口腔外科移植材料:修订

Xavier Rosello Labres, A. Camps, E. J. Salas, R. Albuquerque, E. V. Ortega, J. López‐López
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引用次数: 6

摘要

口腔种植是一种常见的牙科手术,特别是对全牙或部分无牙的患者。从美学和功能的角度来看,植入物必须放置在最佳位置。正因为如此,越来越多的人求助于使用骨本身替代物的再生技术,以便能够将植入物插入到最合适的位置。材料和方法:根据以下检索限制对近十年的文献进行回顾:“移植物材料”、“同种异体移植物”、“自体移植物”和“牙科”。结果:共获得241篇作品,在阅读了各自的摘要后,减少到38篇,并纳入了之前的9篇作品进行概念总结。讨论:自体移植物是骨再生的“金标准”。它们有明显的优点,但也有缺点。这就是为什么使用异体和异种组织的原因。前者是因为它们与受体的组织明显相似,后者是因为它们的广泛可用性。考虑到这些移植物也有缺点,该行业已经开发出具有类似人类骨组织特性的合成材料。然而,到目前为止,还没有找到替代人类骨骼的理想材料。近年来的趋势是将这些合成材料与患者自身的骨头结合起来,这些骨头是在植入物的钻孔过程中提取的,通过骨髓抽吸或骨形态发生蛋白。因此,目的是使这些物质具备成骨能力。结论:目前除了直接来自患者的材料外,没有理想的移植物材料。我们希望在未来的几年里,我们的产品能够让我们进行康复治疗,取得更好的效果,为我们的病人提供更好的生活质量,特别是那些有更复杂的情况需要解决的病人,比如头颈癌手术的病人。
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Graft Materials in Oral Surgery: Revision
Oral implantology is a common procedure in dentistry, especially for fully or partially edentulous patients. The implants must be placed in the best location from both the aesthetic and functional point of view. Because of this it is increasingly more frequent to resort to regeneration techniques that use substitutes of the bone itself, in order to be able to insert the implants in the most appropriate location. Material and Methodology: A review was performed on the literature from the last ten years based on the following search limitations: “graft materials", "allograft", "xenograft", "autologous graft” and "dentistry”. Results: 241 works were obtained that after reading their respective summaries, they were reduced to 38, and 9 previous works were included in order to summarize the concepts. Discussion: Autologous grafts are the "gold standard" of the bone regeneration. They have obvious advantages, but they also have drawbacks. This is why allogeneic and xenogeneic tissues are used. The former because of their clear similarity with the recipient's tissue and the latter due to their wide availability. Given that these grafts also have drawbacks, the industry has developed synthetic materials that have properties similar to those of human bone tissue. However, as of today, the ideal material to substitute human bone has not yet been found. In recent years the tendency has been to combine these synthetic materials with the patient's own bone, which is extracted during drilling in implant placement, with bone marrow aspiration, or with bone morphogenetic proteins. Thus the intention is to equip these substances with the osteogenic capacity. Conclusions: There is currently no ideal graft material, with the exception of those materials that come directly from the patient. We hope that in the coming years we will have products that will allow us to perform rehabilitations with better results and provide a better quality of life for our patients, especially those who have more complex situations to resolve, like the patients that are operated on for head and neck cancer.
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