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年轻个体主动脉壁中无机相的物理化学特征

Physicochemical characterization of the inorganic phases in the aortic wall of young individuals.

作者信息

Rokita E, Cichocki T, Heck D, Jarczyk L, Milos A, Ryczek J, Strzałkowski A, Szytuła A

机构信息

Institute of Physics, Jagellonian University, Reymonta, Kraków.

出版信息

Pathologica. 1992 Jul-Aug;84(1092):489-502.

PMID:1491890
Abstract

The autopsy samples of human aortic wall were investigated to determine the structure of the inorganic deposits formed at the onset of the mineralization process. The studies were concentrated on the material for which histochemical staining of randomly selected sections did not reveal the presence of minerals. The highly mineralized human media samples as well as broad spectrum of model compounds were investigated for comparative purposes. It was found that the inorganic phase at the onset of tunica media mineralization is composed of a few compounds including octacalcium phosphate as the predominant Ca-P compound, and a Mg-compound, probably magnesium carbonate or double/triple salts containing magnesium carbonate.

摘要

对人体主动脉壁的尸检样本进行了研究,以确定矿化过程开始时形成的无机沉积物的结构。研究集中在随机选择的切片经组织化学染色未发现矿物质存在的材料上。为了进行比较,对高度矿化的人体中膜样本以及多种模型化合物进行了研究。结果发现,中膜矿化开始时的无机相由几种化合物组成,其中以磷酸八钙作为主要的钙磷化合物,还有一种镁化合物,可能是碳酸镁或含碳酸镁的双盐/三盐。

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