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Metabonomics on toxicity reduction of Glycyrrhizae Radix et Rhizoma for Aconiti Lateralis Radix Preparata in Sini Tang

四逆汤中甘草减附子之毒的代谢组学研究



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MetabonomicsontoxicityreductionofGlycyrrhizaeRadixetRhizomafor
AconitiLateralisRadixPreparatainSiniTang
LIYing1,3,FUChaomei2,PENGWei2,LIBo3,FUShu2,ZHANGHuimin2
(1.EthnicMedicineInstitute,SouthwestUniversityforNationalities,Chengdu610041,China;
(2.ColegeofPharmacy,ChengduUniversityofTraditionalChineseMedicine,theMinistryofEducation
KeyLaboratoryofStandardizationofChineseHerbalMedicines,Chengdu611137,China;
3.ColegeofPharmacy,SouthwestUniversityforNationalities,Chengdu610041,China)
[Abstract] ToanalyzetheendogenousmetabolitechangesinratplasmaafterinterventionbySiniTangandSiniTangwithoutGlycyr
rhizaeRadixetRhizomabasedonGCMSmetabonomicstechnology,andstudythetoxicityreductionefectofGlycyrhizaeRadixet
RhizomainSiniTangonAconitiLateralisRadixPreparataEighteenSDratswererandomlydividedintonormalgroup,SiniTanggroup
andSiniTangwithoutGlycyrhizaeRadixetRhizomagrouponaverageTheratsinSiniTanggroupandSiniTangwithoutGlycyrhizae
RadixetRhizomagroupweretreatedrespectivelywithphysicliquorbyintragastricadministrationatthedoseof002mL·g-1(equiva
lentto08g·mL-1crudedrugs)onceadayfor7daysTheratsinnormalgroupweregivenwithequalvolumeofsalinesolutionThe
plasmasampleswerecolectedfromeachrat05hafterthelastadministrationforGCMSdetectionThedatawasusedformultivariate
statisticalanalysistoobtain14potentialmetabolicmarkers(13ofthemwereidentified)Thentheirrelativecontentandmetabolicpath
wayswereanalyzedComparedwithSiniTangwithoutGlycyrhizaeRadixetRhizomagroup,sevenmetabolicmarkersofwerereduced
inSiniTanggroupAnalysisonphysiologicalfunctionsofthesepotentialmetabolicmarkersshowedthattheGlycyrhizaeRadixetRhi
zomainSiniTangcouldreducethetoxicityofAconitiLateralisRadixPreparatabyadjustingtheglycolysis,lipidmetabolism,citrate
cycleandsomeaminoacidsmetabolism
·3251·
2016
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Vol41,No.8 April,2016
[Keywords] SiniTang;metabonomics;ratplasma;GlycyrhizaeRadixetRhizoma;AconitiLateralisRadixPreparatal;toxicityre
duction
doi:10.4268/cjcmm20160826
  
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Table1 Therelativelevelsresultsofpotentionalbiomarkersinthemouseplasmaofcontrolgroup,SiniTanggroupandSiniTang
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2 905 L
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00757±00004 00817±00006 00943±00001 ↑1) ↓1)
3 1057 βä×:ç 00647±00019 00373±00073 02432±00028 ↑2) ↓2)
4 1199 L
ÅÅç
00336±00014 00202±00002 002717±00002 ↓2) ↓1)
5 1258
4F
08291±00015 03881±00008 07327±00002 ↓1) ↓2)
6 1347 L
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002776±00013 00157±00003 00215±00004 ↓1) ↓1)
7 1366 3
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02139±00013 02250±00007 02308±00005 ↑1) ↓1)
8 1658
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00611±00008 00305±00008 00536±00001 ↓1) ↓1)
9 1944
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01093±00008 00775±00003 00980±00003 ↓1) ↓1)
10 2159
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00227±00001 00238±00002 00261±00003 ↑1) ↓1)
11 2730
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51700±00135 30769±00014 27280±00099 ↓2) ↑2)
12 3256
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00472±00001 00351±00002 00517±00001 ↑1) ↓1)
13 5843
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02186±00001 00194±00002 00285±00003 ↓2) ↓1)
14 5955
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03248±00002 03767±00019 03399±00006 ↑1) ↑1)
  
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