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Control of Macromolecule Distribution within Synthetic and Biogenic Single Calcite Crystals

机译:合成和生物单方解石晶体中大分子分布的控制

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摘要

The ability of organisms to exercise control over crystal growth is wonderfully exemplified by skeleton formation in echinoderms. A sea urchin spine is a unique composite of a single crystal of calcite and glycoproteins formation in echinoderms. A sea urchin spine is a unique composite of a single crystal of calcite and glycoproteins intercalated inside the crystal during its growth. Here we performed a detailed morphological and high-resolution synchrotron X-ray diffraction study of the textures of synthetic and biogenic calcite crystals.
机译:生物体对晶体生长进行控制的能力很好地体现在棘皮动物的骨骼形成中。海胆脊柱是棘皮动物中方解石和糖蛋白形成的单晶的独特组合。海胆脊柱是方解石单晶和糖蛋白在生长过程中插在晶体内部的独特复合物。在这里,我们对合成方解石和生物方解石晶体的质地进行了详细的形态学和高分辨率同步加速器X射线衍射研究。

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