|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
泰乐菌素降解菌的分离鉴定及其系统发育分析
DOI: 10.3724/SP.J.1145.2012.01038, PP. 1038-1042
Keywords: 泰乐菌素,无丙二酸柠檬酸杆菌,16srdna,系统发育分析
Abstract:
发酵法生产泰乐菌素过程中产生的大量废弃药渣，因残留泰乐菌素的存在，会对环境带来不利影响.采用微生物法降解药渣中残留的泰乐菌素.结果表明：从堆放泰乐菌素药渣附近土壤中分离筛选到1株高效降解泰乐菌素的菌株，经16srdna鉴定为无丙二酸柠檬酸杆菌（citrobacteramalonaticus）.该菌为好氧型革兰氏阴性杆菌，菌落直径0.5~1.5mm，可利用多种糖类、醇类和氨基酸作为碳源或氮源，具有较强的耐盐、耐酸、耐碱能力，对温度的适应范围较宽.用该菌株在30℃下处理含50mg/l泰乐菌素培养基72h，培养基中未检到泰乐菌素的存在.说明利用微生物法可有效降解药渣中残留的泰乐菌素.图4表3参20
| [1] | 3zhangq(张倩),yangc(杨琛),dangz(党志),ouyangzy(欧阳自远).sorptionkineticandthermodynamicpropertiesoftylosinonagriculturesoilsinsouthchina.resenvironsci(环境科学研究),2010,23(8):1019~1024
|
| [2] | 4sarmahak,meyermt,boxallaba.aglobalperspectiveontheuse,sales,exposurepathways,occurrence,fateandeffectsofveterinaryantibiotics(vas)intheenvironment.chemosphere,2006,65:725~759
|
| [3] | 5venglovskyj,sasakovan,plachai.pathogensandantibioticresiduesinanimalmanuresandhygienicandecologicalrisksrelatedtosubsequentlandapplication.bioresourtechnol,2009,100:5386~5391
|
| [4] | 6morleynj.environmentalriskandtoxicologyofhumanandveterinarywastepharmaceuticalexposuretowildaquatichost-parasiterelationships.environtoxicolpharmacol,2009,27:161~175
|
| [5] | 7larssondgj,fickj.transparencythroughouttheproductionchain-awaytoreducepollutionfromthemanufacturingofpharmaceuticals.regultoxicolpharm,2009,53:161~163
|
| [6] | 8wangd(王丹),mayl(马玉龙).degradationofantibioticinerythromycinplasmawastebyadjustingph.environprotsci(环境保护科学),2009,35(4):38~40
|
| [7] | 11brainra,bestarik,sandersonh,hansonml,wilsoncj,johnsondj,sibleypk,solomonkr.aquaticmicrocosmassessmentoftheeffectsoftylosinonlemnagibbaandmyriophyllumspicatum.environpollut,2005,133:389~401
|
| [8] | 20mompelats,lebotb,thomaso.occurrenceandfateofpharmaceuticalproductsandby-products,fromresourcetodrinkingwater.environint,2009,35:803~814
|
| [9] | 1kostopouloum,nikolaoua.analyticalproblemsandtheneedforsamplepreparationinthedeterminationofpharmaceuticalsandtheirmetabolitesinaqueousenvironmentalmatrices.trendsanalchem,2008,27(11):1023~1035
|
| [10] | 2linayc,tsaiyt.occurrenceofpharmaceuticalsintaiwan’ssurfacewaters:impactofwastestreamsfromhospitalsandpharmaceuticalproductionfacilities.scitotalenviron,2009,407:3793~3802
|
| [11] | 9wangr(王冉),liutz(刘铁铮),wangt(王恬).thefateofantibioticsinenvironmentanditsecotoxicology:areview.actaecolsin(生态学报),2006,26(1):265~270
|
| [12] | 10angenentlt,maum,georgeu,zahnja,raskinl.effectofthepresenceoftheantimicrobialtylosininswinewasteonanaerobictreatment.waterres,2008,42:2377~2384
|
| [13] | 12drilliap,dokianakissn,fountoulakisms,kornarosm,stamatelatouk,lyberatosg.ontheoccasionalbiodegradationofpharmaceuticalsintheactivatedsludgeprocess:theexampleoftheantibioticsulfamethoxazole.jhazardmater,2005,122:259~265
|
| [14] | 13khanmh,baeh,jungjy.tetracyclinedegradationbyozonationintheaqueousphase:proposeddegradationintermediatesandpathway.jhazardmater,2010,181:659~665
|
| [15] | 14otkerhm,akmehmet-balcioglui.adsorptionanddegradationofenrofloxacin,aveterinaryantibioticonnaturalzeolite.jhazardmater,2005,122:251~258
|
| [16] | 15hanl(韩磊),jisl(纪树兰),renhy(任海燕),zhanggj(张国俊).studyonisolationandcharacteristicsofhighefficiencydegradingbacteriumforpenicillinwastewatertreatment.chinjenvironeng(环境工程学报),2007,7(1):51~54
|
| [17] | 16pradon,ochoaj,amranea.biodegradationandbiosorptionoftetracyclineandtylosinantibioticsinactivatedsludgesystem.processbiochem,2009,44:1302~1306
|
| [18] | 17jeongj,songw,cooperwj,jungj,greavesj.degradationoftetracyclineantibiotics:mechanismsandkineticstudiesforadvancedoxidation/reductionprocesses.chemosphere,2010,78:533~540
|
| [19] | 18wenxh,jiayn,lijx.enzymaticdegradationoftetracyclineandoxytetracyclinebycrudemanganeseperoxidasepreparedfromphanerochaetechrysosporium.jhazardmater,2010,177:924~928
|
| [20] | 19xuwh(徐维海),zhangg(张干),zousc(邹世春),yanw(颜文),yangc(杨琛).behaviorandfateofantibioticsinalid-drivenelongatedannularflume.resenvironsci(环境科学研究),2009,22(10):1213~1217
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
