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Assessment Of Allowash~reg;-treated Human Meniscal Allografts By Nude Mouse Bioassay

机译:裸鼠生物测定法评估Allowash〜®处理的人半月板同种异体移植物

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摘要

There is a clinical shortage of meniscal allografts for transplantation. Typically, these grafts are provided "fresh-frozen" with tissue being recovered and refrigerated until the graft is excised and frozen until use. Other than minimal tissue debridement and, perhaps, antibiotic treatment, these grafts undergo no additional disinfection. At least one example of infection-related death due to a contaminated, cryopreserved meniscus is known. The objective of our project was to clean and disinfect meniscal allografts using Allowash~® technology (1) and assess in vivo performance. Gamma irradiation was also considered as a post-Allowash treatment to further assure graft sterility. In this study, we assessed the impact of these treatments on meniscal structure, biostability, and biocompatibility.
机译:半月板同种异体移植物的临床短缺。通常,将这些“移植物”“新鲜冷冻”提供给组织,将其回收并冷藏直至将其切除并冷冻直至使用。除了最小限度的组织清创术以及可能的抗生素治疗外,这些移植物无需额外消毒。至少一个已知的例子是由于污染的,冷冻保存的弯液面引起的与感染相关的死亡。我们项目的目的是使用Allowash〜®技术(1)清洁和消毒半月板同种异体移植并评估其体内性能。伽玛射线也被认为是Allowash的后处理,以进一步确保移植物的无菌性。在这项研究中,我们评估了这些治疗对半月板结构,生物稳定性和生物相容性的影响。

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