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OALib Journal期刊
ISSN: 2333-9721
费用：99美元
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一株中度嗜盐菌halomonassp.ny-011的耐盐特性及机理
DOI: 10.3724/SP.J.1145.2010.00256, PP. 256-260
Keywords: 盐单胞菌属,中度嗜盐菌,耐盐特性,耐盐机理,相容性溶质,四氢嘧啶
Abstract:
对本实验室分离到的一株中度嗜盐菌halomonassp.ny-011的耐盐特性和耐盐机理进行了初步研究.ny-011在lb培养基中最大能耐受260g/lnacl浓度，在m63培养基中能耐受大于150g/lnacl浓度.cl-的缺少对ny-011的耐盐生长有明显抑制，k+较li+和mg2+更适合于为ny-011提供内部渗透压力.ny-011通过在胞内积累k+、游离氨基酸及其他相容性溶质对抗胞外渗透压力.ny-011胞内相容性溶质组成随培养基nacl浓度变化而变化，四氢嘧啶是最主要的组成成分，含量随培养基nacl浓度增加而增加，120g/lnacl时浓度可达到71.5mg/g干重.ny-011还可吸收胞外的四氢嘧啶和甜菜碱以平衡外界高渗透压.随着培养基中nacl浓度的提高，ny-011菌体蛋白的合成受到明显抑制.图5表2参24
| [1] | 1ventosaa,nietojj,orena.biologyofmoderatelyhalophilicaerobicbacteria.microbiolmolbiolrev,1998,62:504~544
|
| [2] | 4liuam(刘爱民).studyadvancedonthehalophile.janhuinormunivnatsci(安徽师范大学学报自然科学版),2002,25(2):181~184
|
| [3] | 5bolendw,baskaoviv.theosmophobiceffect:naturalselectionofathermodynamicforceinproteinfolding.molbiol,2001,310:955~963
|
| [4] | 7zhaobs(赵百锁),yanglf(杨礼富),wangl(王磊),luwd(卢伟东),yangss(杨苏声).studyprogressoncompatiblesolutesinmoderatelyhalophilicbacteria.actamicrobiolsin(微生物学报),2007,47(5):937~941
|
| [5] | 8empadinhasn,dacostams.osmoadaptationmechanismsinprokaryotes:distributionofcompatiblesolutes.internmicrobiol,2008,11:151~161
|
| [6] | 9jebbarm,sohn-bösserl,bremere,bernardt,biancoc.ectoine-inducedproteinsinsinorhizobiummelilotiincludeanectoineabc-typetransporterinvolvedinosmoprotectionandectoinecatabolism.jbacteriol,2005,187:1293~1304
|
| [7] | 10schnoorm,vossp,cullenp,bökingt,gallahj,galinskiea,lorkowskis.characterizationofthesyntheticcompatiblesolutehomoectoineasapotentpcrenhancer.biochem&biophysrescommun,2004,322(3):867~872
|
| [8] | 12xiongy(熊焰),wup(吴鹏),youff(尤芳芳),ruank(阮琨),caoy(曹毅),qiaodr(乔代蓉),bailh(白林含).isolationandcharacterizationofamoderatelyhalophilicbacteriumhalomonasspny-011.jsichuanunivnatsci(四川大学学报自然科学版),2008,45(5):1239~1244
|
| [9] | 13nunesoc,manaiacm,dacostams,santosh.compatiblesolutesinthethermophilicbacteriarhodothermusmarinusand‘‘thermusthermophilus”.appl&environmicrobiol,1995,61(6):2351~2357
|
| [10] | 18roeblerm,mullervv.quantitativeandphysiologicalanalysesofchloridedependenceofgrowthofhalobacillushalophilus.appl&environmicrobiol,1998,64(10):3813~3817
|
| [11] | 24calderónmi,carmenv,foiof,iglesias-guerraf,csonkaln,ventosaa,nietojj.complexregulationofthesynthesisofthecompatiblesoluteectoineinthehalophilicbacteriumchromohalobactersalexigensdsm3043t.microbiology,2004,150:3051~3063
|
| [12] | 2zhaobs(赵百锁),yanglf(杨礼富),songl(宋蕾),wangh(王慧).biotechnologyapplicationsinmoderatelyhalophiliceubacteria.microbiology(微生物学通报),2007,34(2):359~362
|
| [13] | 3hongq(洪青),xujh(徐剑宏),wangyd(王云端),wuj(武俊),zhangxz(张晓舟),lisp(李顺鹏).cloningofasalt-tolerancerelateddnafragmentofamoderatehalophilicbacteriumhalomonassp.bys-1.chinjapplenvironbiol(应用与环境生物学报),2006,12(3):375~378
|
| [14] | 6orena,latimerf,richardsonp,lapidusa,csonkaln.howtobemoderatelyhalophilicwithbroadsalttolerance:cluesfromthegenomeofchromohalobactersalexigens.extremophile,2005,9:275~279
|
| [15] | 11furushok,yoshizawat,shojis.ectoinealterssubcellularlocalizationofinclusionsandreducesapoptoticcelldeathinducedbythetruncatedmachado�josephdiseasegeneproductwithanexpandedpolyglutaminestretch.neurobioldis,2005,20:170~178
|
| [16] | 14nagatas,sasakih,oshimaa,takedas,hashimotoy,ishidaa.effectofprolineandk+onthestimulationofcellularactivitiesinescherichiacolik-12underhighsalinity.bioscibiotechnolbiochem,2005,69(4):740~746
|
| [17] | 15hongq(洪青),zhanggs(张国顺),zhangzh(张忠辉),hej(何健),lisp(李顺鹏).osmoregulationofahalophilicbacteriastrainhalomonassp.bys-1.microbiology(微生物学通报),2004,31(5):72
|
| [18] | 16khmeleninavn,kalvuzhnayamg,sakharovskyvg.osmoadaptationinhalophilicandalkaliphilicmethanotrophs.archmicrobiol,1999,172:321~329
|
| [19] | 17nagatas,wangyb.accumulationofectoineinthehalotolerantbrevibacteriumsp.jcm6894.jbiosci&bioengin,2001,91(3):288~293
|
| [20] | 19roesslerm,sewaldx,müllerv.chloridedependenceofgrowthinbacteria.femsmicrobiollett,2003,225:131~165
|
| [21] | 20rübenhagenr,rönschh,jungh,krämerr,morbachs.osmosensorandosmoregulatorpropertiesofthebetainecarrierbetpfromcorynebacteriumglutamicuminproteoliposomes.jbiolchem,2000,275(2):735~741
|
| [22] | 21pflügerk,müllerv.transportofcompatiblesolutesinextremophiles.jbioenergetics&biomembranes,2004,36(1):17~23.
|
| [23] | 22petersp,galinskia,truperg.thebiosynthesisofectoine.femsmicrobiollett,1990,71:157~162
|
| [24] | 23cánovasd,vargasc,kneips,morónmj,ventosaa,bremere,nietojj.genesforthesynthesisoftheosmoprotectantglycinebetainefromcholineinthemoderatelyhalophilicbacteriumhalomonaselongatadsm3043.microbiology,2000,146:455~463
|
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