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2012-10-302012-10-31202-37“”2011BAD11B05MF201005182010BAD03B01。1988-E-mailruan@caas.ac.cn陈超1,徐凤花1,高立洪2,吴进3,韦秀丽2,宋金龙4,王彦伟4,阮志勇41.1500302.4013293.6100414.100081NPKBLAST32。pH6.1~8.715.4%0.94。105~106CFU·mL-1。Paenibacilluspeoriae、、、。S216.4A1000-1166201206-0007-05PopulationStructureAnalysisandFunctionExplorationoftheBacteriainBiogasSlurryfromLarge-scaleAnaero-bicDigestionProjects/CHENChao1XUFeng-hua1GAOLi-hong2WUJing3WEIXiu-li2SONGJing-long4WANGYan-wei4RUANZhi-yong4/1.ResourcesandEnvironmentalCollegeNortheastAgriculturalUniversityHarbin150030China2.ChongQingAcademyofAgriculturalSciencesChongqing401329China3.BiogasIn-stituteofMinistryofAgricultureChengdu610041China4.KeylabortoryofMicrobialResourcesMinistryofAgricultrueInstituteofAgriculturalResourcesandRegionalPlanningChineseAcademyofAgriculturalSciencesBeijing100081ChinaAbstractBiogasslurrysampleswerecollectedfrom10large-scalebiogasprojectwhichoperatedbyModernFarmingGroupsCo.Ltdindifferentregion.Thespeciescompositionandmicrobequantitiesweredeterminedwhilethedetermina-tionofbiogasslurrypropertieswerecarriedout.Thirtytwostrainswereisolatedfromthesesamplesbyusingtraditionalcul-turemethod.Theresultsshowthatthebacteriainbiogasslurrywerebetween105~106CFU·mL-1.ThoughthegroupofbacterialcommunityindifferentsampleswerediversityBacilluswerethemaingroupinallsamples.KeywordsLarge-scaleBiogasProjectbiogasslurrybacteriapopulationsAntagonistic12011385073032。、。17ChinaBiogas2012306、、、2~3。。5~67。8910。。22.110。Fusariumoxypori-umf.sp.vasinfectum、Fusdrzumoxysporiumf.sp.cucumerinum、RhizoctoniacerealisVanderHoeven、Alternariaalternata。2.22.2.1pHpHPHS-2F-TOCElementarliquiTocIIGermanytotalnitrogenTNtotalphosphorusTPdissolvedphosphorusDPtotalpotassiumTKFIAstarTM5000SystemsFOSSAmeri-ca。2.2.2YPPCALBMRSPCAPCA10-510-610-7PCA30℃48。。16SrDNAPCR11~1216SEU27F5'-AGAGTTTGATCCTGGCTCAG-3'1492R5'-GGTTACCTTGTTACGACTT-3'PCR25μL0.5μLDNA1μLPCRMIXFermen-tas13μLddH2O10μL95℃5min94℃1min55℃1min72℃1min30s3072℃10min12。PCR1%。EzTaxonserver2.113。2.2.39PDA1cm0.5cm28℃3~5d2ClustalxMEGA5Neigh-borJoining15boot-strap1000。33.110pH110pH6.1~8.7。15.4%、、4.27%1.62%9.52%。0.94%、、0.43%0.2%0.31%。100%。8ChinaBiogas20123068900MPN。。1/%0.941.721.1111.451.3710.21.770.9815.4/%64.674.486.36.345.0416.242.763.9464/%6294.895.19394.394.983.594.594.491pH7.68.78.46.18.58.58.68.17.668.6/%100100100100100100100100100100/MPN·mL-1<3210930.043.62389009.2460<30/%0.430.490.340.460.440.382.650.730.354.27/%0.20.890.640.20.690.751.640.170.161.62/%0.310.340.130.320.320.245.950.810.259.523.21.2PCA30℃48h1105~106CFU·mL-1。3.9×105CFU·mL-11.87×106CFU·mL-1。116SrDNABLAST26743Bacillussp.64%。1617。2-7Ba-cillusmethylotrophicusCBMB2052-4-3Corynebacteri-umefficiensYS-3147-4LysinbacillusmacroidesLMG18474BacillusamyloliquefaciensStreptomycescellulosaeNBRC13027BacillusmethylotrophicusCBMB205。。EnterobacterRhodococcus。3.336732。3281-42-74-67-b38-29-910-510-84-6Paenibacilluspeoriae。82。41pH6.1~8.715.4%0.94%。9ChinaBiogas2012306211-41-13-24-29-41-31-4BacillusmojavensisIFO1571899.9%AB021191210-41-54-57-17-38-39-810-411-112-2Bacillusaltitudinis41KF2b99.6%AJ83184232-17-b3BacillusatrophaeusJCM907099.8%AB02118142-22-22-34-42-4-18-29-7Bacillusstratosphericus41KF2a100.0%AJ83184152-6BacilluscirculansATCC451399.9%AY72469062-7BacillusmethylotrophicusCBMB20599.7%EU19489773-33-43-5-24-17-27-59-510-312-312-4BacillussafensisFO-036b99.9%AF23485489-133-79-133-8BacillusanthracisATCC1457899.8%AB19021798-610-510-8Bacillussubtilissubsp.inaquosorumBGSC3A2899.9%EU138467109-2BacillusoleroniusDSM935699.4%X824921110-2BacillusfordiiR-719099.4%AY443039129-9Bacillusamyloliquefaciens99.4%131-6PaenibacilluscookiiLMG1841999.2%AJ250317144-6PaenibacilluspeoriaeDSM832099.5%AJ320494158-1-2PeanibacilluslactisMB187199.2%AY257868163-69-1-110-6SolibacillussilvestrisHR3-2399.1%AJ006086177-48-712-5LysinbacillusmacroidesLMG1847499.6%AJ628749183-5-19-6-112-6-2PusillimonasnoertemanniiBN997.5%AY695828192-4-2BrevibacilluscentrosporusDSM844598.8%AB112719201-2ProvidenciavermicolaOP199.9%AM0404952112-6-1PseudomonasindoloxydansIPL-197.4%DQ916277222-4-3CorynebacteriumefficiensYS-31495.8%BA000035233-1EnterobacterhormaecheiATCC4916299.1%AFHR01000079248-1-1RhodococcusequiDSM2030798.5%X80614258-8Alcaligenesfaecalissubsp.faecalisIAM1236999.3%D88008269-1-2Klebsiellapneumoniasubsp.ozaenaeATCC1129699.8%Y17654279-3ArthrobactergandavensisR581299.2%AJ316140289-6-2StreptomycescellulosaeNBRC1302798.9%AB184265299-11SporosarcinaluteolaY199.6%AB473560309-12AcinetobactertowneriAB111098.4%AF5098232105~106CFU·mL-1BacillusmojavensisBacillusaltitudinisBacillusatro-phaeusBacillusstratosphericusBacillusstratosphericusBacillussafensis。3324-6Paenibacilluspeoriae。01ChinaBiogas2012306347-B3++++++1-4+++++2-7+++++++4-6+++++++++8-2++++9-9++++10-5+++++10-8++++3-3-+++3-1+-+-3-4--++7-5--++8-6++++-9-1-2++--9-7++--10-3--++10-6++-+-12-3+-+-12-4+-+-12-5+--+2-2--+-2-4-1+---2-4-3+---1-4-++--4-4--+-7-4+---8-8---+2-6+++-++-9-6-2---+3-9--+++-10-2++---12-2---+“+”“-”21.J.2008484-87.2.J.200928114-20.3.、J.Vegetables2011.755-57.4.J.20115470-475.5.J.201139169683-9686.6.J.2011224100
本文标题:规模化沼气工程沼液中微生物的细菌种群分析与功能初探
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