首页> 外文会议>Society for Biomaterials annual meeting and exposition >Bridging the Gap: Assessing an Engineered Biomimetic Periosteum on Bone Allografts for the Reconstruction of Large Segmental Bone Defects in Mice
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Bridging the Gap: Assessing an Engineered Biomimetic Periosteum on Bone Allografts for the Reconstruction of Large Segmental Bone Defects in Mice

机译:弥合差距:评估骨同种异体移植的工程仿生骨膜,以重建小鼠大节段性骨缺损

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Our engineered biomimetic periosteum was validated as a vehicle for cell transplantation. Luc-ASCs persistence in the femoral defect site was found to be 7 days, similar to work by Hoffman et al. Inadequate vascular supply is the most likely cause for transplanted cell death. Effect of engineered biomimetic periosteum on allograft incorporation will be evaluated with μCT and histological analysis. This data will inform the design of future preclinical studies for potential clinical translation of an engineered biomimetic periosteum.
机译:我们设计的仿生骨膜被验证为细胞移植的载体。发现Luc-ASCs在股骨缺损部位的持续时间为7天,与Hoffman等人的工作相似。血管供应不足是移植细胞死亡的最可能原因。工程仿生骨膜对同种异体移植物结合的影响将通过μCT和组织学分析进行评估。该数据将为将来的临床前研究设计提供指导,以进行工程仿生骨膜的潜在临床翻译。

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