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OALib Journal期刊
ISSN: 2333-9721
费用：99美元
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不同基质体系中白腐菌对喹啉和吲哚的降解
DOI: 10.3724/SP.J.1145.2008.00809, PP. 809-813
Keywords: 喹啉,吲哚,生物降解,白腐菌,基质
Abstract:
采用单基质及混合基质体系，探讨了白腐菌pleurotusostreatusbp对氮杂环化合物的降解规律.结果表明，在弱酸性环境下，白腐菌能有效降解喹啉和吲哚.单基质体系中，喹啉的降解率15d内能达到89.48%，98.17%的吲哚6d内被降解；混合基质体系中，基质(喹啉、吡啶、苯酚及氨氮)的加入能促进白腐菌对吲哚的降解，但(吲哚、吡啶、苯酚及氨氮)却抑制了白腐菌对喹啉的降解.不同基质体系中，白腐菌对喹啉和吲哚的降解分别遵循零级和一级反应动力学.相对单基质而言，混合基质的存在对白腐菌生物学特性产生明显影响，可缩短生长周期，提高生长速率和漆酶活性.漆酶在吲哚的降解中起着重要的作用，但不能完全决定喹啉的降解.图5表2参14
| [1] | 7rendj(任大军),yankl(颜克亮),liufh(刘飞虎),zhangxy(张晓昱),luxh(陆晓华).thestudyoneffectsofco-metabolismsubstratesonthebiodegradationofindolebywhiterotfungus.actascicircumst(环境科学学报),2007,27(2):206~212
|
| [2] | 9goldmh,wariishih,bourbonnaiar.demethylationdelignificationofkraftpulpbytrametesversicolorlaccaseinthepresenceof2,2-azinobio-(3-ethylbenthiazoline-6-sulphonate).appmicrobiolbiotechnol,1992,l36:823~827
|
| [3] | 1lib,sunyl,liyy.pretreatmentofcokingwastewaterusinganaerobicsequencingbatchreactor(asbr).jzhejiangunivscib,2005,6(11):1115~1123
|
| [4] | 2liym,gugw,zhaojf,yuhq,qiuyl,pengyz.treatmentofcoke-plantwastewaterbybiofilmsystemsforremovaloforganiccompoundsandnitrogen.chemosphere,2003,52:997~1005
|
| [5] | 3yaoy(姚瘿),hem(何苗),zhangxj(张晓健).studyontheaerobicbiodegradabilitiesoftypicalorganicpollutantsincoke-plantwastewater.chinaenvironsci(中国环境科学),1996,16(6):447~551
|
| [6] | 4reddyca.thepotentialforwhite-rotfungiinthetreatmentofpollutants.curropinbiotechnol,1995,6(3):320~328
|
| [7] | 5linl(林鹿),dengyj(邓耀杰),huj(胡健),zhanhy(詹怀宇).cometabolismofdiphenylandveratrylaconholbywhite-rotfungusundern-richnutrientconditions.chinjapplenvironbiol(应用与环境生物学报),1999,5(3):320~325
|
| [8] | 6rendj(任大军),zhangxy(张晓昱),yankl(颜克亮),luxh(陆晓华).degradationofindoleinwasterwaterfromcokingplantsbywhiterotfungi.jhuazhongunivscitechnolnatsci(华中科技大学学报自然科学版),2006,34(5):121~124
|
| [9] | 8mohansv,sistlas,gururk,krishnapk,sureshkc,ramakarishnasv.microbialdegradationofpyridineusingpseudomonassp.andisolationofplasmidresponsiblefordegradation.wastemanag,2003,23:167~171
|
| [10] | 10hem(何苗),zhangxj(张晓健),qufp(瞿福平),guxs(顾夏声).studyoninhibitorycharacteristicsofrefractoryorganisms.environsci(环境科学),1997,18(3):21~23
|
| [11] | 11fusy,yuhs,buswellja.effectofnutrientnitrogenandmanganeseonmanganeseperoxidaseandlaccaseproductionbypleurotussajorcaju.femsmicrobiollett,1997,147(1):133~137
|
| [12] | 12andrzejll,chons,jolantal,annaw,mariaww,annam,martin,dirkw,jerzyr.fungallaccase:propertiesandactivityonlignin.jbasicmicrob,2001,41(3/4):185~227
|
| [13] | 13shlevsv,zaitsevaea,gorshinaes.spectralandelectrochemicalstudyoflaccasesfrombasidiomycetes.moscowunivchembull,2003,44:35~39.
|
| [14] | 14fusy(付时雨),yuhs(余惠生).investigationsrelatedtobiodegradationoflignininricestrawbypanusconchatus-iii.characterizationofaromaticacidsinlow-molecular-weightfractionofthelignindegradationproducts.jcellulscitechnol(纤维素科学与技术),1998,6(4):50~55
|
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