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Research on concentration of 5 different ginsenosides in Panax japonica collected from different cultivated geographic regions

HPLC-QqQ-MS测定珠子参中5种皂苷类成分的含量



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Researchonconcentrationof5differentginsenosidesinPanaxjaponica
colectedfromdiferentcultivatedgeographicregions
NINGZhangchi1,LIUZhenli2,SONGZhiqian2,WANGChun2,ZENGHonglian1,ZHAOSiyu1,
SHUYisong1,DONGYunzhuo2,LIUYuanyan1
(1.SchoolofChinesePharmacy,BeijingUniversityofChineseMedicine,Beijing100102,China;
2.InstituteofBasicTheory,ChinaAcademyofChineseMedicalSciences,Beijing100700,China)
[Abstract]  Inthispaper,anHPLCQqQMSmethodfordeterminationof5diferentginsenosidesofPanaxjaponicacolectedfrom
diferentcultivatedgeographicregionswasestablishedTheseparationwasperformedonaZorbaxXDBC18(46mm×100mm,18
μm)columnwiththegradientelutionofacetonitrile(contained01% formicacid)01% formicacidwaterTheflowratewas05
mL·min1Thecolunmtemperaturewasmaintainedat30℃Theanalytesweredetectedusingelectrosprayionization(ESI)inmulti
plereactionmonitoring(MRM)modesReactionselectedionswere2032forginsenosideRe,2029forginsenosideRg1,3650for
ginsenosideRf,7891forginsenosideRd,3609forginsenosideRoGinsenosidesRe,ginsenosidesRg1,ginsenosidesRf,ginsen
osidesRd,ginsenosidesRohadgoodlinearityintherangesof333-6660μg(r=09991),2835654μg(r=09992),032
651μg(r=09992),125525100μg(r=09993),0851690μg(r=09995),respectivelyTheresultsofrecoverywere
among1008% to1046%,andthevaluesofRSDwereblow30%Thismethodissimple,reliableandaccurate,andcanprovide
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basisforP.japonicabasicresearch
[Keywords] HPLCQqQMS;Panaxjaponica;contentdetermination;saponin
doi:10.4268/cjcmm20160519
  
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Fig1 HPLCQqQMSchromatogramsofPanaxjaponica
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/μg LOD/μg LOQ/μg
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Table3 ResultsofrecoverytestsoffivecomponentsinPanaxjaponica
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/g
($ 
/μg ù‚ /μg (á /μg µ}/% Ñí¹/% RSD/%
Ù¹ÃÄ
Re 025011 24652 224 48001 1042 1046 030
024981 24623 224 48099 1048
025009 24650 224 48111 1047
025062 24702 224 47574 1021
024995 24636 224 47416 1017
024820 24674 224 47928 1038
Ù¹ÃÄ
Rg1 025011 8734 87 17479 1005 1010 26
024981 8723 87 17800 1043
025008 8733 87 17383 9942
024919 8702 87 17704 1035
025602 8940 87 17383 9704
025229 8810 87 17608 1011
Ù¹ÃÄ
Rf 025011 190 2 398 1041 1014 28
024981 189 2 382 9624
025008 189 2 395 1028
025500 193 2 400 1036
024901 199 2 390 1005
025042 190 2 392 1013
Ù¹ÃÄ
Rd 025011 16003 160 32025 1001 1008 27
024981 15985 160 31547 9726
025009 16041 160 32816 1051
024914 15941 160 32070 1008
025533 16338 160 32713 1023
025367 16231 160 32070 9899
Ù¹ÃÄ
Ro 025011 3457 35 7104 1042 1025 25
024981 3453 35 7070 1034
025008 3457 35 6994 1011
025590 3537 35 7173 1039
024778 3425 35 6847 9779
025602 3539 35 7196 1045
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Table4 ContentsoffivecomponentsinPanaxjaponica(n=3) μg·g-1
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1 60341 24083 5019 91221 3081
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®9
3 51289 85309 1778 32313 8012
ÝK
1 68499 35924 7487 136074 7425
ÝK
2 16155 92446 19267 35017 3089
ÝK
3 19227 23274 4851 88159 5054
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