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Bone Remodeling, Biomaterials And Technological Applications: Revisiting Basic Concepts

机译:骨重塑,生物材料和技术应用:重新审视基本概念

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Presently, several different graft materials are employed in regenerative or corrective bone surgery. However current misconceptions about these biomaterials, their use and risks may compromise their correct application and development. To unveil these misconceptions, this work briefly reviewed concepts about bone remodeling, grafts classification and manufacturing processes, with a special focus on calcium phosphate materials as an example of a current employed biomaterial. Thus a search on the last decade was performed in Medline, LILACS, Scielo and other scientific electronic libraries using as keywords biomaterials, bone remodeling, regeneration, biocompatible materials, hydroxyapatite and therapeutic risks. Our search showed not only an accelerated biotechnological development that brought significant advances to biomaterials use on bone remodeling treatments but also several therapeutic risks that should not be ignored. The biomaterials specificity and limitations to clinical application point to the current need for developing safer products with better interactions with the biological microenvironments.
机译:目前,在再生或矫正骨手术中采用了几种不同的移植材料。但是,当前对这些生物材料,其使用和风险的误解可能会损害其正确的应用和开发。为了揭示这些误解,这项工作简要回顾了有关骨骼重塑,移植物分类和制造过程的概念,并特别关注磷酸钙材料作为当前使用的生物材料的一个例子。因此,在Medline,LILACS,Scielo和其他科学电子图书馆中,使用生物材料,骨骼重塑,再生,生物相容性材料,羟基磷灰石和治疗风险作为关键词对过去十年进行了搜索。我们的搜索结果表明,不仅生物技术的发展日新月异,在生物材料在骨骼重塑治疗中的应用已取得了重大进展,而且还存在一些不容忽视的治疗风险。生物材料的特异性和对临床应用的局限性表明,当前需要开发更安全的产品以及与生物微环境更好的相互作用。

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