LA-ICP-MS
Various applications of mass spectrometry imaging (MS imaging) using laser ablation-inductively coupled plasma-mass spectroscopy (LA-ICP-MS) as a method for imaging metals in living organisms have been reported in recent years.
The main advantage of LA-ICP-MS imaging is that it can efficiently ionize a variety of elements present on the tissue surface at once, providing high quantitation over a wide dynamic range. The data output from the LA-ICP-MS software can be used for analysis and imaging of thin-film samples. Data output from the LA-ICP-MS software can be read directly into the Shimadzu MS imaging data analysis software IMAGEREVEAL MS for easy analysis.
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Product Description
Various applications of mass spectrometry imaging (MS imaging) using laser ablation-inductively coupled plasma-mass spectroscopy (LA-ICP-MS) as a method for imaging metals in living organisms have been reported in recent years.
The main advantage of LA-ICP-MS imaging is that it can efficiently ionize a variety of elements present on the tissue surface at once, providing high quantitation over a wide dynamic range. The data output from the LA-ICP-MS software can be used for analysis and imaging of thin-film samples. Data output from the LA-ICP-MS software can be read directly into the Shimadzu MS imaging data analysis software IMAGEREVEAL MS for easy analysis.
Technical specifications
LA-ICP-MS Software
Batch registration of line scan information
The sample information can be entered using the image of the irradiation area (Number of lines x irradiation time) set by the laser ablation instrument. Reduce the time and effort required to enter information to 1/10 or less*.
Data output per sample
The acquired data is output as one data file per sample. Prevents missing or mixed data when multiple line data are selected and output.
Sample Information Input Method Specialized for Imaging