Quantitative metabolome analysis using capillary electrophoresis mass spectrometry
T Soga, Y Ohashi, Y Ueno, H Naraoka… - Journal of proteome …, 2003 - ACS Publications
T Soga, Y Ohashi, Y Ueno, H Naraoka, M Tomita, T Nishioka
Journal of proteome research, 2003•ACS PublicationsA new approach for the comprehensive and quantitative analysis of charged metabolites by
capillary electrophoresis mass spectrometry (CE− MS) is proposed. Metabolites are first
separated by CE based on charge and size and then selectively detected using MS by
monitoring over a large range of m/z values. This method enabled the determination of 352
metabolic standards and its utility was demonstrated in the analysis of 1692 metabolites
from Bacillus subtilis extracts, revealing significant changes in metabolites during B. subtilis …
capillary electrophoresis mass spectrometry (CE− MS) is proposed. Metabolites are first
separated by CE based on charge and size and then selectively detected using MS by
monitoring over a large range of m/z values. This method enabled the determination of 352
metabolic standards and its utility was demonstrated in the analysis of 1692 metabolites
from Bacillus subtilis extracts, revealing significant changes in metabolites during B. subtilis …
A new approach for the comprehensive and quantitative analysis of charged metabolites by capillary electrophoresis mass spectrometry (CE−MS) is proposed. Metabolites are first separated by CE based on charge and size and then selectively detected using MS by monitoring over a large range of m/z values. This method enabled the determination of 352 metabolic standards and its utility was demonstrated in the analysis of 1692 metabolites from Bacillus subtilis extracts, revealing significant changes in metabolites during B. subtilis sporulation.
Keywords: metabolomics • metabolic pathways • capillary electrophoresis • mass spectrometry • Bacillus subtilis • sporulation • glycolysis • TCA • nucleotide • CoA
ACS Publications