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OALib Journal期刊
ISSN: 2333-9721
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真菌产纤维素酶的诱导物及其调控机理研究进展
DOI: 10.3724/SP.J.1145.2010.00440, PP. 440-444
Keywords: 真菌,纤维素酶,诱导物,诱导,阻遏,表达调控
Abstract:
木质纤维素原料作为一种储量丰富、价格低廉的可再生资源，在生物燃料以及相关高附加值产品领域的应用已成为一个研究热点.纤维素酶是木质纤维素原料资源化利用过程中的关键酶，但从自然中筛选的纤维素降解菌株酶活较低，因而制约了木质纤维素原料的资源化利用.本文综述了真菌产纤维素酶的诱导物及纤维素酶表达调控机理研究的主要进展，着重讨论了纤维素、纤维二糖、槐糖、龙胆二糖等诱导物对真菌产纤维素酶的诱导作用以及葡萄糖等代谢产物的抑制作用，并阐述了真菌纤维素酶诱导表达调控的机理以及纤维素酶基因表达激活子（ace）、木聚糖酶转录激活因子（xyr1）、内切葡聚糖苷酶激活元件（cae）、分解代谢物抑制蛋白（cre）等调控因子的研究进展.提出通过对纤维素酶合成代谢进行调控来高效合成纤维素酶，为提高纤维素酶的活性和纤维素酶工业化应用提供参考.参51
| [1] | 1陈洪章.纤维素生物技术.北京:化学工业出版社,2005.46~50
|
| [2] | 10mandelsm,reeseet.inductionofcellulaseinfungalbycellobiose.jbacteriol,1960,79(6):816~826
|
| [3] | 11wangxf(王晓芳),xuxs(徐旭士),wum(吴敏),yangyn(杨亚南).inductionandregulationofcellulaseformationintwotrainsoffungibydifferentcarbonsources.chinjapplenvironbiol(应用与环境生物学报),2002,8(6):653~657
|
| [4] | 13iyayicb,bruchmannee,kubicekcp.inductionofcellulaseformationofcellulaseformationintrichodermareeseibycellobiono-1,5-lacton.archmicrobiol,1989,151(4):326~330
|
| [5] | 14szakmaryk,wotawaa,kubicekcp.originofoxidizedcellulosedegradationproductsandmechanismoftheirpromotionofcellobiohydrolase-ibiosynthesisintrichodermareesi.jgenmicrobiol,1991,137:2873~2878
|
| [6] | 15loewenbergjr,chapmancm.sophorosemetabolismandcellulaseinducionintrichoderma.archmicrobiol,1977,113(1~2):61~64
|
| [7] | 19chaudhuribk,sahaiv.productionofcellulaseenzymefromlactoseinbatchandcontinuousculturesbyapartiallyconstitutivestrainoftrichoderma-reesei.enzymeµbtechnol,1993,15(6):513~518
|
| [8] | 20sehnemnt,debittencourtlr,camassolam,dillonajp.cellulaseproductionbypenicilliumechinulatumonlactose.applmicrobiol&biotechnol,2006,72(1):163~167
|
| [9] | 21fangx,yanos,inoueh,sawayamas.lactoseenhancescellulaseproductionbythefilamentousfungusacremoniumcellulolyticus.jbiosci&bioeng,2008,106(2):115~120
|
| [10] | 22aiyc(艾云灿),mengfm(孟繁梅),gaopj(高培基),kubicekchristianp.basisofspecificityofinductionandrepressionbycellobioseoncellulasebiosynthesisinfungi.actascinaturaliumunivsunyatseni(中山大学学报自然科学版),2000,39(3):47,57,67,77
|
| [11] | 23sahoodk,mishras,bisariavs.influenceofl-sorboseongrowthandenzyme-synthesisoftrichodermareeseic-5.jgenmicrobiol,1986,132:2761~2766
|
| [12] | 24karaffal,feketee,gamaufc,szentirmaia,kubicekcp,seibothb.d-galactoseinducescellulasegeneexpressioninhypocreajecorinaatlowgrowthrates.microbiology-sgm,2006,152:1507~1514
|
| [13] | 25nogawam,gotom,okadah,morikaway.l-sorboseinducescellulasegenetranscriptioninthecellulolyticfungustrichodermareesei.currgenet,2001,38(6):329~334
|
| [14] | 26aibl(艾斌凌),wangyq(王义强),chenjn(陈介南).enhancementofbrantocellulaseproductionbytrichodermareeseirutc-30.biomasschemeng(生物质化学工程),2009,43(2):27~33
|
| [15] | 27hrmovam,petrakovae,bielyp.inductionofcellulose-andxylan-degradingenzymesystemsinaspergillusterreusbyhomo-andheterodisaccharidescomposedofglucoseandxylose.jgenmicrobiol,1991,137(3):541~547
|
| [16] | 29vaherimp,vaherimeo,kauppinenvs.formationandreleaseofcellulolyticenzymesduringgrowthoftrichodermareeseioncellobioseandglycerol.eurjapplmicrobiol&biotechnol,1979,8(1~2):73~80
|
| [17] | 30elgogarys,leitea,crivellaroo,eveleighde,eldorryh.mechanismbywhichcellulosetriggerscellobiohydrolase-igeneexpressionintrichodermareesei.procnatacadsciusa,1989,86(16):6138~6141
|
| [18] | 31carleuriostejc,escobarveraj,elgogarys,henriquesilvaf,torigoie,crivellaroo,herreraestrellaa,eldorryh.cellulaseinductionintrichodermareeseibycelluloserequiresitsownbasalexpression.jbiolchem,1997,272(15):10169~10174
|
| [19] | 33claeyssensm,vantilbeurghh.studiesofthecellulolyticsystemofthefilamentousfungustrichodermareeseiqm-9414substratespecificityandtransferactivityofendoglucanase-i.biochemj,1990,270(1):251~256
|
| [20] | 36nisizawat,suzukih,nakayamam,nisizawak.inductiveformationofcellulasebysophoroseintrichodermaviride.jbiochem,1971,70(3):375~385
|
| [21] | 37messnerr,kubicekcp.carbonsourcecontrolofcellobiohydrolase-iandcellobiohydrolase-iiformationbytrichodermareesei.appl&environmicrobiol,1991,57(3):630~635
|
| [22] | 38huangy(黄艳),qiny(覃拥灵),lingm(凌敏),liw(李玮),liangzq(梁智群).studyoncellulasesproductionbytrichodermaknoningiiwiththeinducementofdifferentcarbonsources.chinabrew(中国发酵),2008(15):41~44
|
| [23] | 39zhuys(朱雨生),tanc(谭常).inductionandregulationofcellulaseformationintrichodermaⅱ:inductionofcellulasebysophoroseinwashedmyceliaoft.pseudokoningiiea_3-867anditscataboliterepression.actaphotophysiolsin(植物生理与分子生物学学报),1978,18(1):302~331
|
| [24] | 40nisizawat,suzukih.cataboliterepressionofcellulaseformationintrichodermaviride.jbiochem,1972,71(6):999~1007
|
| [25] | 41sunxy(孙宪昀),quyb(曲音波),liuzy(刘自勇).progressinresearchoflignocellulose-degradingenzymesfrompenicillium.chinjapplenvironbiol(应用与环境生物学报),2007,13(5):736~740
|
| [26] | 42saloheimoa,aron,ilmenm,penttilam.isolationoftheace1geneencodingacys(2)-his(2)transcriptionfactorinvolvedinregulationofactivityofthecellulasepromotercbh1oftrichodermareesei.jbiolchem,2000,275(8):5817~5825
|
| [27] | 43rauscherr,wurleitnere,wacenovskyc,aron,strickerar,zeilingers,kubicekcp,penttilam,machrl.transcriptionalregulationofxyn1,encodingxylanasei,inhypocreajecorina.eukaryoticcell,2006,5(3):447~456
|
| [28] | 44lingm(凌敏),qinyl(覃拥灵),lin(李楠),liangzq(梁智群).cloningandfunctionalanalysisoftworegulatorsinvolvedinregulationofcellulaseformationintrichodermakoningii.chinjbiotech(生物工程学报),2008,24(10):1808~1812
|
| [29] | 45zeilingers,machrl,kubicekcp.twoadjacentproteinbindingmotifsinthecbh2(cellobiohydrolaseii-encoding)promoterofthefungushypocreajecorina(trichodermareesei)cooperateintheinductionbycellulose.jbiolchem,1998,273(51):34463~34471
|
| [30] | 46ilmenm,onnelaml,klemsdals,penttilam.functionalanalysisofthecellobiohydrolaseipromoterofthefilamentousfungustrichodermareesei.mol&gengenet,1996,253(3):303~314
|
| [31] | 47kubicekcp,harmange.trichodermaandgliocladium.london:taylor&francisltd,1998.75~94
|
| [32] | 50schmollm,schustera,silvard,kubicekcp.theg-alphaproteingna3ofhypocreajecorina(anamorphtrichodermareesei)regulatescellulasegeneexpressioninthepresenceoflight.eukaryoticcell,2009,8(3):410~420
|
| [33] | 51rahmanz,shiday,furukawat,suzukiy,okadah,ogasawaraw,morikaway.applicationoftrichodermareeseicellulaseandxylanasepromotersthroughhomologousrecombinationforenhancedproductionofextracellularbeta-glucosidasei.bioscibiotechnol&biochem,2009,73(5):1083~1089
|
| [34] | 2levinsonhs,reeseet.enzymatichydrolysisofsolublecellulosederivativesasmeasuredbychangesinviscosity.jgenphysiol,1950,33(5):601~628
|
| [35] | 3watanabeh,takasea,tokudag,yamadaa,lon.symbiotic“archaezoa”oftheprimitivetermitemastotermesdarwiniensisstillplayaroleincellulaseproduction.eukaryoticcell,2006,5(9):1571~1576
|
| [36] | 4mandelsm,reeseet.inductionofcellulaseintrichodermavirideasinfluencedbycarbonsourcesandmetals.jbacteriol,1957,73(2):269~278
|
| [37] | 5loginovalg,tashpulatovz.thethermophilicfungusaspergillusfumigatusformingactivecellulase.mikrobiologiia,1965,34(2):258~64
|
| [38] | 6lindvalls,erikssonafv.studiesonanewcellulasepreparationfrompenicillium.2propertiesandactionupondifferentsubstrates.jpharm&pharmacol,1959,11(12):756~763
|
| [39] | 7ikeday,hayashih,okudan,parkey.efficientcellulaseproductionbythefilamentousfungusacremoniumcellulolyticus.biotechnolprogr,2007,23(2):333~338
|
| [40] | 8kruszewskaj,palamarczykg,cpkubicek.stimulationofexoproteinsecretionbycholineandtween-80intrichodermareeseiqm-9414correlateswithincreasedactivitiesofdolicholphosphatemannosesynthase.jgenmicrobiol,1990,136:1293~1298
|
| [41] | 9kubicekcp,messnerr,gruberf,machrl,kubicekpranzem.thetrichodermacellulaseregulatorypuzzle:fromtheinteriorlifeofasecretoryfugus.enzymeµbtechnol,1993,15(2):90~99
|
| [42] | 12fritscherc,messnerr,kubicekcp.cellobiosemetabolismandcellobiohydrolase-ibiosynthesisbytrichodermareesei.expmycol,1990,14(4):405~415
|
| [43] | 16sternbergd,mandelsgr.inductionofcellulolyticenzymesintrichodermareeseibysophorose.jbacteriol,1979,139(3):761~769
|
| [44] | 17huangzy(黄振艳).studyontheproductionofcellulasesolubleinduceranditsfundamentalapplicationincellulaseproduction:[marsterdegreedisertation].hangzhou,china:zhejianguniversity(杭州:浙江大学),2008
|
| [45] | 18locm,julk.sophorolpidsinducedcellulaseproductioninco-culturesofhypocreajecorinarutc30andcandidabombicola.enzymeµbtechnol,2009,44(2):107~111
|
| [46] | 28mandelsm,reeseet,parrishfw.sophoroseasaninducerofcellulaseintrichodermaviride.jbacteriol,1962,83(2):400~408
|
| [47] | 32zhuys(朱雨生).inductionandregulationofcellulaseformationintrichodermaⅳ:changesinregulatorymechanismsofcellulasesynthesisoftwomutantswithhighcellulaseyields―apreliminaryanalysisofthemechanismofincreaseincellulaseproduction.actaphotophysiolsin(植物生理与分子生物学学报),1978,18(2):402~431
|
| [48] | 34kubicekcp.involvementofaconidialendoglucanaseandaplasma-membrane-boundbeta-glucosidaseintheinductionofendogucanasesynthesisbycelluloseintrichodermareesei.jgenmicrobiol,1987,133:1481~1487
|
| [49] | 35machrl,seibothb,myasnikova,gonzalezr,straussj,harkkiam,kubicekcp.thebgl1geneoftrichodermareeseiqm-9414encodesanextra-cellularcelluloseinduciblebeta-glucosidaseinvolvedincellulaseinductionbysophorose.molmicrobiol,1995,16(4):687~697
|
| [50] | 48schmollm,kubicekcp.regulationoftrichodermacellulaseformation:lessonsinmolecularbiologyfromanindustrialfungus:areview.actamicrobioletimmunolhungarica,2003,50(2~3):125~145
|
| [51] | 49gremelg,dorrerm,schmollm.sulphurmetabolismandcellulasegeneexpressionareconnectedprocessesinthefilamentousfungushypocreajecorina(anamorphtrichodermareesei).bmcmicrobiol,2008,8(174):1~18
|
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