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A Novel Mechanism for Targeted Delivery of Viral Vectors to Hydroxyapatite Materials

机译:靶向递送病毒载体对羟基磷灰石材料的新机制

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Previous work from our lab has shown the efficacy of utilizing polyglutamate domains for enhanced loading and retention of various peptides on a multitude of HA containing materials. Building on this concept, we believe this work represents a very novel application of the polyglutamate-HA mechanism for delivery. In this study we found that the addition of polyglutamate domains to both gene delivery (AAV) and protein delivery (P22) capsids resulted in greater loading on HA materials. While these studies have used model systems up to this point, we plan to use these vectors to deliver BMP-2 to enhance osteoinductivity. To our knowledge, this study is the first to use polyglutamate domains to anchor particles to HA. Furthermore, these systems serve as a proof of concept for modifying viral vectors to target HA for localized delivery of a multitude of proteins or genes.
机译:我们实验室的以前的工作表明,利用聚谷氨酰胺结构域来增强含有多种HA含HA的材料的加载和保留各种肽的疗效。建立在这一概念上,我们认为这项工作代表了对多谷氨酸-HA机制进行交付的非常新颖的应用。在该研究中,我们发现将聚谷氨酸结构域加入到基因递送(AAV)和蛋白质递送(P22)衣壳中导致HA材料的加载量大。虽然这些研究已经使用了迄今为止的模型系统,但我们计划使用这些载体来提供BMP-2以增强骨诱导性。为了我们的知识,本研究是第一个使用聚谷氨酰胺域来锚定颗粒的颗粒。此外,这些系统用作修饰病毒载体的概念证据,以针对局部递送多种蛋白质或基因。

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