|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
太湖和巢湖夏季蓝藻水华期间产毒微囊藻和非产毒微囊藻种群丰度的空间分布
DOI: 10.3724/SP.J.1145.2011.00480, PP. 480-485
Keywords: 微囊藻,产毒微囊藻,种群丰度,荧光定量pcr,太湖,巢湖,蓝藻水华
Abstract:
应用荧光定量pcr技术对蓝藻水华暴发期间太湖和巢湖水体中产毒微囊藻和总微囊藻种群丰度的空间分布进行了研究.分别以微囊藻毒素合成基因基因家族成员mcyd和小核糖体16srdna序列构建定量pcr标准曲线，研究产毒微囊藻和总微囊藻种群丰度.结果表明：太湖和巢湖微囊藻种群由产毒微囊藻和非产毒微囊藻组成；蓝藻水华暴发期间，微囊藻种群组成及其丰度分布具有明显的空间差异性：太湖产毒微囊藻种群丰度为9.89×104~4.51×106copiesml-1，产毒微囊藻占总微囊藻种群的比例为20.5%~38.1%；巢湖产毒微囊藻种群丰度为4.12×104~5.44×106copiesml-1，其占总微囊藻种群的比例为8.4%~96.6％.总的来说，富营养化严重的湖区总微囊藻和产毒微囊藻种群丰度较高，产毒微囊藻占总微囊藻种群的比例也较高.图7表3参29
| [1] | 1carmichaelww.cyanobacteriasecondarymetabolites:thecyanotoxins.japplbacteriol,1992,72(6):445~459
|
| [2] | 2carmichaelww.healtheffectsoftoxin-producingcyanobacteria:‘‘thecyanohabs’’.humecolriskassess,2001,7(5):1393~1407
|
| [3] | 3véziec,rapalaj,vaitomaaj,seitsonenj,sivonenk.effectofnitrogenandphosphorusongrowthoftoxicandnontoxicmicrocystisstrainsandonintracellularmicrocystinconcentrations.microbecol,2002,43:443~454
|
| [4] | 5janseiw,kardinaalea,meimam,fastnerj,visserpm,zwartg.toxicandnontoxicmicrocystiscoloniesinnaturalpopulationscanbedifferentiatedonthebasisofrrnageneinternaltranscribedspacerdiversity.applenvironmicrobiol,2004,70(7):3979~3987
|
| [5] | 7kaebernickm,neilan,ba.ecologicalandmolecularinvestigationsofcyanotoxinproduction.femsmicrobiolecol,2001,35(1):1~9
|
| [6] | 8nishizawat,asayamam,fujiik,haradak-i,shiraim.geneticanalysisofthepeptidesynthetasegenesforacyclicheptapeptidemicrocystininmicrocystisspp.jbiochem,1999,126(3):520~529
|
| [7] | 9nishizawat,uedaa,asayamam,fujiik,haradak-i,ochik,shiraim.polyketidesynthetasegenecoupledtothepeptidesynthetasemoduleinvolvedinthebiosynthesisofthecyclichepatopeptidemicrocystin.jbiochem,2000,127(5):779~789
|
| [8] | 10kurmayerr,christianseng,chorusi.theabundanceofmicrocystinproducinggenotypescorrelatespositivelywithcolonysizeinmicrocystissp.anddeterminesitsmicrocystinnetproductioninlakewannsee.appl&environlmicrobiol,2003,69(2):787~795
|
| [9] | 12rinta-kantojm,ouelletteaja,boyergl,twissmr,bridgemantb,wilhelmsw.quantificationoftoxicmicrocystisspp.duringthe2003and2004bloomsinwesternlakeerieusingquantitativereal-timepcr.environsci&technol,2005,39(11):4198~4205
|
| [10] | 13fancx(范成新),yangly(杨龙元),zhangl(张路).theverticaldistributionsofnitrogenandphosphorusinthesedimentandinterstitialwaterintaihulakeandtheirinterrelations.jlakesci(湖泊科学),2000,12(4):359~366
|
| [11] | 14yanwj(阎伍玖),baox(鲍祥).studyonagriculturalmovementofchaohulakebasinandnonpointsourcepollution.jsoilwaterconserv(水土保持学报),2001,15(4):129~132
|
| [12] | 18neilanba,jacobsd,deldott,blackallll,hawkinspr,coxpt,goodmanae.rrnasequencesandevolutionaryrelationshipsamongtoxicandnontoxiccyanobacteriaofthegenusmicrocystis.intjsystbacteriol,1997,47(3):693~697
|
| [13] | 19kaebernickm,neilanba,bornert,dittmanne.lightandthetranscriptionalresponseofthemicrocystinbiosynthesisgenecluster.applevironmicrobiol,2000,66(8):3387~3392
|
| [14] | 20kongfx(孔繁翔),gaog(高光).hypothesisoncyanobacteriabloom-formingmechanisminlargeshalloweutrophiclakes.actaecolsin(生态学报),2005,25(3):499~595
|
| [15] | 23zhuyc(朱永春),caiqm(蔡启铭).thedynamicresearchoftheinfluenceofwindfieldonthemigrationofalgaeinlaketaihu.jlakesci(湖泊科学),1997,9(2):152~158
|
| [16] | 4kurmayerr,kutzenbergert.applicationofreal-timepcrforquantificationofmicrocystingenotypesinapopulationofthetoxiccyanobacteriamicrocystissp.applenvironmicrobiol,2003,69(12):6723~6730
|
| [17] | 6davistw,berrydl,boyergl,goblercj.theeffectsoftemperatureandnutrientsonthegrowthanddynamicsoftoxicandnon-toxicstrainsofmicrocystisduringcyanobacteriablooms.harmfulalgae,2009,8(5):715~725
|
| [18] | 11vaitomaaj,rantalaa,halinenk,rouhiainenl,tallbergp,mokelkel,sivonenk.quantitativereal-timepcrfordeterminationofmicrocystinsynthetaseecopynumbersformicrocystisandanabaenainlakes.appl&environmicrobiol2003,69(12):7289~7297
|
| [19] | 15chenyw,qingbq,teubnerk.long-termdynamicsofphytoplanktonassemblages:microcystis-dominationinlaketaihu,alargeshallowlakeinchina.jplanktonres,2003,25(1):445~453
|
| [20] | 16zhaoy(赵影),wangzq(王志强),yangzp(杨志平),xiecp(谢春平),fanq(范琼),wangy(王勇).investigationonwaterpollutionbyalgaeatlocationsofwatercollectioninchaohulake.jenvironhealth(环境与健康杂志),2002,19(4):316~318
|
| [21] | 17jinxc(金相灿),tuqy(屠清瑛).guidelinesofinvestigationoflakeeutrophication.beijing,china:environmentalsciencepress(北京:环境科学出版社),1990
|
| [22] | 21rinta-kantojm,konopkoea,debruynjm,bourbonnierera,boyergl,wilhelmsw.lakeeriemicrocystis:relationshipbetweenmicrocystinproduction,dynamicsofgenotypesandenvironmentalparametersinalargelake.harmfulalgae,2009,8(5):665~673
|
| [23] | 22baixh(白晓华),huwp(胡维平),huzx(胡志新),lixh(李香华).importationofwind-drivendriftofmat-likealgaebloomintomeiliangbayoftaihulakein2004summer.environlsci(环境科学),2005,26(6):57~60
|
| [24] | 24baxadv,kurobet,gerka,lehmanpw,tehsj.estimatingtheabundanceoftoxicmicrocystisinthesanfranciscoestuaryusingquantitativereal-timepcr.harmfulalgae,2010,9(3):342~349
|
| [25] | 25shenpp,shiq,huazc,kongfx,wangzg,zhuangsx,chendc.analysisofmicrocystinsincyanobacteriabloomsandsurfacewatersamplesfrommeiliangbay,taihulake,china.environintern,2003,29:641~647
|
| [26] | 26hottoam,satchwellmf,berrydl,goblercj,boyergl.spatialandtemporaldiversityofmicrocystinsandmicrocystin-producinggenotypesinoneidalake,ny.harmfulalgae,2008,7(5):671~681
|
| [27] | 27yoshidam,yoshidat,takashimay.dynamicsofmicrocystin-producingandnon-microcystin-producingmicrocystispopulationsiscorrelatedwithnitrateconcentrationinajapaneselake.femsmicrobiollett,2007,266(1):49~53
|
| [28] | 28kardinaalwea,tonkl,jansei,holsuzanne,slotp,huismanj,visserpm.competitionforlightbetweentoxicandnontoxicstrainsoftheharmfulcyanobacteriummicrocystis.appl&environmicrobiol,2007,73(9):2939~2946
|
| [29] | 29yoshidat,takashimay,tomaruy,shiraiy,takaoy,hiroishis,nagasakik.isolationandcharacterizationofacyanophageinfectingthetoxiccyanobacteriummicrocystisaeruginosa.appl&environmicrobiol,2006,72(2):1239~1247
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
