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OALib Journal期刊
ISSN: 2333-9721
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3种抗生素对羊角月牙藻次生代谢的影响
DOI: 10.3724/SP.J.1145.2010.00765, PP. 765-769
Keywords: 次生代谢,羊角月牙藻,乳糖酸红霉素,盐酸环丙沙星,磺胺甲？唑
Abstract:
研究乳糖酸红霉素、盐酸环丙沙星和磺胺甲？唑3种抗生素对羊角月牙藻体内缩酚酸、类黄酮等次生代谢产物含量及苯丙氨酸解氨酶活性的影响.结果显示，3种抗生素会对羊角月牙藻次生代谢产生强烈影响.乳糖酸红霉素可造成苯丙氨酸解氨酶活性下降，并使各类次生代谢产物含量降低，其中对类黄酮的影响最大；而盐酸环丙沙星和磺胺甲？唑则会使苯丙氨酸解氨酶活性及各类代谢产物含量上升，其中盐酸环丙沙星对缩酚酸、黄酮及黄烷醇的影响要强于磺胺甲？唑，而花青素则对磺胺甲？唑更为敏感.此外，绿原酸的含量在乳糖酸红霉素处理后低于缩酚酸的总体水平，而在盐酸环丙沙星和磺胺甲？唑处理后的变化则正好相反.结果表明，乳糖酸红霉素对羊角月牙藻次生代谢具有显著的抑制作用，而盐酸环丙沙星与磺胺甲？唑则表现出较明显的促进效应，且不同次生代谢产物响应的敏感程度随不同种类抗生素而有所不同.图3参37
| [1] | 1lalumeragm,calamarid,gallip.preliminaryinvestigationontheenvironmentaloccurrenceandeffectsofantibioticsusedinaquacultureinitaly.chemosphere,2004,54:661~668
|
| [2] | 2lindseyme,meyerm,thurmanem.analysisoftracelevelsofsulfonamideandtetracyclineantibioticsingroundwaterandsurfacewaterusingsolid-phaseextractionandliquidchromatography/massspectrometry.analchem,2001,73:4640~4646
|
| [3] | 3richardsonbj,lampks,martinm.emergingchemicalsofconcern:pharmaceuticalsandpersonalcareproducts(ppcps)inasia,withparticularreferencetosouthernchina.marpollutbull,2005,50:913~920
|
| [4] | 10karthikeyankg,meyermt.occurrenceofantibioticsinwastewatertreatmentfacilitiesinwisconsin,usa.scitotalenviron,2006,36:196~207
|
| [5] | 11sacherf,langeft,brauchh-j.pharmaceuticalsingroundwaters:analyticalmethodsandresultsofamonitoringprograminbaden-w?rttemberg,germany.jchromatogra,2001,938:199~210
|
| [6] | 12kobraeime,whitede.effectsof2,4-dichlorohenoxyaceticacidonkentuckyalgae:simultaneouslaboratoryandfieldtoxicitytestings.archenvironcontamtoxicol,1996,31:571~580
|
| [7] | 13yanxf(阎秀峰),wangy(王洋),liym(李一蒙).plantsecondarymetabolismanditsresponsetoenvironment.actaecolsin(生态学报),2007,27(6):2554~2562
|
| [8] | 14dasnp,pereirata.effectsofflavonoidsonthermalanti-oxidationofpalmoil:structure-activityrelationships.jamoilchemsoc,1990,67:255~258
|
| [9] | 15castelluccioc,pagangag,melikiann,bolwellgp,pridhamj,sampsonj,rice-evansc.antioxidantpotentialofintermediatesinphenylpropanoidmetabolisminhigherplants.febslett,1995,368(1):188~192
|
| [10] | 16roblesc,greffs,pasqualiniv,garzinos,bousquet-méloua,fernandezc,korboulewskyn,boning.phenolicsandflavonoidsinaleppopineneedlesasbio-indicatorsofairpollution.jenvironqual,2003,32:2265~2271
|
| [11] | 17zhanggy(张国友),hexy(何兴元),tangl(唐玲),yank(颜坤),chenw(陈玮),xus(徐胜),lix(李响).effectsofelevatedozonephenolicsubstancescontentandtotalantioxidativecapacityofquercusmongolicaleaves.chinjapplecol(应用生态学报),2009,20(3):725~728
|
| [12] | 18iso8692.waterquality-freshwateralgalgrowthinhibitiontestwithscendemussubspicatusandselenastrumcapricornutum.geneva,switzerland:internationalorganizationofstandardization,1989
|
| [13] | 22piriea,mullinsmg.changesinanthocyaninandphenolicscontentofgrapevineleafandfruittissuetreatedwithsucrose,nitrateandabscisicacid.plantphysiol,1976,58:468~472
|
| [14] | 23appelhm.phenolicsinecologicalinteraction:theimportanceofoxidation.jchemecol,1993,19:1521~1552
|
| [15] | 24salahn,millernj,pagangag,tijburgl,bolwellgp,riceevansc.polyphenolicflavonolsasscavengersofaqueousphaseradicalsandaschain-breakingantioxidants.archbiochembiophys,1995,322:339~346
|
| [16] | 25zaixm(宰学明),wugr(吴国荣),gongzn(龚祝南),lucm(陆长梅),liuh(刘华),chenjy(陈景耀).effectsonanti-oxidantingredientsoftaraxacummongoligumhard.-mazzindroughtandwetenvironment.bullbotres(植物研究),2002,22(2):196~200
|
| [17] | 4ternesta,meisenheimerm,mcdowelld.removalofpharmaceuticalsduringdrinkingwatertreatment.environscitech,2002,36:3855~3863
|
| [18] | 5yangs,carlsonkh.solid-phaseextraction-highperformanceliquidchromatography-iontrapmassspectrometryforanalysisoftraceconcentrationsofmacrolideantibioticsinnaturalandwastewatermatrices.jchromatogra,2004,1038:141~155
|
| [19] | 6linayc,tsaiyt.occurrenceofpharmaceuticalsintaiwan’ssurfacewaters:impactofwastestreamsfromhospitalsandpharmaceuticalproductionfacilities.scitotalenviron,2009,407:3793~3802
|
| [20] | 7boxallaba,foggla,blackwellpa,blackwellp,kayp,pembertonej,croxforda.veterinarymedicinesintheenvironment.revenvironconttox,2004,180:1~91
|
| [21] | 8ternesta,jossa,siegristh.scrutinizingpharmaceuticalsandpersonalcareproductsinwastewatertreatment.environscitech,2004,38:392a~399a
|
| [22] | 9petrovi?m,hernandomd,diaz-cruzms,barcelód.liquidchromatography-tandemmassspectrometryfortheanalysisofpharmaceuticalresiduesinenvironmentalsamples:areview.jchromatogra,2005,1067:1~14
|
| [23] | 19刘瑞玲,李维维,杨维嘉.丹参及其注射液中水溶性总酚酸的测定.药物分析杂志,1983,3(3):163
|
| [24] | 20hujj(胡景江),wenjl(文建雷),jingy(景耀),caozm(曹支敏).therelationsbetweenmetabolismofphenylalanineinpoplartreesandresistanceofpoplartopoplarcanker.actaphytopatholsin(植物病理学报),1992,22(2):185~188
|
| [25] | 21中国科学院上海植物生理研究所.现代植物生理学实验指南.北京:科学出版社,1999
|
| [26] | 26hamiltonjg,zangedar,deluciaeh,berenbaummr.thecarbonnutrientbalancehypothesis:itsriseandfall.ecollett,2001,4:86
|
| [27] | 27bezemertm,jonesth,newingtonje.effectsofcarbondioxideandnitrogenfertilizationonphenoliccontentinpoaannual.biochemsystecol,2000,28:839~846
|
| [28] | 28bartoek,cipollinid.testingtheoptimaldefensetheoryandthegrowth-differentiationbalancehypothesisinarabidopsisthaliana.oecologia,2005,146:169~178
|
| [29] | 29yamajik,julkunen-tiittor,rousim,freiwaldv,oksanene.ozoneexposureovertwogrowingseasonsaltersroot-to-shootratioandchemicalcompositionofbirch(betulapendularoth).globalchangebiol,2003,9:1363~1377
|
| [30] | 30halling-sфrensenb.algaltoxicityofantibacterialagentsusedinintensivefarming.chemosphere,2000,40:731~739
|
| [31] | 31pellatif,benvenutis,magrol,michelem,soragnif.analysisofphenoliccompoundsandradicalscavengingactivityofechinaceaspp.jpharmaceutbiomed,2004,35:289~301
|
| [32] | 32dizengremelp.effectsofozoneonthecarbonmetabolismofforesttrees.plantphysiolbiochem,2001,39:729~742
|
| [33] | 33siminszkyb.plantcytochromep450-mediatedherbicidemetabolism.phytochemrev,2006,5:445~458
|
| [34] | 34xiangws,wangxj,rentr.expressionofawheatcytochromep450monooxygenasecdnainyeastcatalyzesthemetabolismofsulfonylureaherbicides.pesticbiochemphysiol,2006,85:1~6
|
| [35] | 35okeefedp,teppermanjm,deanc,letokj,erbesdl,odelljt.plantexpressionofabacterialcytochromep450thatcatalyzesactivationofasulfonylureapro-herbicide.plantphysiol,1994,105:473~482
|
| [36] | 36zhongwr(钟巍然),chaiyr(柴友荣),zhangk(张凯),chenxd(陈晓丹),luk(卢坤),taol(陶澜).studyonthecytochromep450sinphenylpropanoidmetabolicpathway.janhuiagrisci(安徽农业科学),2008,36(13):5285~5289
|
| [37] | 37sagereps,hutchinsontc,croleytr.foliarphenolicsinsugarmaple(acersaccharum)asapotentialindicatoroftroposphericozonepollution.environmonitassess,2005,105:419~430
|
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