Atrophic sites rehabilitation by use of dental implants and bone regeneration: an analisys of novel tissue engineering clinical approach

F. Briguglio
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Abstract

The introduction of the principles of tissue engineering has certainly changed the clinical approach in the treatment of atrophic implant site. In the study of factors that influence the clinical and biological outcome, a primary role is played by signaling molecules, the scaffold used and the autologous cells, that make up a symbolic triangle of the key elements of tissue engineering. From the results of the preclinical studies in the literature 3-4-5-6-, it was planned a prospective study on the rehabilitation of the atrophic implant site by tissue engineering technique with TiUnite surface implants. It was therefore tried to assess the regenerative potential in the execution of the guided bone regeneration technique of an allograft soaked with PDGF_BB growth factor recombined without application of autologous tissue.
利用牙种植体和骨再生修复萎缩部位:一种新的组织工程临床方法分析
组织工程原理的引入无疑改变了临床治疗种植体萎缩部位的方法。在对影响临床和生物学结果的因素的研究中,信号分子、所用支架和自体细胞起着主要作用,它们构成了组织工程关键要素的象征性三角形。从文献3-4-5-6的临床前研究结果出发,计划采用组织工程技术结合TiUnite表面种植体对萎缩性种植体部位的康复进行前瞻性研究。因此,我们试图评估在不应用自体组织的情况下,用PDGF_BB生长因子浸泡的同种异体移植物重组骨再生技术的再生潜力。
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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