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洋葱伯克霍尔德氏菌及其在林木病害防治中的应用

DOI: 10.3969/j.issn.1000-2006.2013.04.028, PP. 149-155

Keywords: 洋葱伯克霍尔德氏菌,林业病害,生物防治

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Abstract:

洋葱伯克霍尔德氏菌是一个具有17个相近种的复合群体,称为洋葱伯克霍尔德氏菌群(burkholderiacepaciacomplex,简称bcc),其中一些种具有生物防治、促进植物生长、生物修复等功能,同时又有一些种是人类的条件致病菌。笔者就bcc的生物学特性、基因型和基因组、生防机制、安全性评估、在林业中的应用现状等进行综述,同时对其在我国林业中应用前景进行了分析,认为正确区分有毒株和无毒株是bcc在林业中应用的关键和前提,最后提出了在林业中应用bcc菌株要注意的8个方面。

References

[1]  vanlaeree,baldwina,geversd,etal.taxonk,acomplexwithintheburkholderiacepaciacomplex,comprisesatleasttwonovelspecies,burkholderiacontaminanssp.nov.andburkholderialatasp.nov.[j].internationaljournalofsystematicandevolutionarymicrobiology,2009,59(1),102-111.
[2]  agnolik,schwagers,uehlingers,etal.exposingthethirdchromosomeofburkholderiacepaciacomplexstrainsasavirulenceplasmid[j].molecularmicrobiology,2012,83(2):362-378.
[3]  govanjrw,hughesje,vandammep.burkholderiacepacia:medical,taxonomicandecologicalissues[j].journalofmedicalmicrobiology[j].1996,45(6):395-407
[4]  holmesa,govanj,goldsteinr.agriculturaluseofburkholderia(pseudomonas)cepacia:athreattohumanhealth[j].emerginginfectiousdiseases,1998,4(2):221-227.
[5]  年华,褚云卓,赵敏,等.洋葱伯克霍尔德菌监测结果分析[j].临床检验杂志,2000,18(4):238-239.nianh,chuyz,zhaom,etal.analysisandmonitoringresultsofburkholderiacepacia[j].chinesejournalofclinicallaboratoryscience,2000,18(4):238-239.
[6]  agodia,mahenthiralingame,barchittam,etal.burkholderiacepaciacomplexinfectioninitalianpatientswithcysticfibrosis:prevalence,epidemiology,andgenomovarstatus[j].journalofclinicalmicrobiology,2001,39(8):2891-2896
[7]  coenyet,vandammep.diversityandsignificanceofburkholderiaspeciesoccupyingdiverseecologicalniches[j].environmentalmicrobiology,2003,5(9):719-729.
[8]  罗远婵,谢关林.洋葱伯克氏细菌是我们的敌人还是朋友[j].微生物学报,2005,45(4):647-652.luoyc,xiegl.burkholderiacepacia:ourenemyorfriend[j].actamicrobiologicasinica,2005,45(4):647-652.
[9]  vandammep,dawyndtp.classificationandidentificationoftheburkholderiacepaciacomplex:past,presentandfuture[j].systematicandappliedmicrobiology.2011,34(2):87-95.
[10]  coenyet,mahenthiralingame,henryd,etal.burkholderiaambifariasp.nov,anovelmemberoftheburkholderiacepaciacomplexincludingbiocontrolandcysticfibrosisrelatedisolates[j].internationaljournalofsystematicandevolutionarymicrobiology,2001,51(4):1481-1490.
[11]  lipumajj.updateontheburkholderiacepaciacomplex[j].currentopinioninpulmonarymedicine,2005,11(6):528-533.
[12]  mahenthiralingame,urbanta,goldbergjb.themultifarious,multirepliconburkholderiacepaciacomplex[j].naturereviewsmicrobiology,2005,3:144-156.
[13]  komatsuh,imuray,ohoria,etal.distributionandorganizationofauxotrophicgenesonthemultichromosomalgenomeofburkholderiamultivoransatcc17616[j].journalofbacteriology,2003,185(11):3333-3343.
[14]  bannane,winkelmanng.pyrrolnitrinfromburkholderiacepacia:antibioticactivityagainstfungiandnovelactivitiesagainststreptomycetes[j].journalofappliedmicrobiology,1998,85(1):69-78.
[15]  alisonh,govanj,richardg.couldtheagriculturaluseofburkholderiacepaciaposeathreattohumanhealth[j]emerginginfectiousdiseases,1998,4(2):221-227.
[16]  upadhyayr,visintinl,jayaswalr.environmentalfactoraffectingantagonismsofpseudomonascepaciaagainsttrichodermaviride[j].canadianjournalofmicrobiology,1991,37(11):880-884.
[17]  garbevap,voesenekk,elsasjd.quantitativedetectionanddiversityofthepyrrolnitrinbiosyntheticlocusinsoilunderdifferenttreatments[j].soilbiologyandbiochemistry,2004,36(9):1453-1463.
[18]  hammerpe,hillds,lamst,etal.fourgenesfrompseudomonasfluorescensthatencodethebiosynthesisofpyrrolnitrin[j].appliedandenvironmentalmicrobiology,1997,63(6):2147-2154.
[19]  kirners,hammerpe,hillds,etal.functionsencodedbypyrrolnitrinbiosyntheticgenesfrompseudomonasfluorescens[j].journalofbacteriology,1998,180(7):1939-1943.
[20]  piersoniiils,thomashow.cloningandheterologousexpressionofthephenazinebiosyntheticlocusfrompseudomonasaureofaciens30-84[j].molecularplant-microbeinteractions,1992,5(4):330-39.
[21]  任嘉红,吴小芹,刘辉,等.吡咯伯克霍尔德氏菌jk-sh007抗菌蛋白的分离纯化[j].微生物学通报,2010,37(6):872-880.renjh,wuxq,liuh,etal.isolationandpurificationofantifungalproteinfromburkholderiapyrrociniajk-sh007[j].microbiologychina,2010,37(6):872-880.
[22]  renjh,yejr,liuh,etal.isolationandcharacterizationofanewburkholderiapyrrociniastrainjk-sh007asapotentialbiocontrolagent[j].worldjournalofmicrobiologyandbiotechnology,2011,27(9):2203-2215.
[23]  bevivinoa,peggionv,chiarinil,etal.effectoffusariumverticillioidesonmaize-root-associatedburkholderiacenocepaciapopulations[j].researchinmicrobiology,2005,156(10):974-983.
[24]  clodefe,kaufmannme,malnickh,etal.distributionofgenesencodingputativetransmissibilityfactorsamongepidemicandnonepidemicstrainsofburkholderiacepaciafromcysticfibrosispatientsintheunitedkingdom[j].journalofclinicalmicrobiology,2000,38(5):1763-1766.
[25]  mahenthiralingame,bischofj,byrnesk,etal.dna-baseddiagnosticapproachesfortheidentificationofburkholderiacepaciacomplex,burkholderiavietnamiensis,burkholdriamultivorans,burkholderiastabilis,andburkholderiacepaciagenomovarsⅰandⅲ[j].journalofclinicalmicrobiology,2000,38(9):3165-3173.
[26]  parkejl,gurian-schermand.diversityoftheburkholderiacepaciacomplexandimplicationsforriskassessmentofbiologicalcontrolstrains[j].annualreviewofphytopathology,2001,39(1):225-258.
[27]  laurass,suhsj,sokolpa,etal.asimplealaflfaseedlinginfectionmodelforpseudomonasaeruginosastrainsassociatedwithcystiefibrosisshowsalgt(singta-22)andrhlrcontributetopathogenesis[j].proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica,2002,99(24):15699-15704.
[28]  rahmelg,stevensej,wolfortsf,etal.commonvirulencefactorsforbacterialpathogenicityinplantsandanimals[j].science,1995,268(30):1899-1902.
[29]  szczechm,shodam.biocontrolofrhizoctoniadamping-offoftomatobybacillussubtiliscombinedwithburkholderiacepacia[j].journalofphytopathology-phytopathologischezeitschrift,2004,152(10):549-556.
[30]  paynegw,vandammep,morgansh,etal.developmentofarecagene-basedidentificationapproachfortheentireburkholderiagenus[j].appliedandenvironmentalmicrobiology,2005,71(7):3917-3927.
[31]  islesa,macluskyi,coreym,etal.pseudomonascepaciainfectionincysticfibrosis:anemergingproblem[j].journalofpediatrics,1983,104(2):206-210.
[32]  juhaszal,britzml,stanleyga.degradationoffluoranthene,pyrene,benz[a]anthraceneanddibenz[a,h]anthracenebyburkholderiacepacia[j].journalofappliedmicrobiology,1997,83(2):189-198.
[33]  chiarinil,bevivinoa,dalmastric,etal.burkholderiacepaciacomplexspecies:healthhazardsandbiotechnologicalpotential[j].trendsinmicrobiology,2006,14(6):277-286.
[34]  张军民,罗燕萍,赵莉萍,等.临床分离洋葱伯克霍尔德菌鉴定方法的探讨[j].中华检验医学杂志,2002,25(6):333-335.zhangjm,luoyp,zhaolp,etal.aidentificationmethodforclinialburkholderiacepaciaisolates[j].chinesejournaloflaboratorymedicine,2002,25(6):333-335.
[35]  vandammep,holmesb,vancanneytm,etal.occurrenceofmultiplegenomovarsofburkholderiacepaciaincysticfibrosispatientsandproposalofburkholderiamultivoranssp.nov[j].internationaljournalofsystematicbacteriology,1997,47(4):1188-1200.
[36]  drevinekp,mahenthiralingame.burkholderiacenocepaciaincysticfibrosis:epidemiologyandmolecularmechanismsofvirulence[j].clinicalmicrobiologyandinfection,2010,16(7):821-830.
[37]  eganes,fogelma,waldormk.dividedgenomes:negotiatingthecellcycleinprokaryoteswithmultiplechromosomes[j].molecularmicrobiology,2005,56(5):1129-1138.
[38]  holdenmt,seth-smithhm,crossmanlc,etal.thegenomeofburkholderiacenocepaciaj2315,anepidemicpathogenofcysticfibrosispatients[j].journalofbacteriology,2009,191(1):261-277.
[39]  meijerah,spainkhp.host-pathogeninteractionsmadetransparentwiththezebrafishmodel[j].currrntdrugtargets,2011,12(7):1000-1017.
[40]  weilhartera,mitterb,shinmv,etal.completegenomesequenceoftheplantgrowth-promotingendophyteburkholderiaphytofirmansstrainpsjn[j].journalofbacteriology,2011,193(13):3383-3384.
[41]  guow,wangy,songc,etal.completegenomeofpseudomonasmendocinank-01,whichsynthesizesmedium-chain-lengthpolyhyd-roxyalkanoatesandalginateoligosaccharide[j].journalofbacteriology,2011,193(13):3413-3414.
[42]  meyerse,bisacchigs,deanl,etal.xylocandin:anewcomplexofantifungalpeptide.i:taxonomy,isolationandbiologicalactivity[j].thejournalofantibiotics,1987,40(11):1515-1519.
[43]  quancs,zhengw,liuq,etal.isolationandcharacterizationofanovelburkholderiacepaciawithstrongantifungalactivityagainstrhizoctoniasolani[j].biocontrol,2006,72(6):1276-284.
[44]  arimak,imanakai,kousakam,etal.pyrrolnitrinanewantibioticsubstance,producedbypseudomonas[j].agriculturalandbiologicalchemistry,1964,28:575-576.
[45]  hillds,steinji,torkewitznr,etal.cloningofgenesinvolvedinthesynthesisofpyrrolnitrinfrompseudomonasflureseensandroleofpyrrolnitrinsynthesisinbiologicalcontrolofplantdisease[j].appliedandenvironmentalmicrobiology,1994,60(1):78-85.
[46]  janisiewiczw,roitmanj.biologicalcontrolofbluemoldandgreymoldonappleandpearwithpseudomonascepecia[j].phytopathology,1988,78(12):1697-1700.
[47]  hwangj,chiltonws,bensondm.pyrrolnitrinproductionbyburkholderiacepaciaandbiocontrolofrhizoctoniastemrotofpoinsettia[j].biologicalcontrol,2002,25(1):56-63.
[48]  berniersp,silo-suhl,woodsde,etal.comparativeanalysisofplantandanimalmodelsforcharacterizationofburkholderiacepaciavirulence[j].infectionandimmunity,2003,71(9):5306-5313.
[49]  张立新,宋江华,谢关林.洋葱伯克氏菌基因型的鉴定及其在苜蓿模型上的毒力分析[j].微生物学报,2008,48(11):1145-1450.zhanglx,songjg,xiegl.identificationoftheburkholderiacepaciacomplexgenomovarsandtheirvirulenceinanalfalfainfectionmodel[j].actamicrobiologicasinica,2008,48(11):1145-1450.
[50]  vergunstac,meijerah,renshawsa,etal.burkholderiacenocepaciacreatesanintramacrophagereplicationnicheinzebrafishembryos,followedbybacterialdisseminationandestablishmentofsystemicinfection[j].infectionandimmunity,2010,78(4):1495-1508.
[51]  hebberkp,martelmh,teulint.suppressionofpre-andpostemergencedamping-offincornbyburkholderiacepacia[j].europeanjournalofplantpathology,1998,104(1):29-36.
[52]  singhrk,mishrarpn,jaiswalhk,etal.isolationandidentificationofnaturalendophyticrhizobiafromrice(oryzasatival.)throughrdnapcr-rflpandsequenceanalysis[j].currentmicrobiology,2006,52(5):345-349.
[53]  李纪顺,杨合同,陈凯,等.伯克霍尔德氏菌b418的生物学特性[c]//中国植物病理学会2005年学术年会论文集.保定,2005.lijs,yanght,chenk,etal.biologicalcharacteristicsofburkholderiasp.b418[c]//proceedingsofthe2005annualconferenceofthechinesesocietyofplantpathology.baoding,china.2005.
[54]  谢关林,金扬秀,徐传雨,等.我国水稻纹枯病拮抗细菌种类研究[j].中国生物防治,2003,19(4):166-170.xiegl,jinyx,xucy,etal.bacterialantagonistsofricesheathblightdiseaseinchina[j].chinesejournalofbiologicalcontrol,2003,19(4):166-170.
[55]  于晓庆,郗丽君,刘永光,等.洋葱伯克霍尔德氏菌株lyc2的鉴定及对棉苗的防病促生作用[j].植物病理学报,2007,37(4):426-432.yuxq,xilj,liuyg,etal.physio-biochemicalcharacterizationandmolecularidentificationofburkholderiacepaciaisolatelyc2asapgprtocottonseedlings[j].actaphytopathologicasinica,2007,37(4):426-432.
[56]  谭小艳,黄思良,任建国,等.柑桔溃疡病内生拮抗细菌bc51的研究[j].植物病理学报,2007,7(1):9-17.tanxy,huangsl,renjg,etal.characterizationofanendophyticbacteriumstrainbc51suppressingcitruscanker[j].actaphytopathologicasinica,2007,7(1):9-17.
[57]  牟志美,路国兵,冀宪领,等.桑树内生拮抗细菌burkholderiacepacialu10-1的分离鉴定及其内生定殖[j].微生物学报,2008,48(5):623-630.mouzm,lugb,jixl,etal.identificationandcolonizationofanantagonisticendophyticburkholderiacepacialu10-1isolatedfrommulberry[j].actamicrobiologicasinica,2008,48(5):623-630.
[58]  王勋建,蔡三山,霍宪起,等.松苗根际生防菌的研究[j].南京林业大学学报:自然科学版,2009,33(6):151-154.wangxj,caiss,huoxq,etal.studyonbiocontrolbacteriastrainofpineseedlingrhizosphere[j].journalofnanjingforestryuniversity:naturalsciencesedition,2009,33(6):151-154.

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