2024年10月criticalreviewsinbiotechnology（彭永臻的主要成就）

　　⑴criticalreviewsinbiotechnology（彭永臻的主要成就

　　⑵“十一五”国家科技支撑计划重点项目--SBR工艺城市污水处理厂节能降耗关键技术⒉“十一五”重大科技专项课题--景观河湖水环境管理与水体补水保障研究；⒊国家“十一五”重大科技专项课题--污水厂尾水作为城市河湖景观补水的深度脱氮除磷技术；⒋国家“计划”项目--活性污泥微膨胀节能理论与方法及中试研究。⒌北京市教委科研基地--科技创新平台项目---污水脱氮除磷新理论与新工艺及节能降耗关键技术⒍北京市自然科学基金重点项目（--城市垃圾渗滤液生物处理及短程生物脱氮新技术⒎北京市高校人才强教深化计划高层次人才资助项目--污水脱氮除磷新理论与新工艺及节能降耗关键技术⒏国家自然科学基金---海外青年学者合作研究基金项目--聚磷菌和聚糖菌在强化生物除磷系统中竞争机理与控制；⒐新加坡环境与水工业协会创新发展项目--低溶解氧污泥微膨胀节能理论与方法研究。⒑新加坡环境与水工业发展协会项目--CSBR过程控制及强化脱氮除磷研究。彭永臻（主编、崔福义编著，《给水排水工程计算机程序设计》，中国建筑工业出版社（;彭永臻参编，《环境工程手册》--水污染控制卷，高等教育出版社出版（；崔福义，彭永臻，《给水排水工程仪表与控制》，中国建筑工业出版社（；彭永臻主审，《水质工程实验技术》，黑龙江教育出版社（);彭永臻（主编、崔福义编著，《给水排水工程计算机应用》，中国建筑工业出版社（，；李军、杨秀山、彭永臻，《微生物与水处理工程》，化学工业出版社（；王淑莹、高春娣，《环境导论》，中国建筑工业出版社（（主审高景峰、彭永臻译，《污水处理系统的建模、诊断和控制》，化学工业出版社（；祝贵兵、彭永臻译，《生物除磷的设计与运行手册》，中国建筑工业出版社（；李圭白、张杰、彭永臻、崔福义等，《水质工程学》，中国建筑工业出版社（；彭永臻参编，《新英汉给水排水辞典》（许保玖等主编，中国建筑工业出版社，年。崔福义、彭永臻、南军编著，《给水排水工程仪表与控制》，中国建筑工业出版社（；马勇，彭永臻著，《城市污水处理系统的运行与过程控制》，科学出版社，年。马勇，彭永臻译著，《污水处理系统的仪表、控制和自动化》，中国建筑工业出版社，年王晓莲，彭永臻著，《AO法污水生物脱氮除磷处理技术与应用》，科学出版社，年。吴昌永，王然登，彭永臻著，《污水处理颗粒污泥技术原理与应用》，中国建筑工业出版社，年《SBR法污水生物脱氮除磷及过程控制》，科学出版社，年，彭永臻著.G.B.Zhu,S.Y.Wang,W.D.Wang,Y.Wang,L.L.Zhou,B.Jiang,H.J.M.OpdenCamp,N.Risgaard-Petersen,L.Schwark,Y.Z.Peng,M.M.Hefting,M.S.M.Jetten,C.Q.Yin.Hotspotsofanaerobicammoniumoxidationatland-freshwaterinterfaces.NatureGeoscience,,():-..D.W.Gao,Y.Z.Peng,W.M.Wu.KiicModelforBiologicalNitrogenRemovalUsingShortcutNitrification-DenitrificationProcessinSequencingBatchReactor.EnvironmentalScience&Technology,,():-..S.Y.Wang,G.B.Zhu,Y.Z.Peng,M.S.M.Jetten,C.Q.Yin.AnammoxBacterialAbundance,Activity,andContributioninRiparianSedimentsofthePearlRiverEstuary.EnvironmentalScience&Technology,,():-..Q.Yang,X.H.Liu,C.Y.Peng,S.Y.Wang,H.W.Sun,Y.Z.Peng.NOProductionduringNitrogenRemovalviaNitritefromDomesticWastewater:MainSourcesandControlMethod.EnvironmentalScience&Technology,,():-..Q.Yang,Y.Z.Peng,X.H.Liu,W.Zeng,T.Mino,H.Satoh.Nitrogenremovalvianitritefrommunicipalwastewateratlowtemperaturesusingreal-timecontroltooptimizenitrifyingmunities.EnvironmentalScience&Technology,,():-..X.Li,Y.Peng,N.Ren,B.Li,T.Chai,L.Zhang.Effectoftemperatureonshortchainfattyacids(SCFAs)aumulationandmicrobiologicaltransformationinsludgealkalinefermentationwithCa(OH)()adjustment.WaterResearch,,(-..S.J.Ge,Y.Z.Peng,S.Qiu,A.Zhu,N.Q.Ren.pletenitrogenremovalfrommunicipalwastewaterviapartialnitrificationbyappropriatelyalternatinganoxic/aerobionditionsinacontinuousplug-flowstepfeedprocess.WaterResearch,,(-..J.H.Guo,Y.Z.Peng,Z.W.Wang,Z.G.Yuan,X.Yang,S.Y.Wang.Controlfilamentousbulkingcausedbychlorine-resistantTypeNbacteriathroughaddingabiocideCTAB.WaterResearch,,():-..Y.Ma,Y.Z.Peng,S.Y.Wang,Z.G.Yuan,X.L.Wang.Achievingnitrogenremovalvianitriteinapilot-scalecontinuouspre-denitrificationplant.WaterResearch,,():-..Y.Z.Peng,S.J.Zhang,W.Zeng,S.W.Zheng,T.Mino,H.Satoh.anicremovalbydenitritationandmethanogenesisandnitrogenremovalbynitritationfromlandfillleachate.WaterResearch,,(-):-..C.Y.Wu,Y.Z.Peng,S.Y.Wang,Y.Ma.Enhancedbiologicalphosphorusremovalbygranularsludge:Frommacro-tomicro-scale.WaterResearch,,():-..Y.Z.Chen,C.Y.Peng,J.H.Wang,L.Ye,L.C.Zhang,Y.Z.Peng.Effectofnitraterecyclingratioonsimultaneousbiologicalnutrientremovalinanovelanaerobic/anoxic/oxic(A()/O)-biologicalaeratedfilter(BAF)system.BioresourceTechnology,,():-..D.W.Gao,Y.Z.Peng,B.Li,H.Liang.Shortcutnitrification-denitrificationbyreal-timecontrolstrategies.BioresourceTechnology,,():-..S.J.Ge,Y.Z.Peng,S.Y.Wang,J.H.Guo,B.Ma,L.A.Zhang,X.Cao.Enhancednutrientremovalinamodifiedstepfeedprocesstreatingmunicipalwastewaterwithdifferentinflowdistributionratiosandnutrientratios.BioresourceTechnology,,():-..J.H.Guo,Y.Z.Peng,C.Y.Peng,S.Y.Wang,Y.Chen,H.J.Huang,Z.R.Sun.Energysavingachievedbylimitedfilamentousbulkingsludgeunderlowdissolvedoxygen.BioresourceTechnology,,():-..J.H.Guo,Y.Z.Peng,S.Y.Wang,Y.A.Zheng,H.J.Huang,Z.W.Wang.Long-termeffectofdissolvedoxygenonpartialnitrificationperformanceandmicrobialmunitystructure.BioresourceTechnology,,():-..W.G.Jie,Y.Z.Peng,N.Q.Ren,B.K.Li.Utilizationofalkali-tolerantstainsinfermentationofexcesssludge.BioresourceTechnology,,(-..Y.Z.Peng,S.J.Ge.Enhancednutrientremovalinthreetypesofstepfeedingprocessfrommunicipalwastewater.BioresourceTechnology,,():-..Y.Z.Peng,L.Zhang,S.J.Zhang,Y.P.Gan,C.C.Wu.Enhancednitrogenremovalfromsludgedewateringliquorbysimultaneousprimarysludgefermentationandnitratereductioninbatchandcontinuousreactors.BioresourceTechnology,,(-..Y.Y.Wang,Y.Z.Peng,T.Stephenson.Effectofinfluentnutrientratiosandhydraulicretentiontime(HRT)onsimultaneousphosphorusandnitrogenremovalinatwo-sludgesequencingbatchreactorprocess.BioresourceTechnology,,():-..X.Yang,Y.Z.Peng,N.Q.Ren,J.H.Guo,X.X.Tang,J.C.Song.NutrientremovalperformanceandmicrobialmunitystructureinanEBPRsystemunderthelimitedfilamentousbulkingstate.BioresourceTechnology,,(-..J.H.Guo,Y.Z.Peng,S.Y.Wang,B.Ma,S.J.Ge,Z.W.Wang,H.J.Huang,J.R.Zhang,L.Zhang.PathwaysandanismsInvolvedinAmmoniaOxidationandNitrousOxideEmission.CriticalReviewsinEnvironmentalScienceandTechnology,,():-..J.F.Gao,Q.Zhang,K.Su,R.N.Chen,Y.Z.Peng.BiosorptionofAcidYellowfromaqueoussolutionbynon-livingaerobicgranularsludge.JournalofHazardousMaterials,,(-):-..Y.K.Gong,Y.Z.Peng,Q.Yang,W.M.Wu,S.Y.Wang.Formationofnitrousoxideinagradientofoxygenationandnitrogenloadingrateduringdenitrificationofnitriteandnitrate.JournalofHazardousMaterials,,(-..J.H.Guo,Y.Z.Peng,H.J.Huang,S.Y.Wang,S.J.Ge,J.R.Zhang,Z.W.Wang.Short-andlong-termeffectsoftemperatureonpartialnitrificationinasequencingbatchreactortreatingdomesticwastewater.JournalofHazardousMaterials,,(-):-..J.Ma,Q.Yang,S.Y.Wang,L.Wang,A.Takigawa,Y.Z.Peng.Effectoffreenitrousacidasinhibitorsonnitratereductionbyabiologicalnutrientremovalsludge.JournalofHazardousMaterials,,(-):-..Y.Z.Peng,J.H.Guo,H.Horn,X.Yang,S.Y.Wang.Achievingnitriteaumulationinacontinuoussystemtreatinglow-strengthdomesticwastewater:switchoverfrombatchstart-uptocontinuousoperationwithprocesscontrol.AppliedMicrobiologyandBiotechnology,,():-..Y.Z.Peng,G.B.Zhu.Biologicalnitrogenremovalwithnitrificationanddenitrificationvianitritepathway.AppliedMicrobiologyandBiotechnology,,():-..J.H.Guo,Y.Z.Peng,X.Yang,C.D.Gao,S.Y.Wang.binationprocessoflimitedfilamentousbulkingandnitrogenremovalvianitriteforenhancingnitrogenremovalandreducingaerationrequirements.Chemosphere,,():-..C.Y.Wu,Y.Z.Peng,R.D.Wang,Y.X.Zhou.Understandingthegranulationprocessofactivatedsludgeinabiologicalphosphorusremovalsequencingbatchreactor.Chemosphere,,():-..L.Zhang,S.J.Zhang,Y.P.Gan,Y.Z.Peng.Bio-augmentationtorapidrealizepartialnitrificationofrealsewage.Chemosphere,,():-..L.Zhang,S.J.Zhang,S.Y.Wang,C.C.Wu,Y.G.Chen,Y.Y.Wang,Y.Z.Peng.Enhancedbiologicalnutrientremovalinasimultaneousfermentation,denitrificationandphosphateremovalreactorusingprimarysludgeasinternalcarbonsource.Chemosphere,,():-..W.T.Zhang,Y.Z.Peng,N.Q.Ren,Q.S.Liu,Y.Z.Chen.ImprovementofnutrientremovalbyoptimizingthevolumeratioofanoxictoaerobiczoneinAAO-BAFsystem.Chemosphere,,():-..Y.Ma,Y.Z.Peng,X.L.Wang.ImprovingnutrientremovaloftheAAOprocessbyaninfluentbypassflowbydenitrifyingphosphorusremoval.Desalination,,(-..Y.Z.Peng,X.L.Wang,B.K.Li.AnoxicbiologicalphosphorusuptakeandtheeffectofexcessiveaerationonbiologicalphosphorusremovalintheA()Oprocess.Desalination,,(-):-.

　　⑶帮忙翻译一下，谢谢了！

　　⑷在关键的评语食品科学与营养关键的评语在口腔生物学与医学关键的评语在植物科学目前药物化学目前在生物技术意见当前舆论的细胞生物学目前舆论化学生物学当前舆论的胶体与界面科学目前舆论遗传学与发展当前舆论的免疫学目前舆论LIPIDOLOGY当前舆论的微生物当前舆论的植物生物学当前舆论的结构生物学目前的药物设计细胞因子和生长因子评语道尔顿交易数据挖掘和知识发现决策支持系统牙科材料杂志细胞发育发展和比较免疫学发育动态糖尿病糖尿病护理糖尿病离散和连续动态系统离散和连续动态系统-B系列DNA修复家养动物内分泌学药物代谢和处置药物代谢评语杜克大学数学杂志染料和颜料耳朵和听力地球和行星科学信地震工程与结构动力学地球科学评语生态昆虫学生态学书生态学ECONOMETRICAEJCSUPPLEMENTS电化学通报电子信件电泳欧洲分子生物学杂志分子生物学的报告新出现的传染病内分泌内镜能源和燃料工程地质环境健康展望国际环境环境微生物学环境污染环境科学与技术环境毒理学和化学流行病学癫痫欧空局的公告，欧洲航天局欧洲心脏杂志欧洲生物化学杂志欧洲药理学杂志欧洲藻类学杂志欧洲审查农业经济EUROPHYSICS书进化计算演化运动和体育科学评语实验性大脑研究实验神经病学FASEB杂志前端模块微生物评语生育和不育渔业海洋学鱼和贝类免疫学流体相平衡食品化学基础计算数学淡水生物学前沿生态与环境在神经内分泌学前沿

　　⑸谁帮我写篇七八十字左右的英文介绍下生物技术专业

　　⑹Biotechnologyisthedevelopmentofmodernbiologyanditsrelateddisciplinesandcross-productintegration,itscoreisbasedonrebinantDNAtechnology,geicengineeringcenters,includingmicrobialengineering,biochemicalengineering,cellengineeringandbio-productsandotherfields.

　　⑺食品科学方面的英文杂志

　　⑻食品类SCI核心期刊影响因子AbbreviatedJournalTitleImpactFactorFullJournalTitleCRITREVFOODSCI.criticalreviewsinfoodscienceandnutritionTRENDSFOODSCITECH.trendsinfoodscience&technologyINTJFOODMICROBIOL.internationaljournaloffoodmicrobiologyFOODCHEMTOXICOL.foodandchemicaltoxicologyJAGRFOODCHEM.journalofagriculturalandfoodchemistryJFOODPROTECT.journaloffoodprotectionFOODHYDROCOLLOID.foodhydrocolloidsFOODADDITCONTAM.foodadditivesandcontaminantsFOODCHEM.foodchemistryFOODRESINT.foodresearchinternationalFOODQUALPREFER.foodqualityandpreferenceJFOODENG.journaloffoodengineeringFOODCONTROL.foodcontrolFOODMICROBIOL.foodmicrobiologyEURFOODRESTECHNOL.europeanfoodresearchandtechnologyFOODBIOTECHNOL.foodbiotechnologyFOODTECHNOL-CHICAGO.foodtechnologyJFOODSCI.journaloffoodscienceINTJFOODSCITECH.internationaljournaloffoodscienceandtechnologyJSCIFOODAGR.journalofthescienceoffoodandagricultureFOODREVINT.foodreviewsinternationalLWT-FOODSCITECHNOL.annualreviewofimmunologyJFOODPOSANAL.JFOODDRUGANAL.journaloffoodanddruganalysisJFOODBIOCHEM.journaloffoodbiochemistryNAHRUNGnahrung-foodFOODSCITECHNOLINT.foodscienceandtechnologyinternationalJENVIRONSCIHEALBjournalofenvironmentalscienceandhealthpartb-pesticidesfoodcontaminantsandagriculturalwastesJMUSCLEFOODS.journalofmusclefoodsFOODPOLICY.foodpolicyCEREALFOODWORLDcerealfoodsworldcerealfoodsworld.internationaljournaloffoodsciencesandnutritionFOODAGRIMMUNOL.foodandagriculturalimmunologyJFOODSAFETY.journaloffoodsafetyFOODDRUGLAWJ.foodanddruglawjournalFOODTECHNOLBIOTECH.foodtechnologyandbiotechnologyINTJFOODPROP.internationaljournaloffoodpropertiesIRISHJAGRFOODRES.irishjournalofagriculturalandfoodresearchAGRFOODSCI.JFOODLIPIDS.journaloffoodlipidsjournaloffoodlipidsitalianjournaloffoodscienceJFOODHYGSOCJPN.journalofthefoodhygienicsocietyofjapan有点乱仔细点还是可以看清楚的这个影响因子不是最新的现在小木虫上有最新的了你去看看

　　⑼HereisapagefromamagazinecalledFuture.Readthefollowinginformationaboutthingsthat

　　⑽小题:C小题:A小题:B小题:B小题:B

　　⑾试题分析：这篇短文主要介绍了未来社会在能源交通,城市建设,生物技术及医药方面的一些变化.小题:根据短文第二段描述,可知在未来交通事故会更少,污染也会更少.故选C.小题:根据第三段Newcitieswillhavetobebuiltinthesea.描述,可知选A.小题:根据第四段Biotechnology（生物技术willmakefoodbetterandhealthier.描述,可知选B.小题:根据最后一段Peoplewilluseproductsofgeicengineering（基因产品tocuremoreillnesses.描述,可知选B.小题:这篇短文主要介绍了在未来生活中的一些变化,提示我们为来来做好准备.故选B,准备迎接未来.点评：本文浅显易懂，层次分明，学生很容易把握文章中心内容。答题中注意带着问题阅读短文，一般就能顺利找出答题依据。对于不能直接找到根据的问题注意联系上下文，根据短文中心总结出正确答案。

　　⑿英语作文生物技术的优点

　　⒀ThemainfeaturesofthenewbiotechnologyMainfeatures:(A)tobreakafewthousandyearscannotbegeicallydistanthybridizationofthelaw,breakingthebarrierbetweenspecies.Anyonecanintroduceageogiveitnewlifeformsandgeiharacteristics,forexample,abacterialtoxingenesintocotton,thepest-resistantcottontoobtaintheperformance;Anotherexamplewouldbeacertainkindofvirusgenesintotobaoorvegetables,leavingthelattertoobtainnewvarietiesofplantvirusresistance;andifthegrowthhormonegeneintopigsmaygetfishorfishorfast-growingnewbreedpigsandsoon.Thisisthetransgenicplantsortransgenicanimals,whichisbreedinghistoryofagreatrevolution.(B)providesadirectmeansorartificialgeneorproteinsynthesis,ortheuseofsimplemicrobestomassproductionofusefulproteins,importantforhumanandanimaldiseaseprevention,treatmentanddiagnosis.Youcanevenchangethenatureofproteintomakeitmoreinlinewithpeople’sneeds,whichisproteinengineering.Inthepast,averysmallamountofproteininthebody,difficulttoextract,cannowbemassproducedusingE.colifermentation,resultingintheformationofnewbiologicaltreatment,andpharmaceuticalindustry.(C)provideameansofgeherapyinthetreatmentandpreventiononageiclevel,forthetreatmentofdifficulttotreatgeicdiseases,cancerandsoon.EmergingbiotechnologyindustrybenefitsNewbiotechnologyfordevelopingcountriesprovidesausefulmeanstodeveloptheirnationaleconomy,theadvantagesare:,lowinvestment,highvalue,short,quick;,theuseofnaturalrenewableenergysources,bacteriacanbeinfinitelyblooms;,thenewbio-geicallyengineeredvarietiesofbacteriaarerelativegeicstability,canbecontinuous,long-termuseittocreatewealth;,generallynoenvironmentalpollution.TrendofdevelopmentofbiotechnologyOverthelastdecadetheinternationaldevelopmentofbiotechnology,summarizedasthefollowingsignificanttrendsandcharacteristics:(A)rapidgeicmanipulationtechniques,continuousimprovement,especiallyingeransfertechnology,geneamplification,genecloning,genemodificationtechnology,andthroughmercialchannels,sellingafullsetofreagentsspecifictechnology,topromote.Currently,geechnologyhasbeenextendedtothegrassrootslevel,suchascliniciansusinggeneamplificationtechnologydiagnosticdifficultcases.(B)thebiologicaltreatmentbyleapsandbounds.Newdrugsandvaineshavebeenaboutnewproductsonthemarket,hasgeneratedhugeeconomicandsocialbenefits,thepharmaceuticalindustrywillfacethiscenturyupdate.(C)geicallymodifiedplantsandanimalshaveamajorbreakthrough.Insect-resistant,anti-virusvegetablesandothercrops,insect-resistantcotton,hasenteredthepracticalstage,thebeginningofthiscentury,wecanpromotesociallyaeptableinsect-resistant,anti-viruscrops.Cultivatesalinity,drought-resistantcrops,inthiscenturywillberealized.Introductionofnewbio-technologicalinnovationthroughouttheagriculture,isestimatedtobefullyoperationalby.(D)ofthehumangenomeasamajorinternationalcollaborationbetweenscientificissues,thedevelopmentofnewdrugsoffergoodprospects.(E)expectationsfeherapytomakesignificantprogress.Since,treatmentofonecaseofcongenitalimmunedeficiencyhasbeenonlyfouryearstheobjectofgeherapyhasbeenrapidlyextendedtothetreatmentofcancer,AIDS,hepatitisB,cardiovascularandotherseriousdiseases.Estimatedbeginningofthiscentury,cancer,AIDSandotherseriousdiseasespreventionandcontrolisexpectedtoachieveabreakthrough.EmergingbiotechnologyapplicationsinagricultureBiotechnologyisimportantforChina’shighagriculturaltechniques,includingthedevelopmentofhighyielding,highquality,stress-resistantnewvarietiesofplantsandanimals,nitrogenfixation,Livestockandothermajordiseasespreventionandcontrol.Currently,theemergingbiotechnologyapplicationsinagriculturemainlyintheareasofgeicallymodifiedplantsandanimals.Transgenicplantssuchastobaomosaicvirusresistanceintobao,cottonbollwormresistance,insect-resistantvegetables,anti-rottentomatoes.Transgenicanimalssuchasfast-growingfish,milksecretionofalargenumberofeffectivedrugsinsheeporotheranimals.Geicallyengineeredmicro-anismssuchasagriculture,transformationofsymbiotiitrogenfixationjointfixationorengineeringbacteriatoenhancenitrogenfixation,withtoxicgeneengineeredbacteriausedaspesticides.VeterinaryvainesusinggeicallyengineeredrebinantDNAtechnologiesandthedevelopmentofveterinaryvainesforseriousinfectiousdiseaseprevention.Engineeringfortherapidpropagationofbovineembryoscattlebreeding,embryodivision,variantdevelopment.EmergingbiotechnologyapplicationsinmedicineBiologicaltreatmentistheuseofDNArebinanttechnologyorothernewbiotechnologydiseasepreventionandtreatment,basedoncurrentprogress,thebiologicaltreatmentshouldincludebroadrestructuringandreanizationofDNAproteindrugsdrugsintotwocategories:,therebinantproteindrugs:treatment,includingcytokines,anti-cytokinestreatment,treatmentofimmuneprotection,guidancetoxins,drugsbasedongeranscriptionfactors,monoclonalantibodytherapeuticagents,vaines,treatmentsandsoon.,rebinantDNAdrugs:drugs,includingoligonucleotides,geherapyandgenevaines.Biotechnologycanalsobeusedforprocess,energyandotherindustrialapplications,includingstarch,aminoacids,enzymes,antibiotics,polymers,methanolproduction,controlofenvironmentalpollution,oildrillingandminingandsoon.However,thecurrentfocusonmedicineandagriculture,today’sbiotechnologyapplicationsinmedicineaountedformorethan%ofbiotechnology,hasformedanewindustrialbiotechnologyproductsmainlyinmedicine.China’smajorbiotechnologyobjectivesandprogressMainstrategicobjectivesare:Developedhybridriceyieldthantheexisting%ofhybridrice,andlargescale;developedwithsignificantmarketvalueofthefast-growingfish;tospeciesofhigh-techbiotechdrugsandvainestomarket,thebasicformationofourbiologicalfieldhigh-techindustry,annualturnoverofbillionyuan;strivetoput%oftheresultsoftheapplication;themainaspectsofbiotechnologytothecurrentinternationalstandards,andinhybridrice,transgenicplants,hepatitisandcancerpreventionandcontrolofnewdrugsandvainesintheformationofthecountry’scharacteristics,includingsomeoftheitemsintheinternationalleadinglevel;buildanumberofbio-techresearchanddevelopmentbase;trainagroupofcross-centuryhigh-techtalent.Tothisend,theestablishmentofthreethemes:First,high-quality,anti-animalandplantnewvarieties;secondnewdrugs,vainesandgeherapy;thirdproteinengineering.Consistsoffivemajorprojectsandthematicprojects.Achievementssumup,havethefollowingmainaspects:Two-linehybridriceresearchhasmadesignificantprogress;geicallymodifiedplants,animals,breakthroughprogress;havebeenhomozygousforinsect-resistantcotton,trypsininhibiteransferofcottonalsocontinuetodifferentiateinvitrogermination,diseasetobaohasbeenwidelypromotedhasreceivedanumberoffast-growingtransgeniommoncarp;rebinantmicroanismshavebeenusedforagriculturalproduction,increaseyield,savingmorethankgnitrogenperacre;rebinanthepatitisBvaineproductiontechnologyreachedtheinternationaladvancedlevel,thereareothercholerathreekindsofnewvainesintothepilot,severalcountrieslinkedtechnologytransferissues;geicallyengineeredpeptidedrugstoachieveindustrialization,rebinantinterferonandinterleukin-oftheannualoutputofaboutmillionyuan;hemophiliaBgeherapyleadingpositionintheinternationalarena;basicresearchinbiotechnologyinnovationresults;ourbasicgraspoftoday’sbiologicalscientists,mainareasofcutting-edgetechnology,drivenbyandradiation,biologicaltechnologyinChinahaveagreaterdegreeofpopularity,China’slargeHospitalbegantousePCRtechnologyfordiseasediagnosis.ChallengesandOpportunitiesLookingahead,China’spopulationgrowthandlandshortageisalong-standingconflicts,andinternationalrapiddevelopmentofmodernbiotechnologyisexpectedtobringtheGreenRevolution,isthehopetoresolvethiscontradiction.China’sdevelopmentofbiotechnologyhasmanyadvantages,soweshould:focusonclinicalefficacyassoonaspossibledevelopanumberofclear,non-infringementofforeignpatentproducts;developmentgroupiscurrentlyabroad,assoonaspossibleintheclinicalstageⅠ,Ⅱtrials,drugproductionhasnotyetbeenlicense,withgreatprospectofthedrug,theuseofourclinicaltrialsoffavorableconditions,itispossibleinthecaseofinfringementofforeignpatents,requiredtopleteourclinicalstageⅠ,Ⅱtrial,treatmentofnewindications,firsttothemarket;consideringthedevelopmentofanumberofforeignpatentexpireearlythiscenturyandhasgreatapplicationvalueinourpro

　　⒁在CriticalReviewsinBiotechnology、MicrobialCellFactories、AppliedMicrobiologyandBiotechnology、BiochemicalEngineeringJournal、BiotechnologyProgress、生物工程学报等发酵工程领域国内外主流学术期刊发表学术论文篇，其中SCI收录论文篇。参与本科技专著或教材的编写工作。近几年代表性学术论文如下：LiuLong,ZhuYunfeng,LiJianghua,DuGuocheng,ChenJian.Microbialproductionofpropionicacidfrompropionibacteria:Currentstate,challengesandperspectives.CriticalReviewsinBiotechnology.,DOI:./...(IF:.)JiaDongxu,LiJianghua,LiuLong,YangYu,ZhangDongxu,DuGuocheng,ChenJian.High-levelexpression,purification,andenzymatiharacterizationoftruncatedpoly(vinylalcohol)dehydrogenaseinmethylotrophicyeastPichiapastoris.AppliedMicrobiologyandBiotechnology.,Aepted.DOI:./s-.(IF:.)HanRuizhi,LiuLong,LiJianghua,DuGuocheng,ChenJian.Functions,applicationsandproductionof-O-D-glucopyranosyl-L-ascorbicacid.AppliedMicrobiologyandBiotechnology.,Inpress.(IF:.)ZhangJiaxin,LiuLong,LiJianghua,DuGuocheng,ChenJian.EnhancedglucosamineproductionbyAspergillussp.BCRCbasedonthetime-variantkiicsanalysisofdissolvedoxygenlevel.BioresourceTechnology.,:-.(IF:.)ChenXin,LiuLong,LiJianghua,DuGuocheng,ChenJian.ImprovedglucosamineandN-acetylglucosamineproductionbyanengineeredEscherichiacoliviastepwiseregulationofdissolvedoxygenlevel.BioresourceTechnology.,:-.(IF:.)GuanNingzi,LiuLong,ZhugeXin,QuQiaoyan,DuGuocheng,ChenJian.Genome-shufflingimprovesacidtoleranceofPropionibacteriumacidipropioniciandpropionicacidproduction.AdvancesinChemistryResearch..Ed.Nova,ISBN:----.Inpress.LiuLong,LiuYanfeng,LiJianghua,DuGuocheng,ChenJian.Microbialproductionofhyaluronicacid:Currentstate,challenges,andperspectives.MicrobialCellFactories..:.(IF:.)YangHaiquan,LiuLong,LiJianghua,DuGuocheng,ChenJian.Heterologousexpression,biochemicalcharacterization,andoverproductionofalkalineα-amylasefromBacillusalcalophilusinBacillussubtilis.MicrobialCellFactories..:.(IF:.)LiuLong,SunJun,WangMiao,DuGuocheng,ChenJian.ApplicationofanovelcavernvolumecontrolledculturemodeltothemicrobialhyaluronicacidproductionbybatchcultureofStreptocouszooepidemicus.BiochemicalEngineeringJournal.,:-.(IF:.)LiuLong,SunJun,XuWenbo,WangMiao,DuGuocheng,ChenJian.ModelingandoptimizationofmicrobialhyaluronicacidproductionbyStreptocouszooepidemicususingradialbasisfunctionneuralworkcouplingquantum-behavedparticleswarmoptimizationalgorithm.BiotechnologyProgress.,:-.(IF:.)

　　⒂张献龙的主要学术成果

　　⒃教材与著作：.《植物生物技术》，第二版，主编，，科学出版社.《植物生物技术》，主编，，科学出版社，分别入选湖北省和国家精品课程.《作物育种学总论》，副主编，，农业出版社.《植物细胞组织培养》，参编，，中国农业大学出版社.《遗传学》，副主编，，科学出版社.CottonBiotechnology:ChallengetheFutureforCottonImprovement,In:BiotechnologyinCropImprovement,GPRao(ed.),StudiumPress,LLC,Houstan,Texas,USA.Pp.-.《中国棉花育种学》，参编，，山东科学技术出版社.《湖北棉花》，参编，，中国农业出版社.Developmentalandmolecularaspectsofsomaticembryogenesis(nonzygoticembryogenesis),In:PlantTissueCulture,Development,andBiotechnology,RobertN.TrigianoandDennisJ.GrayEds.,CRCPress,,p.-审定的品种：“华杂棉号”通过湖北省审定“华杂棉号”通过河南省审定“华惠”通过江西省审定“华杂棉号”年通过江西省审定“华杂棉H”年通过国家审定发表的SCI论文：.LongqingSun,LongfuZhu,LiXu,DaojunYuan,LingMin&XianlongZhang*,,CottoncytochromePCYPDregulatessystemielldeathbymodulatingtheoctadecanoidpathway,Naturemunications,:doi:./nms.NianLiu,LiliTu,WenxinTang,WenhuiGao,KeithLindseyandXianlongZhang*,,SmallRNAanddegradomeprofilingrevealsaroleformiRNAsandtheirtargetsinthedevelopingfibersofGossypiumbarbadense,ThePlantJournal,:–.LingMin,YaoyaoLi,QinHu,LongfuZhu,WenhuiGao,YuanlongWu,YuanhaoDing,ShimingLiu,XiyanYang,andXianlongZhang*,,Sugarandauxinsignalingpathwaysrespondtohightemperaturestressduringantherdevelopmentasrevealedbytranscriptprofilinganalysisincotton,PlantPhysiology，:-.LiuG,LiX,JinS,LiuX,ZhuL,YichunNie,XianlongZhang*,,OverexpressionofRiceNACGeneSNACImprovesDroughtandSaltTolerancebyEnhancingRootDevelopmentandReducingTranspirationRateinTransgeniotton,PLoSONE():e.WenxinTang,LiliTu*,XiyanYang,JiafuTan,FenglinDeng,JuanHao,KaiGuo,KeithLindsey,XianlongZhang*,，ThecalciumsenshCaMpromotescottonfiberelongationbymodulatingROSproduction,NewPhytologist，():-.FangyanJin+,LisongHu+,DaojunYuan,JiaoXu,WenhuiGao,LiangrongHe,XiyanYang*,XianlongZhang*,,parativetranscriptomeanalysisbetweensomaticembryosandzygoticembryosincotton:evidenceforstressresponsefunctionsinsomaticembryodevelopment,PlantBiotechnologyJournal,:-..WeiGao,LuLong,LongfuZhu*,LiXu,WenhuiGao,LongqingSun,LinlinLiuandXianLongZhang*,,Proteomicandvirusinducedgenesilencing(VIGS)analysesrevealthatGossypol,BrassinosteroidsandJasmonicacidcontributetotheresistanceofcottontoVerticilliumdahlia,Molecular&CellularProteomics,:-.LingMin,LongfuZhu*,LiliTu,FenglinDeng,DaojunYuan,andXianlongZhang*,,CottonGhCKIdisruptsnormalmalereproductionbydelayingtapetumprogrammedcelldeathviainactivatingstarchsynthase,PlantJournal,:-.JiafuTan,LiliTu,FenglinDeng,HaiyanHu,YichunNie,andXianlongZhang*,,AGeicandMetabolicAnalysisRevealedthatCottonFiberCellDevelopmentWasRetardedbyFlavonoidNaringenin,PlantPhysiology,:-.XiyanYang,LichenWang,DaojunYuan,KeithLindsey,XianlongZhang*,,SmallRNAanddegradomesequencingrevealplexmiRNAregulationduringcottonsomaticembryogenesis,JournalofExperimentalBotany,():-.MaojunWang,DaojunYuan*,WenhuiGao,YangLi,JiafuTan,XianlongZhang*,,AparativeGenomeAnalysisofPMEandPMEIFamiliesRevealstheEvolutionofPectinMetabolisminPlantCellWalls,PLoSONE():e.JuanHao,LiliTu,HaiyanHu,JiafuTan,FenglinDeng,WenxinTang,YichunNieandXianlongZhang*,,GbTCP,acottonTCPtranscriptionfactor,confersfibreelongationandroothairdevelopmentbyaplexregulatingsystem,JExpBot.：-.XiyanYang,XianlongZhang*,DaojunYuan,FangyanJin,YunchaoZhangandJiaoXu,,Transcriptprofilingrevealsplexauxinsignallingpathwayandtranscriptionregulationinvolvedindedifferentiationandredifferentiationduringsomaticembryogenesisincotton,BMCPlantBiology,:.GuanzeLiu,ShuangxiaJin,XuyanLiu,JiafuTan,XiyanYang,XianlongZhang*,,OverexpressionofArabidopsiscyclinD;incottonresultsinleafcurlingandotherplantarchitecturalmodifications,PlantCell,TissueandanCulture,:-.ShuangxiaJin,XianlongZhang,HenryDaniell,,Pinelliaternateagglutininexpressioninchloroplastsconfersbroadspectrumresistanceagainstaphid,whitefly,lepidopteraninsects,bacterialandviralpathogens,PlantBiotechnologyJ.:-．FenglinDeng,LiliTu,JiafuTan,YangLi,YichunNieandXianlongZhang*,,GbPDF(PROTODERMALFACTOR)isinvolvedincottonfiberinitiationviathecorecis-elementHDZIPATATHB,PlantPhysiology，:-.S.X.JIN,G.Z.LIU,H.G.ZHU,X.Y.YANG,X.L.ZHANG*,,TransformatonofUplandcottonwithgfpgeneasavisualmarker,AgriculturalScienceinChina,:-．LiXu,LongfuZhu,LiliTu,LinlinLiu,DaojunYuan,LiJin,LuLong,XianlongZhang*,,LigninmetabolismhasacentralroleintheresistanceofcottontothewiltfungusVerticilliumdahliaeasrevealedbyRNA-Seqdependenttranscriptionalanalysisandhistochemistry,JExpBotany,：-．GuozhengYang,HaoyueTang,YichunNie,XianlongZhang*,,Responseofcottongrowth,yield,andbiomasstonitrogensplitapplicationratio,EuropeanJofAgronomy,:-.DaojunYuan,LiliTu,XianlongZhang*,,Generation,AnnotationandAnalysisofFirstLarge-ScaleExpressedSequenceTagsfromDevelopingFiberofGossypiumbarbadenseL.,PLoSONE,():e.LisongHu,XiyanYang,DaojunYuan,FanchangZeng,XianlongZhang*,,GhHmgBdeficiencyderegulatesproliferationanddifferentiationofcellsduringsomaticembryogenesisincotton,PlantBiotechnologyJ.:-.LiXu,LongfuZhu,LiliTu,XiaopingGuo,LuLong,LongqingSun,WeiGao,XianlongZhang*,,DifferentialgeneexpressioninthecottondefenseresponsetoVerticilliumdahliaebySSH,JofPhytopathology，：-．ZhuLongfu,HeXin,YuanDaojun,XuLian,XuLi,TuLili,ShenGuoxin,ZhangHong,ZhangXianlong*,,Genome-wideidentificationofgenesresponsivetoABAandcold/saltstressesinGossypiumhirsutumbydata-miningandexpressionpatternanalysis,AgriculturalScienceinChina,():-.XiyanYangandXianlongZhang*,,RegulationofSomaticEmbryogenesisinHigherPlants,CriticalReviewinPlantScience，:-.M.FarooqHussainMunis,LiliTu,FenglinDeng,JiafuTan,LiXu,ShichengXu,LuLongandXianlongZhang*,,Athaumatin-likeprotein(PR-)geneofcotton(GossypiumbarbadenceL.)involvedinfibersecondarycellwalldevelopmentenhancesresistanceagainstVerticilliumdahliaeandotherstressesintransgenictobao,BiochemicalandBiophysicalResearchmunications，:-．YunjingLi,DiqiuLiu,LiliTu,XianlongZhang*,LiWang,LongfuZhu,JiafuTan,FenglinDeng,,SuppressionofGhAGPgeneexpressionrepressedtheinitiationandelongationofcottonfiber,PlantCellReports,:-.XiyanYang,XianlongZhang*,LiliFu,LingMin,GuanzeLiu,,Multipleshootsinductioninwildcotton(Gossypiumbickii)throughanogenesisandtheanalysisofgeichomogeneityoftheregeneratedplants,Biologia,:-.M.FarooqHussainMunis,LiliTu,KhurramZiaf,JiafuTan,FenglinDeng,XianlongZhang*,,Criticalosmotic,ionicandphysiologicalindicatorsofsalinitytoleranceincotton(GossypiumhirsutumL.)forcultivarselection,Pak.J.Bot.,():-.FULiLi,YANGXiYan,ZHANGXianLong*,WANGZhiWei,FENGChangHui,LIUChuanXiang,JIANGPeiYong&ZHANGJinLong,,Regenerationandidentificationofinterspecificasymmetricsomatichybridsobtainedbydonor–recipientfusionincotton,ChineseScienceBulletin,:-.ZhongxuLin,YanxinZhang*,XianlongZhang,XiaopingGuo,,Ahigh-densityintegrativelinkagemapfossypiumhirsutum,Euphytica,:-.XiyanYang,LiliTu,LongfuZhu,LingMin,LiliFu,XianlongZhang*,,Expressionprofileanalysisofgenesinvolvedincellwallregenerationduringprotoplastcultureincottonbysuppressionsubtractivehybridizationandmacroarray,JournalofExperimentalBotany,:-.ZHUHuaGuo,TULiLi,JINShuangXia,XULi,TANJiaFu,DENGFengLin,ZHANGXianLong*,,Analysisofgenesdifferentiallyexpressedduringinitialcellulardedifferentiationincotton,ChineseScienceBulletin,:-.ShuangxiaJin,RameshMushke,HuaguoZhu,LiliTu,ZhongxuLin,YanxinZhang,XianlongZhang*,,Detectionofsomaclonalvariationofcotton(Gossypiumhirsutum)usingcytogeics,flowcytometryandmolecularmarkers,PlantCellReports,:-.YanxinZhang,ZhongxuLin,QizhongXia,MingjuZhang,XianlongZhang*,,CharacteristicsandanalysisofsimplesequencerepeatsinthecottongenomebasedonalinkagemapconstructedfromaBCpopulationbetweenGossypiumhirsutumandG.barbadense,Genome,:-.DiqiuLiu,LiliTu,LiWang,YunjingLi,LongfuZhu,XianlongZhang*,,Characterizationandexpressionofplasmaandtonoplastmembraneaquaporinsinelongatingcottonfibers,PlantCellReports,:-.DiqiuLiu,LiliTu,LiWang,YunjingLi,LongfuZhu,XianlongZhang*,,Genesencodingfasciclin-likearabinogalactanproteinsarespecificallyexpressedduringcottonfiberdevelopment,PlantMolecularBiologyReporter,:-.HeDH,LinZX,ZhangXL*,ZhangYX,LiW,NieYCandGuoXP,,DissectionofgeicvarianceoffiberqualityinadvancedgenerationsfromaninterspecifirossofGossypiumhirsutumandG.barbadense,PlantBreeding,:-.HongmeiWang,ZhongxuLin,XianlongZhang,WeiChen,DaohuaHe,XiaopingGuo,YichunNie,YunhaiLi,,MappingandquantitativetraitlocianalysisofVerticilliumwiltresistancegenesincotton,JournalofIntegrativePlantBiology，:-.FanchangZeng,XianlongZhang*,LongfuZhu,LipingChen,ZhongxuLin,LeiCheng,JinglinCao,LiliTuandXiaopingGuo,,ADraftGeneRegulatoryworkforCellularTotipotencyReprogrammingduringPlantSomaticEmbryogenesis,Genomics，:-.LiliTu,XianlongZhang*,DiqiuLiu,ShuangxiaJin,JinglinCao,LongfuZhu,FenglinDeng,JiafuTan,CunbinZhang,,SuitableinternalcontrolgenesforqRT-PCRnormalizationincottonfiberdevelopmentandsomaticembryogenesis,ChineseScienceBulletin,:-.DaohuaHe,ZhongxuLin,XianlongZhang*,YichunNie,XiaopingGuoandYanxinZhang,，QTLmappingforeconomictraitsbasedonadensegeicmapofcottonwithPCR-basedmarkersusingtheinterspecifirossofGossypiumhirsutum×G.barbadense,Euphytica，：-.X.Guo,C.Huang,S.Jin,S.Liang,Y.NieandX.Zhang*,,Agrobacterium-mediatedtransformationofCryC,CryAandCryCgenesintoGossypiumhirsutumandplantregeneration,BiologiaPlantarum，（:-.Li-LiTu,Xian-LongZhang*,Shao-GuangLiang,Di-QiuLiu,Long-FuZhu,Fan-ChangZeng,Yi-ChunNie,Xiao-PingGuo,Feng-LinDeng,Jia-FuTan,LiXu,,Genesexpressionanalysesofsea-islandcotton(GossypiumbarbadenseL.)duringfiberdevelopment,PlantCellReports,:-.XiyanYang,XianlongZhang*,ShuangxiaJin,LiliFu,LinggangWang,,ProductionandcharacterizationofasymmetrichybridsbetweenuplandcottonCoker(Gossypiumhirsutum)andwildcotton(GossypiumklozschianumAnderss),PlantCellTissueanCulture,:-.FanchangZeng,XianlongZhang*,LongfuZhu,ZhongxuLin,XiaopingGuo,andYichunNie,LeiCheng,JinglinCao,,Chromatinreanizationandendogenousauxin/cytokinindynamicactivityduringsomaticembryogenesisofculturedcottoncell,PlantCellTissueanCulture,:-.X.YANG,X.GUO,X.ZHANG*,Y.NIE,S.JIN,,PlantregenerationfromprotoplastinwildcottonGossypiumdavidsoniiKell.viasomaticembryogenesis,BiologiaPlantarum,():-.LongfuZhu,XianlongZhang*,LiliTu,FanchangZeng,YichunNie,XiaopingGuo,,Isolationandcharacterizationoftwonoveldirigent-likegeneshighlyinducedincotton(Gossypiumbarbadense)afterinfectionbyVerticilliumdahliae,JofPlantpathology,():-.ZHANGYanxin,LINZhongxu,LIWu,TULili,ZHANGXianlong*,NIEYichun,,StudiesofnewEST-SSRsderivedfromGossypiumbarbadense,ChineseScienceBulletin，():-.FanchangZeng,XianlongZhang*,LongfuZhu,LiliTu,XiaopingGuoandYichunNie,,Isolationandcharacterizationofgenesassociatedtocottonsomaticembryogenesisbysuppressionsubtractivehybridizationandmacroarray,PlantMolecularBiology,()：-.YuqiangSun,XianlongZhang*,XiaopingGuo,ChaoHuang,YichunNie,,Somaticembryogenesisandplantregenerationfromdifferentwilddiploidcotton(Gossypium)species,PlantCellReports():-.D.Liu,X.Guo,Z.Lin,X.Zhang*,Y.Nie,,GeicdiversityevaluationofChineseAsiancotton(Gossypiumarboreum)aessionsbySSRmarkers,GeicResourcesandCropEvolution，：-.ShuangxiaJin,ShaoguangLiang,XianlongZhang*,YichunNie,XiaopingGuo,,Anefficientgraftingsystemfortransgenicplantrecoveryincotton(GossypiumhirsutumL.),PlantCellTissueanCulture,():-.YuqiangSun,YichunNie,XiaopingGuo,ChaoHuang,XianlongZhang*,,SomatichybridsbetweenGossypiumhirsutumL.(x)andG.davidsoniiKellog(x)producedbyprotoplastfusion,Euphytica，：-.S.JIN,X.ZHANG*,Y.NIE,X.GUO,S.LIANG,H.ZHU,，Identificationofanovelelitegenotypeforinvitrocultureandgeictransformationofcotton,BiologiaPlantarum，（:-.DiqiuLiu,XianlongZhang*,LiliTu,LongfuZhu,XiaopingGuo,,Isolationbysuppression-subtractivehybridizationofgenespreferentiallyexpressedduringearlyandlaterfiberdevelopmentstagesincotton,MolecularBiology,():-.YuqiangSun,XianlongZhang*,YichunNie&XiaopingGuo,,ProductionoffertilesomatichybridsofGossypiumhirsutum+G.bickiiandG.hirsutum+G.stockiiviaprotoplastfusion,PlantCell,TissueandanCulture,:-.LinZX,ZhangXL*,etal,,LinkagemapconstructionandmappingQTLforcottonfibrequalityusingSRAP,SSRandRAPD，PlantBreeding,（：-.WuJH,ZhangXL*,etal,,High-efficiencytransformationofGossypiumhirsutumembryogeniallimediatedbyAgrobacteriumtumefaciensandregenerationofinsect-resistantplants,PlantBreeding,（：-.ShuangxiaJin,XianlongZhang*,etal,,FactorsaffectingstabletransformationandplantregenerationduringtransformingembryogeniallusofUplandcotton(GossypiumhirsutumL.)viaAgrobacteriumtumefaciens,PlantCell,TissueandanCulture,():-.Yuqiangsun,XianlongZhang*,ChaoHuang,YichunNie,XiaopingGuo,,PlantregenerationviasomaticembryogenesisfromprotoplastsofsixexplantsinCoker(GossypiumhirsutumL.),PlantCell,TissueandanCulture,:-.YuqiangSun,XianlongZhang*,ChaoHuang,YichunNie,XiaopingGuo,,Factorsinfluencinginvitroregenerationfromprotoplastsofwildcotton(G.klotzschianumA)andRAPDanalysisofregeneratedplantlets,PlantGrowthRegulation,:-.Dao-HuaHe,Zhong-XuLin,Xian-LongZhang*，etal,,MappingQTLsoftraitscontributingtoyieldandanalysisofgeiceffectsintetraploidcotton,Euphytica,(-):-.WuJH,ZhangXL*,etal,,FactorsaffectingsomaticembryogenesisandplantregenerationfromarangeofrecalcitrantgenotypesofChinesecottons,InvitroCellularandDevelopmentalBiology-Plant,():-.SunYQ,ZhangXL*,etal,,Productionandcharacterizationofsomatichybridsbetweenuplandcotton(Gossypiumhirsutum)andwildcotton(G.klotzschianumAnderss)viaelectrofusion,TheorApplGe,:-.MartinASouter,MargaretLPullen,JenniferF.Topping,XianlongZhangandKeithLindsey，，Rescueofdefectiveauxin-mediatedgeneexpressionandrootmeristemfunctionbyinhibitionofethylenesignallinginsterolbiosynthesismutantsofArabidopsis，Planta,：-.SunYQ,ZhangXL*,etal,,somaticembryogenesisandplantregenerationinwildcotton(GossypiumklotzschianumAnderss),PlantCellTissueanCulture,:-.LinZX,ZhangXL*,etal,,ConstructionofageicmapforcottonbasedonSRAP,ChineseScienceBulletin,:-

　　⒄人间传染的病原微生物名录

　　⒅分类:医疗健康问题描述:哪里可以下载到该电子文件？解析:你去相关的研究期刊看看RankJournalImpactFactorMicrobio.Mol.Bio.Rev.(.)Ann.Rev.Microbiology(.)Clin.Microbiol.Rev.(.)FEMSMicrobiol.Rev.(.)Adv.Microb.Physiology(.)Curr.Opin.Microbiology(.)TrendsinMicrobiology(.)CellMicrobiology(.)Molec.Microbiology(.)Clin.Infect.Diseases(.)RankJournal-ImpactMicrobio.Mol.Bio.Rev.(.)Ann.Rev.Microbiology(.)Clin.Microbiol.Rev.(.)Adv.Microb.Physiology(.)FEMSMicrobiol.Rev.(.)Adv.Microb.Ecology(.)Curr.Opin.Microbiology(.)TrendsinMicrobiology(.)Molec.Microbiology(.)CellMicrobiology(.)RankJournal-ImpactMicrobiologicalReviews(.)Ann.Rev.Microbiology(.)Microbio.Mol.Bio.Rev.(.)Clin.Microbiol.Rev.(.)Adv.Microb.Ecology(.)Adv.Microb.Physiology(.)FEMSMicrobiol.Rev.(.)Molec.Microbiology(.)Int.J.Syst.Bacteriol.(.)JournalofBacteriology(.).ACTAVIROLOGICABimonthlyISSN:-XSLOVAKACADEMICPRESSLTD,POBOXNAMSLOBODY,BRATISLAVA,SLOVAKIA,.ANAEROBEBimonthlyISSN:-ACADEMICPRESSLTDELSEVIERSCIENCELTD,-OVALRD,LONDON,ENGLAND,NWDX.ANNUALREVIEWOFMICROBIOLOGYAnnualISSN:-ANNUALREVIEWS,ELCAMINOWAY,POBOX,PALOALTO,USA,CA,-.ANTIMICROBIALAGENTSANDCHEMOTHERAPYMonthlyISSN:-AMERSOCMICROBIOLOGY,NSTNW,WASHINGTON,USA,DC,-.ANTIVIRALRESEARCHMonthlyISSN:-ELSEVIERSCIENCEBV,POBOX,AMSTERDAM,HERLANDS,AE.ANTONIEVANLEEUWENHOEKINTERNATIONALJOURNALOFGENERALANDMOLECULARMICROBIOLOGYBimonthlyISSN:-SPRINGER,VANGODEWIJCKSTRAAT,DORDRECHT,HERLANDS,GZ.APPLIEDANDENVIRONMENTALMICROBIOLOGYMonthlyISSN:-AMERSOCMICROBIOLOGY,NSTNW,WASHINGTON,USA,DC,-.APPLIEDMICROBIOLOGYANDBIOTECHNOLOGYMonthlyISSN:-SPRINGER,SPRINGSTREET,NEWYORK,USA,NY,.ARCHIVESOFMICROBIOLOGYMonthlyISSN:-SPRINGER,SPRINGSTREET,NEWYORK,USA,NY,.ARCHIVESOFVIROLOGYMonthlyISSN:-SPRINGERWIEN,SACHSENPLATZ-,POBOX,VIENNA,AUSTRIA,A-.BIOLOGICALSQuarterlyISSN:-ACADEMICPRESSLTDELSEVIERSCIENCELTD,-OVALRD,LONDON,ENGLAND,NWDX.BIOTECHNOLOGYANDBIOENGINEERINGSemimonthlyISSN:-JOHNWILEY&SONSINC,RIVERST,HOBOKEN,USA,NJ,.BIOTECHNOLOGYLETTERSSemimonthlyISSN:-SPRINGER,VANGODEWIJCKSTRAAT,DORDRECHT,HERLANDS,GZ.BIOTECHNOLOGYPROGRESSBimonthlyISSN:-AMERCHEMICALSOC,THST,NW,WASHINGTON,USA,DC,.CANADIANJOURNALOFMICROBIOLOGYMonthlyISSN:-NATLRESEARCHCOUNCILCANADA,RESEARCHJOURNALS,MONTREALRD,OTTAWA,CANADA,ONTARIO,KAR.CELLULARMICROBIOLOGYBimonthlyISSN:-BLACKWELLPUBLISHINGLTD,GARSINGTONRD,OXFORD,ENGLAND,OXON,OXDG.CLINICALMICROBIOLOGYREVIEWSQuarterlyISSN:-AMERSOCMICROBIOLOGY,NSTNW,WASHINGTON,USA,DC,-.CRITICALREVIEWSINMICROBIOLOGYQuarterlyISSN:-XTAYLOR&FRANCISINC,CHESTNUTST,SUITE,PHILADELPHIA,USA,PA,.CURRENTMICROBIOLOGYMonthlyISSN:-SPRINGER,SPRINGSTREET,NEWYORK,USA,NY,.CURRENTOPINIONINBIOTECHNOLOGYBimonthlyISSN:-CURRENTBIOLOGYLTD,THEOBALDSRD,LONDON,ENGLAND,WCXRR.CURRENTOPINIONINMICROBIOLOGYBimonthlyISSN:-CURRENTBIOLOGYLTD,THEOBALDSRD,LONDON,ENGLAND,WCXRR.DIAGNOSTICMICROBIOLOGYANDINFECTIOUSDISEASEMonthlyISSN:-ELSEVIERSCIENCEINC,PARKAVESOUTH,NEWYORK,USA,NY,-.ENVIRONMENTALMICROBIOLOGYBimonthlyISSN:-BLACKWELLPUBLISHINGLTD,GARSINGTONRD,OXFORD,ENGLAND,OXON,OXDG.ENZYMEANDMICROBIALTECHNOLOGYMonthlyISSN:-ELSEVIERSCIENCEINC,PARKAVESOUTH,NEWYORK,USA,NY,-.EUROPEANJOURNALOFCLINICALMICROBIOLOGY&INFECTIOUSDISEASESMonthlyISSN:-SPRINGER,SPRINGSTREET,NEWYORK,USA,NY,.EXPERIMENTALPARASITOLOGYMonthlyISSN:-ACADEMICPRESSINCELSEVIERSCIENCE,BST,STE,SANDIEGO,USA,CA,-.EXTREMOPHILESBimonthlyISSN:-SPRINGERTOKYO,--,HONGO,BUNKYO-KU,TOKYO,JAPAN,-.FEMSMICROBIOLOGYECOLOGYMonthlyISSN:-ELSEVIERSCIENCEBV,POBOX,AMSTERDAM,HERLANDS,AE.FEMSMICROBIOLOGYLETTERSSemimonthlyISSN:-ELSEVIERSCIENCEBV,POBOX,AMSTERDAM,HERLANDS,AE.FEMSMICROBIOLOGYREVIEWSBimonthlyISSN:-ELSEVIERSCIENCEBV,POBOX,AMSTERDAM,HERLANDS,AE.FOLIAMICROBIOLOGICABimonthlyISSN:-FOLIAMICROBIOLOGICA,INSTMICROBIOLOGY,VIDENSKA,PRAGUE,CZECHREPUBLIC,.FUNGALGEICSANDBIOLOGYBimonthlyISSN:-ACADEMICPRESSINCELSEVIERSCIENCE,BST,STE,SANDIEGO,USA,CA,-.INTERNATIONALJOURNALFORPARASITOLOGYMonthlyISSN:-PERGAMON-ELSEVIERSCIENCELTD,THEBOULEVARD,LANGFORDLANE,KIDLINGTON,OXFORD,ENGLAND,OXGB.INTERNATIONALJOURNALOFANTIMICROBIALAGENTSMonthlyISSN:-ELSEVIERSCIENCEBV,POBOX,AMSTERDAM,HERLANDS,AE.INTERNATIONALJOURNALOFLEPROSYANDOTHERMYCOBACTERIALDISEASESQuarterlyISSN:-XINTJOURNALLEPROSY,BUSINESS&CIRCULATIONOFFICE,ALMWAY,GREENVILLE,USA,SC,-.INTERNATIONALJOURNALOFMEDICALMICROBIOLOGYBimonthlyISSN:-URBAN&FISCHERVERLAG,BRANCHOFFICEJENA,POBOX,JENA,GERMANY,D-.INTERNATIONALJOURNALOFSYSTEMATICANDEVOLUTIONARYMICROBIOLOGYBimonthlyISSN:-SOCGENERALMICROBIOLOGY,MARLBOROUGHHOUSE,BASINGSTOKERD,SPENCERSWOODS,READING,ENGLAND,BERKS,RGAG.INTERVIROLOGYQuarterlyISSN:-KARGER,ALLSCHWILERSTRASSE,BASEL,SWITZERLAND,CH-.JOURNALDEMYCOLOGIEMEDICALEQuarterlyISSN:-MASSONEDITEUR,STREETCAMILLEDESMOULINS,ISSY,MOULINEAUXCEDEX,FRANCE,.JOURNALOFANTIBIOTICSMonthlyISSN:-JAPANANTIBIOTICSRESEARCHASSOC,KAMIOSAKISHINAGAWAKU,TOKYO,JAPAN,.JOURNALOFANTIMICROBIALCHEMOTHERAPYMonthlyISSN:-OXFORDUNIVPRESS,GREATCLARENDONST,OXFORD,ENGLAND,OXDP.JOURNALOFAPPLIEDMICROBIOLOGYMonthlyISSN:-BLACKWELLPUBLISHINGLTD,GARSINGTONRD,OXFORD,ENGLAND,OXON,OXDG.JOURNALOFBACTERIOLOGYSemimonthlyISSN:-AMERSOCMICROBIOLOGY,NSTNW,WASHINGTON,USA,DC,-.JOURNALOFBASICMICROBIOLOGYBimonthlyISSN:-XWILEY-VCHVER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