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（1）KuL,RenZ,ChenY*,etal.GeneticanalysisofleafmorphologyunderlyingtheplantdensityresponsebyQTLmappinginmaize(Zeamays,L.)[J].MolecularBreeding,2016,36(5):63.(SCI,通讯作者)
（2）KuL,TianL,SuH,ChenY*,etal.DualfunctionsoftheZmCCT-associatedquantitativetraitlocusinfloweringandstressresponsesunderlong-dayconditions[J].BmcPlantBiology,2016,16(1):239.(SCI,通讯作者)
（3）LiujiWu,LeiTian,ShunxiWang,JunZhang,PingLiu,ZhiqiangTian,HuiminZhang,HaipingLiu,YanhuiChen*.ComparativeProteomicAnalysisoftheResponseofMaize(ZeamaysL.)LeavestoLongPhotoperiodCondition.FrontiersinPlantScience,2(7:752).2016.(SCI,通讯作者)
（4）LiujiWu,XintaoWang,ShunxiWang,LianchengWu,LeiTian,ZhiqiangTian,PingLiu,YanhuiChen*.ComparativeproteomicanalysisoftheshootapicalmeristeminmaizebetweenaZmCCT-associatednear-isogeniclineanditsrecurrentparent.ScientificReports,2016（6:30641）.(SCI,通讯作者)
（5）LiujiWu,XiuliHu,ShunxiWang,LeiTian,YanjiePang,ZanpingHan,LianchengWu,YanhuiChen*.Quantitativeanalysisofchangesinthephosphoproteomeofmaizeinducedbytheplanthormonesalicylicacid.ScientificReports,5:18155,2015.
（6）LiujiWu,XiaofengZu,HuiminZhang,LianchengWu,ZhangyingXi,YanhuiChen*.OverexpressionofZmMAPK1enhancesdroughtandheatstressintransgenicArabidopsisthaliana.PlantMolecularBiology,88(4-5):429-443,2015.(SCI,通讯作者)
（7）LiujiWu,ShunxiWang,JianyuWu,ZanpingHan,RuiWang,LianchengWu,HuiminZhang,YanhuiChen*,XiuliHu.Phosphoproteomicanalysisoftheresistantandsusceptiblegenotypesofmaizeinfectedwithsugarcanemosaicvirus.AminoAcids.2015,47(3):483-496,2015.(SCI,通讯作者)
（8）KuLX,ZhaoWM,ZhangJ,ChenY*,etal.Quantitativetraitlocimappingofleafangleandleaforientationvalueinmaize(ZeamaysL.).[J].TheoreticalandAppliedGenetics,2010,121(5):951-959.(SCI,通讯作者)
（9）KuL,ZhangL,TianZ,ChenY*,etal.Dissectionofthegeneticarchitectureunderlyingtheplantdensityresponsebymappingplantheight-relatedtraitsinmaize(ZeamaysL.).[J].MolecularGeneticsandGenomics,2015,290(4):1223-1233.(SCI,通讯作者)
（10）KuL,CaoL,WeiX,ChenY*,etal.GeneticdissectionofinternodelengthabovetheuppermostearinfourRILpopulationsofmaize(ZeamaysL.).[J].2015,5(2):281-289.
（11）GuoS,KuL,QiJ,ChenY*,etal.Geneticanalysisandmajorquantitativetraitlocusmappingofleafwidthsatdifferentpositionsinmultiplepopulations.[J].PlosOne,2015,10(3):e0119095.(SCI,通讯作者)
（12）ZhangJ,KuLX,HanZP,ChenY*,etal.TheZmCLA4geneintheqLA4-1QTLcontrolsleafangleinmaize(ZeamaysL.).[J].JournalofExperimentalBotany,2014,65(17):5063.(SCI,通讯作者)
（13）LixiaK,CuiX,ChengF,ChenY*,etal.Geneticdissectionofseedvigourunderartificialageingconditionsusingtwojoinedmaizerecombinantinbredlinepopulations[J].PlantBreeding,2014,133(6):728-737.(SCI,通讯作者)
(14)(18)HanZ,KuL,ZhangZ,ChenY*,etal.QTLsforSeedVigor-RelatedTraitsIdentifiedinMaizeSeedsGerminatedunderArtificialAgingConditions[J].PlosOne,2014,9(3):e92535.(SCI,通讯作者)
(15)ZhaoX,LiuH,WeiX,ChenY*,etal.PromoterregioncharacterizationofZmPhyB2,associatedwiththephotoperiod-dependentfloraltransitioninmaize(Zeamays,L.)[J].MolecularBreeding,2014,34(3):1413-1422.(SCI,通讯作者)
[16]LiujiWu,XiuliHu,HaitaoTang,ZanpingHan,YanhuiChen*.Validapplicationofwesternblotting.MolecularBiologyReporter,41:3517-3520,2014.(SCI,通讯作者)
[17]LiujiWu,XiaoChen,XiuliHu,ShunxiWang,YanhuiChen*.IdentificationandcharacterizationofanE3ubiquitinligaseinmaize(ZeamaysL.).PlantCell,TissueandOrganCulture,116(2):253-260,2014.(SCI,通讯作者)
[18]LiujiWu,XiaofengZu,XintaoWang,AnguoSun,JunZhang,ShunxiWang,YanhuiChen*.Comparativeproteomicanalysisoftheeffectsofsalicylicacidandabscisicacidonmaize(ZeamaysL.)leaves.PlantMolecularBiologyReporter,31:507–516,2013.(SCI,通讯作者)
[19]LiujiWu,ZanpingHan,ShunxiWang,XintaoWang,AnguoSun,XiaofengZu,YanhuiChen*.Comparativeproteomicanalysisoftheplant–virusinteractioninresistantandsusceptibleecotypesofmaizeinfectedwithsugarcanemosaicvirus.JournalofProteomics,89:124-140,2013.(SCI,通讯作者)
[20]LiujiWu,ShunxiWang,XiaoChen,XintaoWang,LianchengWu,XiaofengZu,YanhuiChen*.Proteomicandphytohormoneanalysisoftheresponseofmaize(ZeamaysL.)seedlingstosugarcanemosaicvirus.PLoSONE,8(7):e70295,2013.(SCI,通讯作者)
（21）YangQ,LiZ,LiW,KuL,ChenY*,etal.CACTA-liketransposableelementinZmCCTattenuatedphotoperiodsensitivityandacceleratedthepostdomesticationspreadofmaize[J].ProceedingsoftheNationalAcademyofSciencesoftheUnitedStatesofAmerica,2013,110(42):16969-74.(SCI,通讯作者)
(22)KuL,ZhangJ,ZhangJC,ChenY*,etal.GeneticdissectionofleafareabyjointingtwoF2 : 3populationsinmaize(ZeaMaysL.)[J].PlantBreeding,2012,131(5):591-599.((SCI,通讯作者)
（23）KuLX,ZhangJ,GuoSL,ChenY*,etal.Integratedmultiplepopulationanalysisofleafarchitecturetraitsinmaize(ZeamaysL.).[J].JournalofExperimentalBotany,2012,63(1):261.(SCI,通讯作者)
(24)KuL,WeiX,ZhangS,ChenY*,etal.CloningandcharacterizationofaputativeTAC1orthologassociatedwithleafangleinmaize(ZeamaysL.).[J].PlosOne,2011,6(6):e20621.(SCI,通讯作者)
(25)KuLX,SunZH,WangCL,ChenY*,etal.QTLmappingandepistasisanalysisofbraceroottraitsinmaize[J].MolecularBreeding,2012,30(2):697-708.(SCI,通讯作者)
(26)Li-XiaKU,Si-YuanLI,XiaoC,Yan-HuiChen*,etal.CloningandCharacterizationofPutativeHd6OrthologAssociatedwithZeamaysL.PhotoperiodSensitivity[J].JournalofIntegrativeAgriculture,2011,10(1):18-27.(SCI,通讯作者)
(27)KuLX,ZhaoWM,ZhangJ,ChenY*,etal.Quantitativetraitlocimappingofleafangleandleaforientationvalueinmaize(ZeamaysL.).[J].TheoreticalandAppliedGenetics,2010,121(5):951-959.(SCI,通讯作者)
(28)WeiX,KuL,LiS,ChenY*,etal.EffectsofnightbreakonaccumulationofHD6mRNAintropicalphotoperiod-sensitivemaize[J].AfricanJournalofAgriculturalResearch,2011,6(21):4871-4878.(SCI,通讯作者)
(29)WangC,ChenY,KuL,ChenY*,etal.MappingQTLassociatedwithphotoperiodsensitivityandassessingtheimportanceofQTL×environmentinteractionforfloweringtimeinmaize.[J].PlosOne,2012,5(11):e14068.(SCI,通讯作者)
(30)ChangL,WuL,ChenY*,etal.ExpressionandFunctionalAnalysisoftheZCN1(ZmTFL1)Gene,aTERMINALFLOWER1HomologuethatRegulatestheVegetativetoReproductiveTransitioninMaize[J].PlantMolecularBiologyReporter,2012,30(1):55-66.(SCI,通讯作者)
[31]LiujiWu,XintaoWang,LianchengWu,PinganWang,YanhuiChen*.MolecularcloningandexpressionanalysisofanHINT1homologuefrommaize(ZeamaysL.).PlantMolecularBiologyReporter.29(4):1006-1012,2011.(SCI,通讯作者)
[32]LiujiWu,XiaofengZu,ShunxiWang,YanhuiChen*.Sugarcanemosaicvirus-Longhistorybutstillathreattoindustry.CropProtection,42:74-78,2012.(SCI,通讯作者)
（33）库丽霞,陈彦惠*,吴连成,等.玉米秸秆热值性状杂种优势及配合力分析[J].作物学报,2006,32(2):228-231.
（34库丽霞,王付娟,郭书磊,陈彦惠*，等.豫综5号玉米综合种淀粉含量轮回选择效果分析[J].中国农业科学,2012,45(8):1636-1643.
（35）库丽霞,孟庆雷,侯本军,陈彦惠*，等.轮回选择对豫综5号玉米群体产量性状配合力的改良效果[J].作物学报,2012,38(2):215-222.
（36）库丽霞,孙朝辉,王翠玲,陈彦惠*，等.玉米光周期敏感相关性状发育动态QTL定位[J].作物学报,2010,36(4):602-611.
（37）张伟强,库丽霞,张君,陈彦惠*，等.玉米出籽率、籽粒深度和百粒重的QTL分析[J].作物学报,2013,39(3):455-463.
（38）王翠玲,孙朝辉,库丽霞,陈彦惠*等.利用永久F_2群体在不同光周期环境下定位玉米株高QTL[J].作物学报,2011,37(2):271-279.
（39）李思远,陈晓,王新涛,陈彦惠*等.玉米光周期敏感类Hd6基因的克隆和实时定量表达分析[J].作物学报,2008,34(4):713-717.
（40）侯本军,王铁固,陈彦惠*,等.用SSR技术和混合取样方法估算玉米群体间的遗传距离[J].作物学报,2007,33(2):317-321.
（41）任永哲,陈彦惠*,库丽霞,等.玉米光周期反应及一个相关基因的克隆[J].中国农业科学,2006,39(7):1487-1494.
（42）陈彦惠,张向前,常胜合,等.热带玉米光周期敏感相关性状的遗传分析[J].中国农业科学,2003,36(3):248-253.
（43）陈彦惠,王利明,戴景瑞.中国温带玉米种质与热带、亚热带种质杂优组合模式研究[J].作物学报,2000,26(5):557-564.
（44）陈彦惠,吴连成,吴建宇,等.两种纬度生态条件下热带、亚热带玉米群体的鉴定[J].中国农业科学,2000,33(s1):40-48.
（45）陈彦惠,汪茂华.对两个玉米群体进行特殊配合力轮回选择的研究[J].作物学报,1988,14(3):221-226.
（46）高伟,陈晓,库丽霞,陈彦惠*等.玉米类LFY基因的克隆及其在不同光周期条件下的表达[J].作物学报,2006,32(8):1256-1260.
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