- Biomedical Applications of Secondary Ion Emission Micro-Analysis
- Promises, facts and challenges for graphene in biomedical applications
- Biomedical Applications Of Microprobe Analysis (Hardcover)
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These often contain metal atoms, and the identity and concentration of the metal is an important diagnostic for determining the nature of the protein and the quality of the crystallisation. This technique has wide ranging applications, including qualitative and quantitative identification of metals in reaction centres, in active sites and in metal binding proteins, and of DNA or RNA bound to proteins.
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Biomedical Applications of Secondary Ion Emission Micro-Analysis
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In the latter a grid of analysis are run and the spatial distribution of element distribution can be displayed as an image map. Some sample types produce visible light when excited by an electron beam; this is known as cathodoluminescence CL. Used in conjunction with element mapping, this can produce images illustrating the spatial distribution of CL intensity along with the variations in actual wavelengths of light being produced.
As for SEM, samples for EPMA need be stable under vacuum and, if not electrically conductive, coated typically for analysis carbon is used. For quantitative analysis they need to have a flat, polished surface typically a polished thin section or resin mount. Skip to content Skip to navigation.
Hercules DM Solid state mass spectrometry using a laser microprobe.
Promises, facts and challenges for graphene in biomedical applications
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Biomedical Applications Of Microprobe Analysis (Hardcover)
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- Biomedical Applications Of Microprobe Analysis (Hardcover).
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