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使用兆电子伏特重离子微探针技术对大鼠肝脏中的铝进行微束质子激发X射线发射分析。

Micro-PIXE (particle induced X-ray emission) analysis of aluminum in rat-liver using MeV heavy ion microprobes.

作者信息

Horino Y, Mokuno Y, Kinomura A, Fujii K, Yumoto S

机构信息

Osaka National Research Institute, AIST (ONRI), Japan.

出版信息

Scanning Microsc. 1993 Dec;7(4):1215-20.

PMID:8023087
Abstract

Heavy ion microprobes (HIM) such as 3 MeV Si2+ and 3 MeV p2+ have been applied to the elemental analysis by PIXE (proton-induced X-ray emission). It was found that silicon and phosphorus microprobes have several times higher sensitivity for aluminum K alpha X-rays than 2 MeV proton microprobes, and detection limits were more favorable in a phosphorus microprobe. Using a 3 MeV P2+ microprobe, the liver of a rat, which had been injected with aluminum-lactate, was investigated and it was found that aluminum segregates in areas with a dimension of about 10 microns. These areas could hardly be observed with 2 MeV proton microprobes.

摘要

诸如3兆电子伏特的硅离子(Si2+)和3兆电子伏特的质子(p2+)等重离子微探针已被应用于质子激发X射线发射(PIXE)的元素分析。结果发现,硅和磷微探针对铝Kα X射线的灵敏度比2兆电子伏特的质子微探针高出几倍,并且磷微探针的检测限更有利。使用3兆电子伏特的质子(P2+)微探针,对注射了乳酸铝的大鼠肝脏进行了研究,发现铝聚集在尺寸约为10微米的区域。用2兆电子伏特的质子微探针几乎观察不到这些区域。

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