骨、软组织和牙植入物之间的界面。

Australian prosthodontic journal Pub Date : 1989-01-01
M Girgis
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引用次数: 0

摘要

介绍了软组织和骨对损伤的正常愈合反应,包括细胞活动的顺序。植入物附着于生物组织的性质可以是低分化纤维组织或直接锚定在重要骨(首选)。目前还不可能有高度分化的牙周韧带附着。研究发现,牙龈密封与天然牙齿周围的密封相似。就其与骨骼的生物相容性而言,商业纯钛是最好的材料之一;聚合物,碳和可控表面,即活性生物玻璃,也令人满意。多孔低模量涂层是有用的。植入物的设计和力转移以及手术治疗是决定界面如何发展的重要因素之一。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The interface between bone, soft tissue, and dental implants.

The normal healing responses of soft tissues and bone to injury, including the sequence of cellular activity, are presented. The nature of the attachment of the implant to the biological tissues may be either poorly differentiated fibrous tissue or direct anchorage in vital bone (preferred). Attachment by a highly differentiated periodontal ligament is presently not possible. The gingival seal has been found to be similar to that around the natural tooth. Commercially pure titanium is one of the best materials to use in terms of its biological compatibility with bone; polymers, carbons and controlled surface, i.e. active bioglasses, are also satisfactory. A porous low modulus coating is useful. Design of the implant and force transfer, as well as surgical treatment are among the important factors that determine how the interface will develop.

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