强结果。预计生长因子、刺激因子、骨形态发生蛋白和成骨蛋白将使骨移植物在较短的时间内血管化、固化、融合并发挥最佳功能。这些材料将减少残障时间,提高植骨效果。预计先进的组织外科技术将为新移植物提供更好的血管化。所描述的技术是可预测的,应该给操作者期望的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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