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激光微探针质谱分析法在生物学与医学中的应用。

Applications of laser microprobe mass spectrometry in biology and medicine.

作者信息

Bakker A, Van Vaeck L, Jacob W

机构信息

Department of Medicine, University of Antwerp (UIA), Wilrijk, Belgium.

出版信息

Scanning Microsc. 1996;10(3):753-72; discussion 772-5.

PMID:9813638
Abstract

Laser microprobe mass spectrometry (LMMS) provides spot analysis with a lateral resolution of 1-5 microns. Focused laser ionisation, combined with mass spectrometry, yields information on elements, molecular identification of inorganic substances, and structural characterisation of organic molecules of typically less than 2-3 kDa. Quantification in complex heterogeneous systems, such as biological materials, is not possible at the present state of the art. The strength of the method lies in the qualitative information on the molecular composition of the analyte, not just element detection, with a lateral resolution at the light microscopy level. The applications of this technique in the field of biomedicine and biology are illustrated by examples that demonstrate the use of this qualitative information in practical test cases.

摘要

激光微探针质谱分析法(LMMS)可提供横向分辨率为1 - 5微米的点分析。聚焦激光电离与质谱联用,可生成有关元素的信息、无机物质的分子鉴定以及通常分子量小于2 - 3 kDa的有机分子的结构表征。在诸如生物材料等复杂的异质系统中,按照目前的技术水平还无法进行定量分析。该方法的优势在于不仅能检测元素,还能提供有关分析物分子组成的定性信息,其横向分辨率处于光学显微镜水平。通过实例展示了这种定性信息在实际测试案例中的应用,说明了该技术在生物医学和生物学领域的应用。

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