Saito K, Kanno S, Shimada Y, Nakadate K
First Department of Surgery, Iwate Medical University School of Medicine.
Nihon Rinsho. 1993 Jul;51(7):1725-30.
The concentrations of metal elements in gallstones were measured by absorption spectrometry. Crystallographic analysis by the powder X-ray diffraction method was also performed. For all stones calcium was the major component. In calcium carbonate stones aragonite form, one of the CaCO3 polymorphs and usually unstable in nature, was dominant. As a whole, black-stones contained highest proportions of all metal elements. But these stones were crystallographically grouped into three types; they are calcium carbonate-, calcium phosphate-, and other-one. In each type, the concentration of metal element differed greatly. It is suggested that in black-stones the amount of Mn is remarkable and Cu is highly correlated to black residue. It was true, but Mn was remarkable especially in calcium phosphate-type and Cu was the highest in other-type.
通过吸收光谱法测量胆结石中金属元素的浓度。还采用粉末X射线衍射法进行了晶体学分析。所有结石中钙都是主要成分。在碳酸钙结石的文石形式中,CaCO3多晶型物之一且在自然界通常不稳定的文石占主导。总体而言,黑石中所有金属元素的比例最高。但这些结石在晶体学上分为三种类型;它们是碳酸钙型、磷酸钙型和其他类型。在每种类型中,金属元素的浓度差异很大。有人认为在黑石中锰的含量显著,且铜与黑色残渣高度相关。确实如此,但锰在磷酸钙型中尤其显著,而铜在其他类型中含量最高。