An analytical approach based on ESI-MS, LC–MS and PCA for the quali–quantitative analysis of cycloartane derivatives in Astragalus spp

•Astragalus species are constituents of health foods and dietary supplements.•Bioactive cycloartanes are the main compounds of Astragalus genus.•ESI-MS and PCA analyses on eight commercial Astragalus spp. were carried out.•Cycloartanes were analyzed by quali–quantitative LC-ESI-MSn and PCA.•Metaboli...

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Veröffentlicht in:Journal of pharmaceutical and biomedical analysis 2013-11, Vol.85, p.46-54
Hauptverfasser: Napolitano, Assunta, Akay, Seref, Mari, Angela, Bedir, Erdal, Pizza, Cosimo, Piacente, Sonia
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container_title Journal of pharmaceutical and biomedical analysis
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creator Napolitano, Assunta
Akay, Seref
Mari, Angela
Bedir, Erdal
Pizza, Cosimo
Piacente, Sonia
description •Astragalus species are constituents of health foods and dietary supplements.•Bioactive cycloartanes are the main compounds of Astragalus genus.•ESI-MS and PCA analyses on eight commercial Astragalus spp. were carried out.•Cycloartanes were analyzed by quali–quantitative LC-ESI-MSn and PCA.•Metabolite similarities and differences among Astragalus spp. were highlighted. Astragalus species are widely used as health foods and dietary supplements, as well as drugs in traditional medicine. To rapidly evaluate metabolite similarities and differences among the EtOH extracts of the roots of eight commercial Astragalus spp., an approach based on direct analyses by ESI-MS followed by PCA of ESI-MS data, was carried out. Successively, quali–quantitative analyses of cycloartane derivatives in the eight Astragalus spp. by LC-ESI-MSn and PCA of LC-ESI-MS data were performed. This approach allowed to promptly highlighting metabolite similarities and differences among the various Astragalus spp. PCA results from LC-ESI-MS data of Astragalus samples were in reasonable agreement with both PCA results of ESI-MS data and quantitative results. This study affords an analytical method for the quali–quantitative determination of cycloartane derivatives in herbal preparations used as health and food supplements.
doi_str_mv 10.1016/j.jpba.2013.06.021
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Astragalus species are widely used as health foods and dietary supplements, as well as drugs in traditional medicine. To rapidly evaluate metabolite similarities and differences among the EtOH extracts of the roots of eight commercial Astragalus spp., an approach based on direct analyses by ESI-MS followed by PCA of ESI-MS data, was carried out. Successively, quali–quantitative analyses of cycloartane derivatives in the eight Astragalus spp. by LC-ESI-MSn and PCA of LC-ESI-MS data were performed. This approach allowed to promptly highlighting metabolite similarities and differences among the various Astragalus spp. PCA results from LC-ESI-MS data of Astragalus samples were in reasonable agreement with both PCA results of ESI-MS data and quantitative results. 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Astragalus species are widely used as health foods and dietary supplements, as well as drugs in traditional medicine. To rapidly evaluate metabolite similarities and differences among the EtOH extracts of the roots of eight commercial Astragalus spp., an approach based on direct analyses by ESI-MS followed by PCA of ESI-MS data, was carried out. Successively, quali–quantitative analyses of cycloartane derivatives in the eight Astragalus spp. by LC-ESI-MSn and PCA of LC-ESI-MS data were performed. This approach allowed to promptly highlighting metabolite similarities and differences among the various Astragalus spp. PCA results from LC-ESI-MS data of Astragalus samples were in reasonable agreement with both PCA results of ESI-MS data and quantitative results. 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subjects Astragalus
Astragalus genus
Astragalus Plant - chemistry
Chromatography, High Pressure Liquid
Cycloartanes
dietary supplements
drugs
electrospray ionization mass spectrometry
ESI-MS
ethanol
health foods
LC-ESI-MS
liquid chromatography
metabolites
PCA
Plant Extracts - analysis
Principal Component Analysis
roots
Spectrometry, Mass, Electrospray Ionization
traditional medicine
Triterpenes - analysis
title An analytical approach based on ESI-MS, LC–MS and PCA for the quali–quantitative analysis of cycloartane derivatives in Astragalus spp
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