|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
一株菲降解菌的特性及相关降解基因的克隆
DOI: 10.3724/SP.J.1145.2009.00682, PP. 682-685
Keywords: 菲,生物降解,降解途径,phda基因
Abstract:
从石油污染土壤中分离到一株菲降解菌2f5-2.根据该菌株生理生化特征和16srdna序列相似性分析，将其初步鉴定为鞘氨醇杆菌属(sphingobiumsp.).该菌株在10h内对100mg/l的菲的降解率为100%.降解菲的最适温度为30℃，最适ph为7.对降解途径的初步研究显示，该菌株通过水杨酸途径降解菲.克隆了编码芳香烃双加氧酶α亚基的基因phda，它与菌株sphingomonassp.p2、sphingobiumyanoikuyaeb1、sphingomonassp.zp1中phda的同源性分别为97.9%、98%和100%，表明该基因具有保守性.图6参16
| [1] | 1samantask,singhov,jainrk.polycyclicaromatichydrocarbons:environmentalpollutionandbioremediation.trendsbiotechnol,2002,20:243~248
|
| [2] | 10dongxj,hongq,helj,jiangx,lisp.characterizationofphenol-degradingbacterialstrainsisolatedfromnaturalsoil.internbiodeter&biodegr,2008,62:257~262
|
| [3] | 11balashovanv,koshelevaia,golovchenkonp,boroninam.phenanthrenemetabolismbypseudomonasandburkholderiastrains.procbiochem,1999,35:291~296
|
| [4] | 12breznb,khanaa,cernigliace.molecularcharacterizationofdioxygenasesfrompolycyclicaromatichydrocarbon-degradingmycobacteriumsp.femsmicrobiollett,2003,223:177~183
|
| [5] | 13furukawak.engineeringdioxygenasesforefficientdegradationofenvironmentalpollutants.curropinbioteehnol,2000,11(3):244~249.
|
| [6] | 14tylorpm,meddjm,liesbeths.detectionofknownandnovelgenesencodingaromaticring-hydroxylatingdioxygenasesinsoilsandinaromatichydrocarbon-degradingbacteria.femsmicrobiollett,2002,216(l):61~66
|
| [7] | 15mennfm,applegatebm,kingjmh,saylerg.s.plasmid-mediatedmineralizationofnaphthalene,phenanthreneandanthracene.applenvironmicrobiol,1993,59:1931~1937
|
| [8] | 16hiroshih,toshioo.geneticsofpolycyclicaromatichydrocarbonmetabolismindiverseaerobicbacteria.bioscibiotechnolbiochem,2003,67(2):225~243
|
| [9] | 2xiay(夏颖),minh(闵航),zhoudp(周德平),hanry(韩如�).characteristicsandphylogeneticanalysisoftwophenanthrene-degradingbacteria.chinaenvrionsci(中国环境科学),2003,23(2):162~166
|
| [10] | 3mayf(马迎飞),liuxl(刘训理),shaozz(邵宗泽).isolationofphenanthrene-degradingbacteriaandanalysisoftheirdegrading-enzymegene.chinjapplenvironbiol(应用与环境生物学报),2005,11(2):218~221
|
| [11] | 4zhurg(祝儒刚),zhongm(钟鸣),zhouqx(周启星),liuhn(刘海宁),liys(李玉双).isolationandidentificationofaphenanthrene-degradingbacterialstrain.chinjapplecol(应用生态学报),2006,17(11):2117~2120
|
| [12] | 5zhangl(仉磊),yuanhl(袁红莉).screeningforphenanthrene-degradingbacteriaanditscharacteristics.environsci(环境科学),2006,26(1):159~163
|
| [13] | 6taoxq,lugn,dangz,yangc,yixy.aphenanthrene-degradingstrainsphingomonassp.gy2bisolatedfromcontaminatedsoils.procbiochem,2007,42(3):401~408
|
| [14] | 7liul(刘磊),lixw(李习武),liusj(刘双江),liuzp(刘志培).isolationandidentificationofapahs-degradingstraingordoniasp.he4anditsdynamicsduringbioremediationofphenanthrenepollutedsoil.environsci(环境科学),2007,28(3):617~622
|
| [15] | 8gaol(高林),xiaom(肖明),guols(郭鲁申),luyt(陆贻通),zhaoy(赵渝).degradingcharacteristicsandproteomeofphenanthrene-degradingbacterium.chinjapplenvironbiol(应用与环境生物学报),2008,14(4):523~527
|
| [16] | 9dongxz(东秀珠),caimy(蔡妙英),liuhr(刘澎涛).manualofsystemaiccommonbacteriology.beijing,china(北京):sciencepress(科学出版社),2001
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
