科研工作:

1）关联分析结合连锁分析挖掘大豆胞囊线虫病抗性基因（省自然基金），C201501，省科技厅，主持人（第1），2015．07-2018．12；2）大豆胞囊线虫病抗性位点鉴定（东农学术骨干计划），15XG04，东北农业大学主持人（第1），2015．01-2017．12；3）抗大豆花叶病毒病基因型分子设计的基础研究（973前期项目），2012CB126311，科技部，主持人（第1），2012.08-2014.08；4）大豆花叶病毒位元点RN1精细定位及相关基因挖掘与功能验证（国家自然科学基金项目），31201227，国家自然科学基金委员会，主持人（第1），2013.01-2015.12；5）优质功能型转基因大豆新品种培育（转基因重大专项子项目），2008ZX08004-003，农业部，主持人（第1），2012.08-2014.08，6）大豆花叶病毒病抗性基因功能分析（教育部博士点项目），20122325120012，教育部，主持人（第1），2013.01-2015.12，7）东北大豆高产优质抗逆大豆分子育种与品种创制（863项目子题），2012AA101106-1-9，科技部，主持人（第1），2012.01-2015.12；8）大豆花叶病毒病抗病基因的挖掘与利用（省新世纪优秀人才项目），1352G06，黑龙江省教育厅，主持人（第1），2013．01-2015．12，9)大豆脂肪酸含量动态性状QTL及其积累过程重要调控基因的eQTL研究（省青年学术骨干项目）,1252G014,黑龙江省教育厅,主持人（第1）,2012．01-2014．12。近五年代表性著作、论文：近五年发表SCI论文35篇，引用200次1）YingpengHan,XueZhao,DongyuanLiu,YinghuiLi,DavidA.Lightfoot,ZhijiangYang,LinZhao,GangZhou,ZhikunWang,LongHuang,ZhiwuZhang,LijuanQiu,HongkunZhengandWenbinLi（2016）Domesticationfootprintsanchorgenomicregionsofagronomicimportanceinsoybeans.NewPhytologist,209(2):871-8842）YingpengHan,XueZhao,GuangluCao,YanWang,YinghuiLi,DongyuanLiu,WeiliTeng,ZhiwuZhang,DongmeiLi,LijuanQiu,HongkunZhengandWenbinLi(2015)GeneticcharacteristicsofsoybeanresistancetoHGtype0andHGtype1.2.3.5.7ofthecystnematodeanalyzedbygenome-wideassociationmapping.BMCGenomics16:5983）YingpengHan,XueZhao,GuangluCao,YanWang,YinghuiLi,DongyuanLiu,WeiliTeng,ZhiwuZhang,DongmeiLi,LijuanQiu2*,HongkunZhengandWenbinLi(2015)GeneticcharacteristicsofsoybeanresistancetoHGtype0andHGtype1.2.3.5.7ofthecystnematodeanalyzedbygenome-wideassociationmappingBMCGenomics,16:5984）YingpoengHan,WeiliTeng,YanWang,XueZhao,LinWu,DongmeiLi,WenbinLi(2015)UnconditionalandconditionalQTLunderlyingthegeneticinterrelationshipsetweensoybeanseedisoflavone,andproteinoroilcontents.PlantBreeding,134,300–309.5）YHan,DLi,DZhu,HLi,XLi,WTeng,WLi(2012)QTLanalysisofsoybeanseedweightacrossmulti-geneticbackgroundsandenvironments.TheorApplGenet125：671-683,第一作者,SCI收录，影响因子：3.756）YHan,DXie,WTeng,SZhang,WChang,WLi(2011)DynamicQTLanalysisoflinolenicacidcontentindifferentdevelopmentalstagesofsoybeanseed.TheorApplGenet122:1481–1488,第一作者,SCI收录，影响因子：3.757）YHan,DXie,WTeng,WLi(2011)DynamicQTLanalysisofseedweightindifferentdevelopmentalstages.PlantBreed,131(5):600-606,第一作者,SCI收录，影响因子：1.608）YHan，WTeng，KYu，VPoysa,TAnderson,LQiu,DLightfood,Wlie(2008)MappingQTLtolerancetoPhytophthorarootrotinsoybeanusingmicrosatelliteandRAPD/SCARderivedmarkers.Euphytica,162(2):231-239.第一作者,SCI收录，影响因子：1.609）YHan,WTeng,DSun,YDu,LQiu,XXu,WLi(2008)ImpactofepistasisandQTLrenvironmentinteractionontheaccumulationofseedmassofsoybean(GlycinemaxL.Merr.).GeneticalResearch,90:481-491.第一作者,SCI收录，影响因子：1.6010）GuiyunZhao,ZhenfengJiang,DongmeiLi,YingpengHan,HaiboHu,LinWu,YanWang,YuanGao,WeiliTeng,YongguangL,GuoliangZeng,FanliMeng,WenbinLi(2015)Molecularlociassociatedwithseedisoflavonecontentmayunderlieresistancetosoybeanpodborer(Leguminivoraglycinivorella).PlantBreeding,134,78–84.11）WChang,LDong,ZWang,HHu,YHan,WTeng,HZhang,MGuo,WLi(2011)QTLunderlyingresistancetotwoHGtypesofHeteroderaglycinesfoundinsoybeancultivar‘L-10’BMCGenomics13:12，SCI收录，影响因子:4.39712）XueZhao,YingpengHan,YinghuiLi,DongyuanLiu,MingmingSun,YueZhao,ChunmeiLv,DongmeiLi,ZhijiangYang,LongHuang,WeiliTeng,LijuanQiu,HongkunZheng,andWenbin(2015)LociandcandidategeneidentificationforresistancetoSclerotiniasclerotioruminsoybean(GlycinemaxL.Merr.)viaassociationandlinkagemaps.PlantJournal,l82(2):245-255,并列第一作者,SCI检索（影响因子：5.97）13）FMeng,YHan,WTeng,YLi,WLi(2011)QTLunderlyingtheresistancetosoybeanaphid(AphisglycinesMatsumura)throughisoflavone-mediatedantibiosisinsoybeancultivar‘Zhongdou27’.TheorApplGenet,123:1459-1465,并列第一作者,SCI收录，影响因子：3.7514）XLi,YHan,WTeng,KYu,VPoysa,TAnderson,JDing,WLi(2010)PyramidedQTLunderlyingtolerancetoPhytophthorarootrotinmega-environmentsfromsoybeancultivars‘Conrad’and‘Hefeng25’.TheorApplGenet121:651–658,并列第一作者,SCI收录，影响因子:3.7515）MLV,YHan,JGao,XWang,WLi(2010)Identificationandanalysisofthegerrmin-likegenefamilyinsoybean.BMCGenomics12:16,并列第一作者,SCI收录，影响因子:4.3916）DXie,YHanYZeng,WChang,WTeng,WLi(2011)SSR-andSNP-relatedQTLunderlyinglinolenicacidandotherfattyacidcontentsinsoybeanseedsacrossmultipleenvironments.MolBreed30:169–179,并列第一作者,SCI收录，影响因子：3.25117）HLi,HLiu,YHan,XWu,WTengGLiu，WLi(2010)IdentificationofQTLunderlyingvitaminEcontentsinsoybeanseedamongmultipleenvironments.TheorApplGenet(2010)120:1405–1413，并列第一作者,SCI收录，影响因子:3.7518）XSong,YHan,WTeng,GSun,WLi(2010)IdentificationofQTLunderlyingsomaticembryogenesiscapacityofimmatureembryosinsoybean(Glycinemax(L.)Merr.).PlantCellRep29:125–131,SCI收录，影响因子:2.5119）QZou,CLin,XLiu,YHan,WLi,MGuo(2011)NovelrepresentationofRNAsecondarystructureusedtoimprovepredictionalgorithms.GenetMolRes10(3):1986-1998,SCI收录，影响因子：0.99420）DLi，MSun，YHan，WTeng，WLi(2010)IdentificationofQTLunderlyingsolublepigmentcontentinsoybeanstemsrelatedtoresistancetosoybeanwhitemold(Sclerotiniasclerotiorum).Euphytica172:49-57,并列第一作者,SCI收录，影响因子:1.64321）ZJiang,YHan,WTeng,ZZhang,DSun,YLi,WLi(2010)IdentificationofQTLunderlyingthefillingrateofproteinatdifferentdevelopmentalstagesofsoybeanseed.Euphytica175(2):227-236,SCI收录，影响因子:1.64322）ZJiang,YHan,WTeng,ZZhang,DSun,DYang,WLi(2010)IdentificationofQTLunderlyingtheoilfillingrateatdifferentdevelopmentalstagesofsoybeanseed.Euphytica176(3):391-402,并列第一作者,SCI收录，影响因子:1.6523）ZJiang,BZhang,WTeng,YHan,XZhao,DSun,ZZhang，WLi(2010)ImpactofepistasisandQTL×environmentalinteractionontheoilfillingrateofsoybeanseedatdifferentdevelopmentalstages.Euphytica173(3):431-442,SCI收录，影响因子:1.6524）YLiu,YHan,WChang,QZou,MGuo,WLi(2010)GenomicAnalysisofMicroRNAPromotersandTheirCis-ActingElementsinSoybean.JournalofIntegrativeAgriculture,9(11):1561-1570,SCI收录，影响因子:0.5225）QZou,MGuo,CWang,YHan,WLi(2011)NovelH/ACABoxsnoRNAMiningandSecondaryStructurePredictionAlgorithms.RSKT536-546,SCI收录，影响因子：0.3426）Yliu,WChang,YHan,QZou,MGuo,WLi(2011)InsilicodetectinofnovelmicroRNAsgenesinsoybeangenomes.JournalofIntegrativeAgriculture,10(9):1336-1345,SCI收录，影响因子:0.5227）ZHu,YLi,XSong,YHan,XCai,SXu,WLi(2011)Genomicvaluepredictionforquantitativetraitsundertheepistaticmodel.BMCGenet,12:15,SCI收录，影响因子:2.8128）XZhao,Chang,YHan,WTeng,WLi(2012)AmodifiedmethodforthedevelopmentofSSRmolecularmarkersbasedonredundantESTdataanditsapplicationinsoybean.JournalofIntegrativeAgriculture,11(4):545-555,SCI收录，影响因子:0.5329）MLiu，DLi，ZWang，FMeng，YLi，XWu，WTeng，YHan，WLi（2012）TransgenicexpressionofThIPK2geneinsoybeanimprovedstresstolerance,oleicacidcontentandseedsize.PlantCellTissOrganCult111:277-289，SCI收录，影响因子:3.6630）ZJiang,YHan,WTeng,YLi,XZhao,WMan,WLi(2012)ImpactofepistasisandQTLxenvironmentalinteractiononthemassfillingrateduringseeddevelopmentofsoybean.GenetRes94(2):63-71.并列第一作者,SCI收录，影响因子:2.00031）ZJiang,JDing，YHan，WTeng,ZZhang,WLi(2012)IdentificationofQTLunderlyingmassfillingrateatdifferentdevelopmentalstagesofsoybeanseed.Euphytica189(2):249-260.SCI收录，影响因子:1.64332）TMao,ZJiang,YHan,WTeng,XZhao,WLi(2013)Identificationofquantitativetraitlociunderlyingseedproteinandoilcontentsofsoybeanacrossmulti-geneticbackgroundsandenvironments.Plantbreed132(6):630–641,并列第一作者,SCI收录，影响因子:1.17533）YZhang,LZhao,HLi,YGao,YLi,XWu,WTeng,YHan,XZhao,WLi(2013)GmGBP1,ahomologofhumanskiinteractingproteininsoybean,regulatesfloweringandstresstoleranceinArabidopsis.BMCPlantBiol13:21.SCI收录，影响因子:3.0434）SHuang,YHan,SLi,JTian,WLi,JWang(2012)IdentificationofQTLassociatedwithtotalsoysaponincontent.JournalofIntegrativeAgriculture,12:1976-1984.SCI收录，影响因子:0.527035）Wang,Y，HanY，TengW，ZhaoX，LiY，WuL，LD，LiWe(2015)Expressionquantitativetraitlociinfertheregulationofisoflavoneaccumulationinsoybean(GlycinemaxL.Merr.)BMCGenomics,15(1):680.并列第一作者,SCI收录，影响因子:4.0436）YanWang,YingpengHan,XueZhao,YongguangLi,WeiliTeng,DongmeiLi,YongZhan,WenbinLi(2015)MappingIsoflavoneQTLwithMain,EpistaticandQTL×EnvironmentEffectsinRecombinantInbredLinesofSoybean.PLoSONE10(3):e0118447