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Chemistry of Major and Trace Elements of Kidney Stones in Fallujah City/Iraq

机译:费卢杰市/伊拉克的肾脏结石主要和微量元素化学

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The current paper aims to identify the concentrations of major and trace elements in 20 sample kidney stones in Fallujah, Iraq. These elements were estimated using ICP-MS method and X-ray diffraction were used for mineral structures. The study showed that there are six mineral groups (Calcium Oxalate, Cholesten, Phosphate, Uricite, Uricite and Calcium and Mixed stone). Ca is the main constituent of kidney stone because Calcium is the highest concentrations of other the elements (6.75%). and it is Concentrated in the stones of Calcium Oxalate and Calcium Phosphate. P is the main component of Phosphate with a concentration of all kidney stones (0.715%). The groups of calcium oxalate and Phosphate contain large amounts of trace elements, especially Zn and Sr, .There are high quantities of Mn in Cholesten because the manganese plays an important role in the metabolic pathway of amino acids, fats, proteins and carbohydrates. The results indicated that concentrations of these elements in kidney stones depend on the type of mineral aggregates that form the kidney stones.
机译:本论文旨在确定伊拉克费卢杰的20个肾结石样本中主要和微量元素的浓度。这些元素是使用ICP-MS方法估算的,X射线衍射用于矿物结构。研究表明,共有六种矿物质(草酸钙,胆甾醇,磷酸盐,绿铁矿,绿铁矿,钙和混合石)。 Ca是肾结石的主要成分,因为钙是其他元素的最高浓度(6.75%)。并且集中在草酸钙和磷酸钙的石头。 P是磷酸盐的主要成分,所有肾结石的浓度均占0.715%。草酸钙和磷酸盐中含有大量的微量元素,尤其是锌和锶。由于锰在氨基酸,脂肪,蛋白质和碳水化合物的代谢途径中起重要作用,因此在Cholesten中存在大量的Mn。结果表明,肾结石中这些元素的浓度取决于形成肾结石的矿物质聚集体的类型。

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