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评述了木质生物降解的最新研究进展 ,主要包括木质素的生物降解机制、降解木质素的微生物种类及其产生的相关酶类、微生物的代谢调控和分子生物学 .此外 ,对木质素降解生物的实际应用和应用前景也进行了评论
Abstract：A review is given of the most recent research advances on the lignin biodegrading,including the mechanism of the lignin biodegrading,ligninolytic organisms and the Enzymes they secrete,regulation and control of the microbe metabolism and molecular biology.Finally the practical utilization and the prospects of lignin biodegrading are discussed.
[1] CRAWFORDRL .Ligninbiodegradationandtransformation[M].NewYork :JohnWiley&Sons ,Inc ,1981.
[2 ] HIGUCHIT .Ligninbiochemistry :biosynthesisandbiodegradation[J].WoodSciTechnol,1990 ,2 4:2 3- 6 3.
[3] BUSWELLJA ,ODIERE .Ligninbiodegradation[J].CRCCritRevBiotechnol,1987,6 :1- 6 0 .
[4 ] KIRKTK ,FARRELLRL .Enzymatic“combustion” :Themicrobialdegradationoflignin [J].AnnRevMicrobiol,1987,41:46 5 -5 0 5 .
[5 ] 管莜武 ,张甲耀 ,罗宇煊 .木质素降解酶及其调控机理研究的进展 [J].上海环境科学 ,1998,17(11) :46 - 49.
[6 ] 王佳玲 ,余惠生 ,付时雨 ,等 .白腐菌漆酶的研究进展 [J].微生物学通报 ,1998,2 5 (4 ) :2 33 - 2 35 .
[7] MICHAELHG ,ALICM .Molecularbiologyofthelignin degradingBasidiomycetePhanerochaetechrysosporium [J].MicrobiolRev,1993,5 7(3) :6 0 5 - 6 2 2 .
[8] 卢雪酶 ,李越中 ,王蔚 ,等 .黄孢原毛平革菌木素过氧化物酶类在天然木素降解中作用的研究 [J].菌物系统 ,1998,17(2 ) :179- 184.
[9] CULLEND .Recentadvancesonthemoleculargeneticfungi[J].JBiotechnol,1997,5 3:2 73 - 2 89.
[10 ]季立才 ,胡培植 .漆酶催化氧化反应研究进展 [J].林产化学与工业 ,1997,17(1) :79- 83.
[11]YOUNH ,HAHY ,KANGS .Roleoflaccaseinlignindegradationbywhite rotfungi[J].FEMSMicrobiolLett,132 :183- 188.
[12 ]FAISONBD .,KIRKTK .FactorsinvolvedintheregulationofaligninaseactivityinPhanerochetechrysosporium[J].ApplEnvironMicrobiol,1985 ,49(2 ) :2 99- 30 4.
[13]TIENM ,KIRKTK .Lignin degradingenzymefromPhanerochaetechrysosporium :Purification ,characterization ,andcatalyticpropertiesofauniqueHH2 O2 requiringoxygenase[J].ProcNatlAcadSciUSA ,1984,81:2 2 80 - 2 2 84.
[14]FREITAGM .,MORRELLJ.Changesinslectedactivitiesduringgrowthofpureandmixedculturesofthewhite rotdecayfungusTrametesversicolorandpotentialbiocontrolfungusTrichodermaharzianum [J].CanJ,1992 ,38:317- 32 3.
[15 ]SHUTTLEWORTHK ,BOLLAGJ .ProductionofinducedlaccasebythefungusRhizoctoniapracticola [J].CanJMicrobiol,1986 ,32 :86 7- 870 .
[16 ]ROTHSCHILDN ,LEVKOWITZA ,HADARY ,etal.Manganesedificiencycanreplacehighoxygenlevelsneededforligninperoxi daseformationbyPhanerochaetechrysosporium [J].ApplEnvironMicrobiol,1999,6 5 (2 ) :483- 488.
[17]ORTHA ,ROYSED ,TIENM .Ubiguityoflignin degradingperoxidasesamongvariouswood degradingfungi[J].ApplEnvironMicro biol,1993,5 9(12 ) 4 0 17- 40 2 3.
[18]MASAPHYS ,LEVANOND .TheeffectoflignocelloseonlignocellulolyticactivityofPuleurtuspulmonriusinsubmergedculture[J].ApplMicrobiolBiotechnol,1992 ,36 :82 8- 832 .
[19]李越中 ,高培基 ,王祖农 .黄孢原毛平革菌合成木质素过氧化物酶的营养调控 [J].微生物学报 ,1994,34(1) :2 9- 39.
[2 0 ]LIWICKIR ,PATERSONA ,MACDONALDM ,etal.Phenotypicclassesofphenoloxidase negativemutantsofthelignin degradingfun gusPhanerochaetechrysosporium [J].JBacteriol,1985 ,16 2 (2 ) :6 41- 6 44 .
[2 1]YAVERD ,OVERJEROM ,XUF ,etal.MolecularcharacterizationoflaccasegenefromtheBasidiomycetecinereusandheterologousexpressofthelaccaselccl [J].ApplEnviromMicrobiol,1999,6 5 (11) :4943- 4948.
[2 2 ]GELPKEM ,MARYM ,CEREGHINOG ,etal.HomologousexpressionofrecombinantligninperoxidaseinPhanerochaetechrysospori um [J].ApplEnvironMicrobiol,1999,6 5 (4 ) :16 70 - 16 74.
[2 3]BERKAR ,SCHNEIDERP ,GOLIGHTLYE ,etal.CharacterizationofthegeneencodingonextractcellarlaccaseofMecsliophthorathermophilaandanalysisoftherecombinantenzymeexpressedinAspergillusoryzae [J].ApplEnvironMicrobiol,1997,6 3(8) :315 1- 315 7.
[2 4]KOJIMAY ,TSUKUDAY ,KAWAIY ,etal.Cloning ,sequenceanalysis ,andexpressionofligninolyticphenoloxidasegenesofthewhite rotBasidiomyceteCoriplushirsutus [J].JBiologicalChem ,1990 ,2 6 5 (2 5 ) :15 2 2 4- 15 2 30 .
[2 5 ]季立才 ,王光辉 ,胡培植 .漆树漆酶的新底物 [J].自然杂志 ,1990 ,13(3) :189- 190 .
基本信息:
DOI：10.16445/j.cnki.1000-2340.2000.04.012
中图分类号:
引用信息:
[1]吴坤,张世敏,朱显峰.木质素生物降解研究进展[J].河南农业大学学报,2000(04):349-354.DOI:10.16445/j.cnki.1000-2340.2000.04.012.
基金信息:
国家科委生物工程中心“九五”攻关项目 !(96 C0 1 0 2 0 1)