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芜萍的化学成分

DOI: 10.3724/SP.J.1145.2014.03048, PP. 1016-1019

Keywords: 芜萍,黄酮,荭草苷,异荭草苷,牡荆苷,异牡荆苷

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Abstract:

浮萍科芜萍属(wolffiahork.exschleid.)是世界上最小的开花植物,可作为蔬菜、饲料使用.为促进科学地开发利用芜萍资源,采用mci、硅胶柱层析、凝胶色谱以及高效液相色谱等方法对芜萍(wolffiaglobosa)的化学成分进行研究.从乙醇提取物中分离得到8个化合物,利用质谱、核磁共振等波谱技术分别鉴定为芹菜素-7-o-β-d-吡喃葡糖苷(1)、牡荆苷(2)、异牡荆苷(3)、荭草苷(4)、异荭草苷(5)、木犀草素-7-o-β-d-吡喃葡糖苷(6)、异荭草苷-6??-o-β-d-吡喃葡糖苷(7)和芹菜素-6,8-di-c-β-d-吡喃葡糖苷(8).本研究表明,芜萍(w.globosa)的主要化学成分为芹菜素和木犀草素的碳苷和氧苷化合物,其生物活性广泛,因此芜萍是一种黄酮类天然产物的新来源.图1参24

References

[1]  1印万芬.我国主要浮萍科植物的开发利用[j].资源节约和综合利用,1998(2):46-48[yinwf.comprehensiveexploitationandutilizationoftheduckweedinchina[j].resoureconcomprutil,1998(2):46-
[2]  2陈兰钗,方扬,靳艳玲,陈谦,赵永贵,肖瑶,赵海.浮萍干粉(lemnaaequinoctialis)对pb2+的吸收[j].应用与环境生物学报,2013,19(6):1046-1052[chenlc,fangy,jinyl,chenq,zhaoyg,xiaoy,zhaoh.biosorptionofpb2+bydriedpowderofduckweed(lemnaaequinoctialis)[j].chinjapplenvironbiol,2013,19(6):1046-
[3]  3reidjrws.exploringduckweed(lemnagibba)asaproteinsupplementforruminantsusingtheboergoat(caprahircus)asamodel[d].northcarolina:northcarolinastateuniversity,2004:32
[4]  4chantiratikula,chantiratikulp,sangdeea,maneechoteu,bunchasakc,chinrasrio.performanceandcarcasscharacteristicsofjapanesequailsfeddietscontainingwolffiameal[wolffiaglobosa(l).wimm.]asaproteinreplacementforsoybeanmeal[j].intjpoulsci,2010,9(6):562-566
[5]  5fasakinea.nutrientqualityofleafproteinconcentratesproducedfromwaterfern(azollaafricanadesv)andduckweed(spirodelapolyrrhizal.schleiden)[j].bioresourtechnol,1999,69(2):185-187
[6]  6bhanthumnavink,mcgarrymg.wolffiaarrhizaasapossiblesourceofinexpensiveprotein[j].nature,1971,232:495
[7]  7suppaditt,jaturasithas,sunthornn,poungsukp.dietarywolffiaarrhizamealasasubstituteforsoybeanmeal:itseffectsontheproductiveperformanceandeggqualityoflayingjapanesequails[j].tropanimhealthprod,2012,44(7):1479-1486
[8]  8chantiratikula,pooponpanp,santhaweesuks,chantiratikulp,sangdeea,maneechoteu,bunchasakc,chinrasrio.effectofwolffiameal[wolffiaglobosa(l).wimm.]asadietaryproteinreplacementonperformanceandcarcasscharacteristicsinbroilers[j].intjpoulsci,2010,9(7):664-668
[9]  9fujitam,morik,koderat.nutrientremovalandstarchproductionthroughcultivationofwolffiaarrhiza[j].jbioscibioeng,1999,87(2):194-198
[10]  10suppaditt.nutrientremovalofeffluentfromquailfarmthroughcultivationofwolffiaarrhiza[j].bioresourtechnol,2011,102(16):7388-7392
[11]  11鲍姝,方扬,靳艳玲,赵永贵,赵海.污水氮磷浓度对云南本地浮萍生长及氮磷去除的影响[j].应用与环境生物学报,2014,20(1):56-62[baos,fangy,jinyl,zhaoyg,zhaoh.influenceofammoniumandphosphateconcentrationofsewageonthegrowth,nitrogenandphosphorusremovalofduckweedinyunan[j].chinjapplenvironbiol,2014,20(1):56-
[12]  12kotowskau,piotrowskaa,isidorovaag,bajguza,isidorovva.gaschromatographic-massspectrometricinvestigationofthechemicalcompositionoftheaquaticplantwolffiaarrhiza(lemnaceae)[j].oceanolhydrobiolst,2013,42(2):181-187.
[13]  13leeyh,leeir,wonws,parkch.flavonoidsofelscholtziacristata[j].archpharmres,1988,11(3):247-249
[14]  14何文妮,叶敏,王宝荣,高慧媛,果德安,吴立军.浮萍中黄酮类化学成分的分离与鉴定[j].沈阳药科大学学报,2010,27(11):871-874[hewn,yem,wangbr,gaohy,guoda,wulj.isolationandidentificationofflavonoidsinduckweed[j].jshenyangpharmuniv,2010,27(11):871-
[15]  15李微,陈发奎,尹相武,刘晓秋.大青叶的化学成分[j].沈阳药科大学学报,2005,22(1):15-16,44[liw,chenfk,yinxw,liuxq.chemicalconstituentsoffoliumisatidis[j].jshenyangpharmuniv,2005,22(1):15-16,
[16]  16任正博,张振学,周伟利,王金辉,李铣.金莲花化学成分研究[j].中国现代中药,2006,8(2):14-15[renzb,zhangzx,zhouwl,wangjh,lix.studyonthechemicalingredientsoftrolliuschinensis[j].modchinmed,2006,8(2):14-
[17]  17蒋才武,高淑景,黄健军.壮药风车子叶化学成分研究[j].时珍国医国药,2011,22(5):1146-1147[jiangcw,gaosj,huangjj.chemicalconstituentsofzhuangmedicinecombretumalfrdiihanceleaves[j].lishizhenmedmatermedres,2011,22(5):1146-
[18]  18杨彦松,潘浪胜.洋甘菊中黄酮类成分的分离与结构确定[j].应用化工,2008,37(6):697-698[yangys,panls.isolationandstructuraldeterminationofflavonesfrommatricariachamomillal.[j].applchemind,2008,37(6):697-
[19]  19kuosh,yenmh,chungmi,lincn.aflavonec-glycosideandanaromaticglucosidefromgentianaspecies[j].phytochemistry,1996,41(1):309-312
[20]  20luy,yeapfool.flavonoidandphenolicglycosidesfromsalviaofficinalis[j].phytochemistry,2000,55(3):263-267
[21]  21akhtarta,leesha,lampima,enstoned,brainra,greenbergbm.photosyntheticredoximbalanceinfluencesflavonoidbiosynthesisinlemnagibba[j].plantcellenviron,2010,33(7):1205-1219
[22]  22winkel-shirleyb.biosynthesisofflavonoidsandeffectsofstress[j].curropininplantbiol,2002,5(3):218-223
[23]  23praveenar,sadasivamk,deephav,sivakumarr.antioxidantpotentialoforientin:acombinedexperimentalanddftapproach[j].jmolstruct,2014,1061:114-123
[24]  24tripolie,guardiaml,giammancos,majodd,giammancom.citrusflavonoids:molecularstructure,biologicalactivityandnutritionalproperties:areview[j].foodchem,2007,104(2):466-479

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