|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
锰生物氧化的研究进展及在水处理中的应用
DOI: 10.3724/SP.J.1145.2013.00011, PP. 11-19
Keywords: 生物锰氧化物,锰氧化微生物,氧化,吸附,水处理,应用
Abstract:
自然界中锰氧化物的形成主要是通过微生物作用，而锰的微生物氧化机制较为复杂，除了多铜氧化酶、过氧化物酶外，最近发现微生物生成的超氧化物可能也参与了锰的氧化.微生物生成的生物锰氧化物具有较高的吸附氧化活性，其微观结构和活性会随时间快速变化.比如，锰的生物氧化初级产物具有强的诱导mn(ⅱ)氧化的活性，而次级产物则几乎没有.锰的生物氧化过程复杂而又广泛进行着，尤其在含锰水体的处理单元中发挥着重要的净水作用，为了深刻理解生物锰氧化物，对锰氧化细菌和真菌、锰生物氧化机理、生物锰氧化物的吸附氧化特征及潜在的工程应用等当前研究热点问题进行了综述.
| [1] | 38boogerdfc,devrindjpm.manganeseoxidationbyleptothrix-discophora[j].jbacteriol,1987,169(2):489-494
|
| [2] | 39corstjensplam,devrindjpm,westbroekp,devrinddejongew.enzymaticironoxidationbyleptothrix-discophora-identificationofaniron-oxidizingprotein[j].applenvironmicrobiol,1992,58(2):450-454
|
| [3] | 40adamslf,ghiorsewc.characterizationofextracellularmn2+-oxidizingactivityandisolationofanmn2+-oxidizingproteinfromleptothrixdiscophorass-1[j].jbacteriol,1987,169(3):1279-1285
|
| [4] | 41larsenei,slyli,mcewanag.manganese(ii)adsorptionandoxidationbywholecellsandamembranefractionofpedomicrobiumsp.acm3067[j].archmicrobiol,1999,171(4):257-264
|
| [5] | 42esilvaac,espositoe,ferraza,durann.decayofparkia-oppositifoliainamazoniabypycnoporus-sanguineusandpotentialuseforeffluentdecolorization[j].holzforschung,1993,47(5):361-368
|
| [6] | 43archibaldf,royb.productionofmanganicchelatesbylaccasefromthelignin-degradingfungustrametes(coriolus)versicolor[j].applenvironmicrobiol,1992,58(5):1496-1499
|
| [7] | 44takanok,itohy,oginot,kurosawak,sasakik.phylogeneticanalysisofmanganese-oxidizingfungiisolatedfrommanganese-richaquaticenvironmentsinhokkaido,japan[j].limnology,2006,7(3):219-223
|
| [8] | 45miyatan,taniy,iwahorik,somam.enzymaticformationofmanganeseoxidesbyanacremonium-likehyphomycetefungus,strainkr21-2[j].femsmicrobiolecol,2004,47(1):101-109
|
| [9] | 46najafpourmm,pashaeib,nayeris.calciummanganese(iv)oxides:biomimeticandefficientcatalystsforwateroxidation[j].daltontrans,2012,41(16):4799-4805
|
| [10] | 47glennjk,goldmh.purificationandcharacterizationofanextracellularmn(ii)-dependentperoxidasefromthelignin-degradingbasidiomycete,phanerochaete-chrysosporium[j].archbiochembiophys,1985,242(2):329-341
|
| [11] | 48papinuttil,martinezmj.productionandcharacterizationoflaccaseandmanganeseperoxidasefromtheligninolyticfungusfomessclerodermeus[j].jchemtechnol&biotechnol,2006,81(6):1064-1070
|
| [12] | 49tebobm,ghiorsewc,vanwaasbergenlg,sieringpl,caspir.bacteriallymediatedmineralformation:insightsintomanganese(ii)oxidationfrommoleculargeneticandbiochemicalstudies[j].geomicrobiolinteractmicrobesminer,1997,35225-266
|
| [13] | 50miyatan,taniy,sakatam,iwahorik.microbialmanganeseoxideformationandinteractionwithtoxicmetalions[j].jbioscibioengin,2007,104(1):1-8
|
| [14] | 51wariishih,vallik,goldmh.manganese(iii)oxidationbymanganeseperoxidasefromthebasidiomycetephanerochaete-chrysosporium-kineticmechanismandroleofchelators[j].jbiolchem,1992,267(33):23688-23695
|
| [15] | 52hansardsp,easterhd,voelkerbm.rapidreactionofnanomolarmn(ii)withsuperoxideradicalinseawaterandsimulatedfreshwater[j].environscitechnol,2011,45(7):2811-2817
|
| [16] | 53lionlw,zhangjh,nelsonym,shulerml,ghiorsewc.kineticsofmn(ii)oxidationbyleptothrixdiscophorass1[j].geochimcosmochimacta,2002,66(5):773-781
|
| [17] | 54dzedzyulyaei,beckereg.mn-peroxidasefrombjerkanderaadusta90-41.purificationandsubstratespecificity[j].biochemistry-moscow,2000,65(6):707-712
|
| [18] | 55sasakik,matsudam,hirajimat,takanok,konnoh.immobilizationofmn(ii)ionsbyamn-oxidizingfungus-paraconiothyriumsp.-likestrainatneutralphs[j].matertrans,2006,47(10):2457-2461
|
| [19] | 56miyatan,taniy,maruok,tsunoh,sakatam,iwahorik.manganese(iv)oxideproductionbyacremoniumsp.strainkr21-2andextracellularmn(ii)oxidaseactivity[j].applenvironmicrobiol,2006,72(10):6467-6473
|
| [20] | 57tebobm,francisca.cumamulticopperoxidasegenesfromdiversemn(ii)-oxidizingandnon-mn(ii)-oxidizingpseudomonasstrains[j].applenvironmicrobiol,2001,67(9):4272~4278
|
| [21] | 58devrind-dejongew,brouwersgj,vijgenboome,corstjensplam,devrindjpm.bacterialmn2+oxidizingsystemsandmulticopperoxidases:anoverviewofmechanismsandfunctions[j].geomicrobiolj,2000,17(1):1-24
|
| [22] | 59tebobm,bargarjr,clementbg,dickgj,murraykj,parkerd,verityr,webbsm.biogenicmanganeseoxides:propertiesandmechanismsofformation[j].annurevearthplanetsci,2004,32:287-328
|
| [23] | 60geszvaink,tebobm.identificationofatwo-componentregulatorypathwayessentialformn(ii)oxidationinpseudomonasputidagb-1[j].applenvironmicrobiol,2010,76(4):1224-1231
|
| [24] | 61hanselcm,francisca.coupledphotochemicalandenzymaticmn(ii)oxidationpathwaysofaplanktonicroseobacter-likebacterium[j].applenvironmicrobiol,2006,72(5):3543-3549
|
| [25] | 62nelsonym,lionlw,ghiorsewc,shulerml.productionofbiogenicmnoxidesbyleptothrixdiscophorass-1inachemicallydefinedgrowthmediumandevaluationoftheirpbadsorptioncharacteristics[j].applenvironmicrobiol,1999,65(1):175-180
|
| [26] | 63kimss,bargarjr,nealsonkh,floodbe,kirschvinkjl,raubtd,tebobm,villalobosm.searchingforbiosignaturesusingelectronparamagneticresonance(epr)analysisofmanganeseoxides[j].astrobiology,2011,11(8):775-786
|
| [27] | 64conklinmh,kayjt,fullercc,o’daypa.processesofnickelandcobaltuptakebyamanganeseoxideformingsedimentinpinalcreek,globeminingdistrict,arizona[j].environmscitechnol,2001,35(24):4719-4725
|
| [28] | 65ouvrards,simonnotmo,sardinm.reactivebehaviorofnaturalmanganeseoxidestowardtheadsorptionofphosphateandarsenate[j].indenginchemres,2002,41(11):2785-2791
|
| [29] | 66mengyt,zhengym,zhanglm,hejz.biogenicmnoxidesforeffectiveadsorptionofcdfromaquaticenvironment[j].environpoll,2009,157(8/9):2577-2583
|
| [30] | 67李圭白,杨艳玲,李星,李虹.锰化合物净水技术[m].北京:中国建筑工业出版社,2006.26-40
|
| [31] | 68duckworthow,bargarjr,spositog.sorptionofferricironfromferrioxaminebtosyntheticandbiogeniclayertypemanganeseoxides[j].geochimcosmochimacta,2008,72(14):3371-3380
|
| [32] | 69katsoyiannisia,zouboulisai,jekelm.kineticsofbacterialas(iii)oxidationandsubsequentas(v)removalbysorptionontobiogenicmanganeseoxidesduringgroundwatertreatment[j].indenginchemres,2004,43(2):486-493
|
| [33] | 70villalobosm,bargarj,spositog.mechanismsofpb(ii)sorptiononabiogenicmanganeseoxide[j].environscitechnol,2005,39(2):569-576
|
| [34] | 71saratovskyi,wightmanpg,pastenpa,gaillardjf,poeppelmeierkr.manganeseoxides:parallelsbetweenabioticandbioticstructures[j].jamchemsoc,2006,128(34):11188-11198
|
| [35] | 72zhumq,ginder-vogelm,sparksdl.ni(ii)sorptiononbiogenicmn-oxideswithvaryingmnoctahedrallayerstructure[j].environscitechnol,2010,44(12):4472-4478
|
| [36] | 73zhumq,ginder-vogelm,parikhsj,fengxh,sparksdl.cationeffectsonthelayerstructureofbiogenicmn-oxides[j].environscitechnol,2010,44(12):4465-4471
|
| [37] | 74waitetd,wrigleyic,szymczakr.photoassisteddissolutionofacolloidalmanganeseoxideinthepresenceoffulvic-acid[j].environscitechnol,1988,22(7):778-785
|
| [38] | 75sundawg,kieberdj.oxidationofhumicsubstancesbymanganeseoxidesyieldslow-molecular-weightorganicsubstrates[j].nature,1994,367(6458):62-64
|
| [39] | 76skarpeli-liatim,jiskram,turgeona,garran,arnoldwa,cramercj,schwarzenbachrp,hofstettertb.usingnitrogenisotopefractionationtoassesstheoxidationofsubstitutedanilinesbymanganeseoxide[j].environscitechnol,2011,45(13):5596-5604
|
| [40] | 77ulrichhj,stoneat.theoxidationofchlorophenolsadsorbedtomanganeseoxidesurfaces[j].environscitechnol,1989,23(4):421-428
|
| [41] | 78rudderjd,wieletvd,dhoogew,comhairef,verstraetew.advancedwatertreatmentwithmanganeseoxidefortheremovalof17α-ethynylestradiol(ee2)[j].waterres,2004,38(1):184-192
|
| [42] | 79xul,xuc,zhaom,qiuy,shenggd.oxidativeremovalofaqueoussteroidestrogensbymanganeseoxides[j].waterres,2008,42(20):5038-5044
|
| [43] | 80barrettka,mcbridemb.oxidativedegradationofglyphosateandaminomethylphosphonatebymanganeseoxide[j].environscitechnol,2005,39(23):9223-9228
|
| [44] | 81zhanghc,huangch.reactivityandtransformationofantibacterialn-oxidesinthepresenceofmanganeseoxide[j].environscitechnol,2005,39(2):593-601
|
| [45] | 82chenwr,dingyj,johnstonct,teppenbj,boydsa,lih.reactionoflincosamideantibioticswithmanganeseoxideinaqueoussolution[j].environscitechnol,2010,44(12):4486-4492
|
| [46] | 83rubertkf,pedersenja.kineticsofoxytetracyclinereactionwithahydrousmanganeseoxide[j].environscitechnol,2006,40(23):7216-7221
|
| [47] | 84forrezi,carballam,verbekenk,vanhaeckel,schlusenerm,ternest,boonn,verstraetew.diclofenacoxidationbybiogenicmanganeseoxides[j].environscitechnol,2010,44(9):3449-3454
|
| [48] | 85tebobm,murraykj,webbsm,bargarjr.indirectoxidationofco(ii)inthepresenceofthemarinemn(ii)-oxidizingbacteriumbacillussp.strainsg-1[j].applenvironmicrobiol,2007,73(21):6905-6909
|
| [49] | 86driehausw,seithr,jekelm.oxidationofarsenate(iii)withmanganeseoxidesinwater-treatment[j].waterres,1995,29(1):297-305
|
| [50] | 87chinnis,andersoncr,ulrichku,giammarde,tebobm.indirectuo(2)oxidationbymn(ii)-oxidizingsporesofbacillussp.strainsg-1andtheeffectofuandmnconcentrations[j].environscitechnol,2008,42(23):8709-8714
|
| [51] | 88laffertybj,ginder-vogelm,zhumq,livikjt,sparksdl.arseniteoxidationbyapoorlycrystallinemanganese-oxide.2.resultsfromx-rayabsorptionspectroscopyandx-raydiffraction[j].environscitechnol,2010,44(22):8467-8472
|
| [52] | 89nicops,anastasioc,zasoskirj.rapidphoto-oxidationofmn(ii)mediatedbyhumicsubstances[j].geochimcosmochimacta,2002,66(23):4047-4056
|
| [53] | 90auréliegodrantalr,géraldinesarthou,t.davidwaite.newmethodforthedeterminationofextracellularproductionofsuperoxidebymarinephytoplanktonusingthechemiluminescenceprobesmclaandred-cla[j].limnologyandoceanogrmethods,2009,7:682-692
|
| [54] | 91roseal,webbea,waitetd,moffettjw.measurementandimplicationsofnonphotochemicallygeneratedsuperoxideintheequatorialpacificocean[j].environscitechnol,2008,42(7):2387-2393
|
| [55] | 92parkerdl,spositog,tebobm.manganese(iii)bindingtoapyoverdinesiderophoreproducedbyamanganese(ii)-oxidizingbacterium[j].geochimcosmochimacta,2004,68(23):4809-4820
|
| [56] | 93farnsworthce,voegelina,heringjg.manganeseoxidationinducedbywatertablefluctuationsinasandcolumn[j].environscitechnol,2012,46(1):277-284
|
| [57] | 94hopeck,botttr.laboratorymodellingofmanganesebiofiltrationusingbiofilmsofleptothrixdiscophora[j].waterres,2004,38(7):1853-1861
|
| [58] | 95paciniva,ingallinellaam,sanguinettig.removalofironandmanganeseusingbiologicalroughingupflowfiltrationtechnology[j].waterres,2005,39(18):4463-4475
|
| [59] | 96sharmask,petrusevskib,schippersjc.biologicalironremovalfromgroundwater:areview[j].jwatersupplyrestechnol-aqua,2005,54(4):239-247
|
| [60] | 97zouboulisai,katsoyiannisia.recentadvancesinthebioremediationofarsenic-contaminatedgroundwaters[j].environintern,2005,31(2):213-219
|
| [61] | 98katsoylannisia,zouboulisai.useofiron-andmanganese-oxidizingbacteriaforthecombinedremovalofiron,manganeseandarsenicfromcontaminatedgroundwater[j].waterqualresjcan,2006,41(2):117-129
|
| [62] | 99gagnonga,burgerms,mercerss,shupegd.manganeseremovalduringbench-scalebiofiltration[j].waterres,2008,42(19):4733-4742
|
| [63] | 100verstraetew,forrezi,carballam,noppeh,debrabanderh,boonn.influenceofmanganeseandammoniumoxidationontheremovalof17alpha-ethinylestradiol(ee2)[j].waterres,2009,43(1):77-86
|
| [64] | 101verstraetew,hennebelt,degussemeb,boonn.biogenicmetalsinadvancedwatertreatment[j].trendsbiotechnol,2009,27(2):90-98
|
| [65] | 102vandenabeelej,vandewoestynem,houwenf,germonprer,vandesanded,verstraetew.roleofautotrophicnitrifiersinbiologicalmanganeseremovalfromgroundwatercontainingmanganeseandammonium[j].microbecol,1995,29(1):83-98
|
| [66] | 1张杰,李冬,杨宏,陈立学,高洁.生物固锰除锰机理与工程技术[m].北京:中国建筑工业出版社,2004.108-208
|
| [67] | 2poppjl,kalyanaramanb,kirktk.ligninperoxidaseoxidationofmn2+inthepresenceofveratrylalcohol,malonicoroxalic-acid,andoxygen[j].biochemistry,1990,29(46):10475-10480
|
| [68] | 3shilleram,stephensth.microbialmanganeseoxidationinthelowermississippiriver:methodsandevidence[j].geomicrobiolj,2005,22(3/4):117-125
|
| [69] | 16webbsm,tebobm,bargatjr.structuralcharacterizationofbiogenicmnoxidesproducedinseawaterbythemarinebacillussp.strainsg-1[j].amminer,2005,90(8-9):1342-1357
|
| [70] | 4dietricham,cerratojm,falkinhamjo,knockewr,mckinneycw,prudena.manganese-oxidizingand-reducingmicroorganismsisolatedfrombiofilmsinchlorinateddrinkingwatersystems[j].waterres,2010,44(13):3935-3945
|
| [71] | 5jamesjm.kineticsofreactionbetweeno2andmn(ii)speciesinaqueoussolutions[j].geochimcosmochimacta,2005,69(1):35-48
|
| [72] | 6taniy,ohashim,miyatan,seyamah,iwahorik,somam.sorptionofco(ii),ni(ii),andzn(ii)onbiogenicmanganeseoxidesproducedbyamn-oxidizingfungus,strainkr21-2[j].jenvironscihealthparta,2004,39(10):2641-2660
|
| [73] | 7nelsonym,lionlw,shulerml,ghiorsewc.effectofoxideformationmechanismsonleadadsorptionbybiogenicmanganese(hydr)oxides,iron(hydr)oxides,andtheirmixtures[j].environscitechnol,2002,36(3):421-425
|
| [74] | 8learmandr,wankelsd,webbsm,martinezn,maddenas,hanselcm.coupledbiotic-abioticmn(ii)oxidationpathwaymediatestheformationandstructuralevolutionofbiogenicmnoxides[j].geochimcosmochimacta,2011,75(20):6048-6063
|
| [75] | 9corstjensplam,devrindjpm,goosent,devrinddejongew.identificationandmolecularanalysisoftheleptothrixdiscophorass-1mofagene,ageneputativelyencodingamanganese-oxidizingproteinwithcopperdomains[j].geomicrobiolj,1997,14(2):91-108
|
| [76] | 10brouwersgj,devrindjpm,corstjensp,cornelisp,bayssec,dejonge.cuma,ageneencodingamulticopperoxidase,isinvolvedinmn2+oxidationinpseudomonasputidagb-1[j].applenvironmicrobiol,1999,65(4):1762-1768
|
| [77] | 11ridgejp,linm,larsenei,feganm,mcewanag,slyli.amulticopperoxidaseisessentialformanganeseoxidationandlaccase-likeactivityinpedomicrobiumsp.acm3067[j].environmicrobiol,2007,9(4):944-953
|
| [78] | 12dickgj,torpeyjw,beveridgetj,teboba.directidentificationofabacterialmanganese(ii)oxidase,themulticopperoxidasemnxg,fromsporesofseveraldifferentmarinebacillusspecies[j].applenvironmicrobiol,2008,74(5):1527-1534
|
| [79] | 13bargarjr,tebobm,villinskije.insitucharacterizationofmn(ii)oxidationbysporesofthemarinebacillussp.strainsg-1[j].geochimcosmochimacta,2000,64(16):2775-2778
|
| [80] | 14tebobm,webbsm,dickgj,bargarjr.evidenceforthepresenceofmn(iii)intermediatesinthebacterialoxidationofmn(ii)[j].proceednatacadsciusa,2005,102(15):5558-5563
|
| [81] | 15petkovv,reny,saratovskyi,paste?np,gurrsj,haywardma,poeppelmeierkr,gaillardjf.atomic-scalestructureofbiogenicmaterialsbytotalx-raydiffraction:astudyofbacterialandfungalmnox[j].acsnano,2009,3(2):441-445
|
| [82] | 17bargarjr,webbsm,tebobm.exafs,xanesandin-situsr-xrdcharacterizationofbiogenicmanganeseoxidesproducedinseawater[j].physscr,2005,t115:888-890
|
| [83] | 18villalobosm,tonerb,bargarj,spositog.characterizationofthemanganeseoxideproducedbypseudomonasputidastrainmnb1[j].geochimcosmochimacta,2003,67(14):2649-2662
|
| [84] | 19taniy,miyatan,ohashim,ohnukit,seyamah,iwahorik,somam.interactionofinorganicarsenicwithbiogenicmanganeseoxideproducedbyamn-oxidizingfungus,strainkr21-2[j].environscitechnol,2004,38(24):6618-6624
|
| [85] | 20tebobm,murraykj.cr(iii)isindirectlyoxidizedbythemn(ii)-oxidizingbacteriumbacillussp.strainsg-1[j].environscitechnol,2007,41(2):528-533
|
| [86] | 21verstraetew,forrezi,carballam,finkg,wicka,hennebelt,vanhaeckel,ternest,boonn.biogenicmetalsfortheoxidativeandreductiveremovalofpharmaceuticals,biocidesandiodinatedcontrastmediainapolishingmembranebioreactor[j].waterres,2011,45(4):1763-1773
|
| [87] | 22lid,zhangj,wanght,chenlx,wangh.applicationofbiologicalprocesstotreatthegroundwaterwithhighconcentrationofironandmanganese[j].jwatersupplyrestechnol-aqua,2006,55(5):313-320
|
| [88] | 23zouboulisa,katsoyiannisi,althoffh,bartelh.as(iii)removalfromgroundwatersusingfixed-bedupflowbioreactors.chemosphere,2002,47(3):325-332
|
| [89] | 24murrayjw,dillardjg,giovanolir,moersh,stummw.oxidationofmn(ii):initialmineralogy,oxidationstateandageing[j].geochimcosmochimacta,1985,49(2):463-470
|
| [90] | 25johnsonha,tebobm.invitrostudiesindicateaquinoneisinvolvedinbacterialmn(ii)oxidation[j].archmicrobiol,2008,189(1):59-69
|
| [91] | 26andersoncr,johnsonha,caputon,davisre,torpeyjw,tebobm.mn(ii)oxidationiscatalyzedbyhemeperoxidasesin“aurantimonasmanganoxydans”strainsi85-9a1anderythrobactersp.strainsd-21[j].applenvironmicrobiol,2009,75(12):4130-4138
|
| [92] | 27learmandr,voelkerbm,vazquez-rodriguezai,hanselcm.formationofmanganeseoxidesbybacteriallygeneratedsuperoxide[j].natgeosci,2011,4(2):95-98
|
| [93] | 28glennjk,akileswaranl,goldmh.mn(ii)oxidationistheprincipalfunctionoftheextracellularmn-peroxidasefromphanerochaete-chrysosporium[j].archbiochembiophys,1986,251(2):688-696
|
| [94] | 29khindariaa,barrdp,austsd.ligninperoxidasescanalsooxidizemanganese[j].biochemistry,1995,34(23):7773-7779
|
| [95] | 30schlosserd,hoferc.laccase-catalyzedoxidationofmn2+inthepresenceofnaturalmn3+chelatorsasanovelsourceofextracellularh2o2productionanditsimpactonmanganeseperoxidase[j].appl&environmicrobiol,2002,68(7):3514-3521
|
| [96] | 31hoferc,schlosserd.novelenzymaticoxidationofmn2+tomn3+catalyzedbyafungallaccase[j].febslett,1999,451(2):186-190
|
| [97] | 32tebobm,johnsonha,mccarthyjk,templetonas.geomicrobiologyofmanganese(ii)oxidation[j].trendsmicrobiol,2005,13(9):421-428
|
| [98] | 33poppjl,kirktk.oxidationofmethoxybenzenesbymanganeseperoxidaseandbymn3+[j].archbiochembiophys,1991,288(1):145-148
|
| [99] | 34devrindjpm,devrinddejongew,devoogtjwh,westbroekp,boogerdfc,rossonra.manganeseoxidationbysporesandsporecoatsofamarinebacillusspecies[j].applenvironmicrobiol,1986,52(5):1096-1100
|
| [100] | 35mandernackkw,postj,tebobm.manganesemineralformationbybacterial-sporesofthemarinebacillus,strainsg-1-evidenceforthedirectoxidationofmn(ii)tomn(iv)[j].geochimcosmochimacta,1995,59(21):4393-4408
|
| [101] | 36okazakim,sugitat,shimizum,ohodey,iwamotok,devrinddejongew,devrindjpm,corstjensp.partialpurificationandcharacterizationofmanganese-oxidizingfactorsofpseudomonasfluorescensgb-1[j].applenvironmicrobiol,1997,63(12):4793-4799
|
| [102] | 37devrindjpm,brouwersgj,corstjensplam,dendulkj,devrind-dejongew.thecytochromecmaturationoperonisinvolvedinmanganeseoxidationinpseudomonasputidagb-1[j].applenvironmicrobiol,1998,64(10):3556-3562
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
