Proteins in Calcium Phosphates Biomineralization

Marta Kalka, Anna Zoglowek, A. Ożyhar, P. Dobryszycki
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引用次数: 4

Abstract

Biomineralization is a process of creating crystalline structures under biological control. The process takes place in hard tissues, such as bones, cartilages, and teeth. Biominerals are a combination of a crystal phase deposited onto an organic matrix. Inorganic components are mainly responsible for the biomineral hardness, while the organic matrix controls the shape, size, and polymorph of the crystals. Within the organic matrix, proteins exhibit a special biomineralization activity. Among them, one can distinguish insoluble collagen and soluble noncollagenous proteins. It is particularly noteworthy that noncollagenous proteins are intrinsically disordered proteins. High flexibility, acidic nature, and susceptibility to modifications make them especially adapted to the biomineralization control. This review paper is dedi-cated to the proteins which are involved in biomineralization of bones and teeth.
磷酸钙生物矿化中的蛋白质
生物矿化是在生物控制下形成晶体结构的过程。这个过程发生在坚硬的组织中,比如骨头、软骨和牙齿。生物矿物是沉积在有机基质上的晶体相的结合体。无机成分主要决定生物矿物的硬度,而有机基质则控制晶体的形状、大小和多晶型。在有机基质中,蛋白质表现出一种特殊的生物矿化活性。其中,可以区分不溶性胶原蛋白和可溶性非胶原蛋白。特别值得注意的是,非胶原蛋白本质上是无序的蛋白质。高柔韧性、酸性和对修饰的敏感性使它们特别适合生物矿化控制。本文主要对参与骨骼和牙齿生物矿化的蛋白质进行综述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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