Futatsugi Y, Nihei Y, Tomiyasu B
Department of Hygiene, Shinshu University School of Medicine.
Nihon Rinsho. 1996 Jan;54(1):192-201.
Trace elemental composition in tissues and organs was investigated to clarify the two dimensional imaging and functional evaluation using x-ray spectroscopy such as non-destruction x-ray analytical microscope (x-ray guide tube 100 microns). Al, Si, P, S, Cl, Ca, Ti, Cr, Mn, Fe, Ni, Cu, Zn, and Br tissues and organs, i.e., bromoderma exfolistiv squama, olfactory epithelium and anthracosis specimens were detected in microscopic area (about 10-25 mm) of the specimens and a fluorescent x-ray analysis of elemental imaging and mapping at the same time. The specimens can be observed in atmospheric pressure. The non-destruction x-ray analytical microscopic technique of trace element in biological tissues and organs was carried out on functional evaluation of trace elements, and it is shown that the technique is a useful analytical technique, which enables the detection of many trace elements simultaneously and provides image, mapping information on the diagnostic analysis of many diseases affecting the joints.
研究了组织和器官中的痕量元素组成，以阐明使用X射线光谱法进行的二维成像和功能评估，如无损X射线分析显微镜（X射线导管100微米）。在标本的微观区域（约10 - 25毫米）检测到铝、硅、磷、硫、氯、钙、钛、铬、锰、铁、镍、铜、锌和溴等组织和器官，即溴疹剥脱性鳞屑、嗅觉上皮和煤尘肺标本，并同时对元素成像和映射进行荧光X射线分析。标本可在大气压下观察。对生物组织和器官中痕量元素的无损X射线分析显微技术进行了痕量元素的功能评估，结果表明该技术是一种有用的分析技术，能够同时检测多种痕量元素，并提供有关影响关节的多种疾病诊断分析的图像、映射信息。
