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Adsorption and Desorption of Bioactive Proteins on Hydroxyapatite for Protein Delivery Systems

机译:蛋白质载体上羟基磷灰石对生物活性蛋白的吸附和解吸

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摘要

Hydroxyapatite (HA) is a precursor of bone and has been studied as a biomaterial. We attempted HA to apply to protein delivery systems. In this study, the association and dissociation properties of two types of bioactive proteins, cytochrom c and insulin, to HA were investigated. Cytochrom c was less associated with HA than insulin, which was easily released from it. However, the release of insulin from HA was slow. Insulin was released from HA at pH 7.4 more rapidly than at pH 3. The association and dissociation properties might be influenced by the size, solubility and net charge of protein. HA is a potential protein carrier with controlled release.
机译:羟基磷灰石(HA)是骨骼的前体,已被研究为生物材料。我们尝试将HA应用于蛋白质递送系统。在这项研究中,研究了两种生物活性蛋白,细胞色素c和胰岛素与HA的缔合和解离特性。 Cytochrom c与HA的相关性低于胰岛素,而胰岛素易于从中释放。但是,HA释放的胰岛素缓慢。在pH值为7.4时,胰岛素从HA释放的速度比在pH值为3时更快。缔合和解离特性可能受蛋白质的大小,溶解度和净电荷的影响。 HA是具有控制释放的潜在蛋白质载体。

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