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Non-calcific biomaterial by glutaraldehyde followed by oxidative fixation

机译:戊二醛非钙化生物材料,然后进行氧化固定

摘要

This invention relates to tanning biomaterial to obtain calcification resistant biomaterial with good mechanical properties for bioprosthetic applications. The biomaterial of the invention is obtained by tanning tissue by any method except by oxidation, and then at a later time tanning the tissue by any of the oxidative fixation methods. The process was shown to provide beneficial results with the most frequently used fixation process, which involves fixating tissue with glutaraldehyde. Tissue fixated with glutaraldehyde and then by oxidative fixation has a lower calcification potential than does glutaraldehyde- only tanned tissue and has mechanical properties more similar to glutaraldehyde tanned tissue than to oxidative stabilized tissue. In particular, a process is described where tissue is fixed with glutaraldehyde followed by photoxidation.
机译:本发明涉及鞣制生物材料以获得用于生物修复应用的具有良好机械性能的抗钙化生物材料。本发明的生物材料是通过除氧化以外的任何方法鞣制组织而获得的,然后在以后通过任何一种氧化固定方法鞣制组织而获得的。结果表明,该过程可通过最常用的固定过程(包括用戊二醛固定组织)提供有益的结果。与仅戊二醛鞣制的组织相比,先用戊二醛固定,然后通过氧化固定的组织的钙化潜力较低,并且其机械性能与戊二醛鞣制的组织相比,与氧化稳定的组织更相似。特别地,描述了一种方法,其中用戊二醛固定组织,然后进行光氧化。

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