一、简历已发表科研论文100多篇，获得2项国家发明专利，其中以通讯作者在PlantJ、PlantPhysiology、NewPhytologist、MolPlant、PlantCellEnvironment、JournalofExperimentalBotany和PlantMolecularBiology等SCI刊物接受和发表论文60多篇。二、主要研究方向

植物气体信号分子（NO、CO、H2和H2S等）的代谢、功能以及信号转导
三、在研项目国家自然科学基金2项。
四、主要工作1、开展了一氧化氮（NO）的植物生理效应和信号转导工作。
2、发现了植物内源产生的CO和H2S也具有与NO类似的植物生长调节效应，包括提高植物耐盐性,调节不定根/侧根发生,因此在实践中可以通过调节CO和H2S的产生来提高农作物的免疫性和改善植物生长发育。五、代表性SCI收录论文目录（2008-2013）ChenM,CuiW,ZhuK,XieY,ZhangC,ShenW*.Hydrogen-richwateralleviatesaluminum-inducedinhibitionofrootelongationinalfalfaviadecreasingnitricoxideproduction.JHazardMater,acceptedMaF,WangL,LiJ,SammaMK,XieY,WangR,WangJ,ZhangJ,ShenW*.InteractionbetweenHY1andH2O2inauxin-inducedlateralrootformationinArabidopsis.PlantMolBiol,acceptedHanB,YangZ,XieY,NieL,CuiJ,ShenW*.ArabidopsisHY1conferscadmiumtolerancebydecreasingnitricoxideproductionandimprovingironhomeostasis.MolPlant,acceptedCuiWT,GaoCY,FangP,GLin,ShenWB*.AlleviationofcadmiumtoxicityinMedicagosativabyhydrogen-richwater.JHazardMater.2013,260:715–724XieY,MaoY,LaiD,ZhangW,ZhengT,ShenW*.RolesofNIA/NR/NOA1-dependentnitricoxideproductionandHY1expressioninthemodulationofArabidopsissalttolerance.JExpBot.2013,64:3045–3060JinQJ,ZhuKK,CuiWT,XieYJ,HanB,ShenWB*.Hydrogengasactsasanovelbioactivemoleculeinenhancingplanttolerancetoparaquat-inducedoxidativestressviathemodulationofhemeoxygenase-1signalingsystem.PlantCellEnviron2013,36:956–969

WuMZ,WangFQ,ZhangC,XieYJ,HanB,HuangJJ,ShenWB*.Hemeoxygenase-1isinvolvedinnitricoxide/cGMP-inducedα-Amy2/54geneexpressioninGA-treatedwheataleuronelayers.PlantMolBiol2013,81:27–40

XieYJ,MaoY,LaiDW,ZhangW,ShenWB*.H2enhancesArabidopsissalttolerancebymanipulatingZAT10/12-mediatedantioxidantdefenceandcontrollingsodiumexclusion.PLoSOne2012,7:e49800

XuS,WangLJ,ZhangB,HanB,XieYJ,YangJ,ZhongWG,ChenHP,WangR,WangN,CuiW,ShenWB*.RNAiknockdownofriceSE5geneissensitivetotheherbicidemethylviologenbythedown-regulationofantioxidantdefense.PlantMolBiol2012,80:219–235

CuiW,LiL,GaoZ,WuH,XieY,ShenWB*.Haemoxygenase-1isinvolvedinsalicylicacid-inducedalleviationofoxidativestressduetocadmiumstressinMedicagosativa.JExpBot2012,63:5521–5534

XieYJ,XuDK,CuiWT,ShenWB*.MutationofArabidopsisHY1causesUV-Chypersensitivitybyimpairingcarotenoidandflavonoidbiosynthesisandthedown-regulationofantioxidantdefence.JExpBot2012,63:3869–3884

CaoZY,GengBB,XuS,XuanW,NieL,ShenWB*,LiangYC,GuanRZ*.BnHO1,ahaemoxygenase-1genefromBrassicanapus,isrequiredforsalinityandosmoticstress-inducedlateralrootformation.JExpBot2011,62:4675–4689

XieYJ,XuS,HanB,WuMZ,YuanXX,HanY,GuQ,XuDK,YangQ,ShenWB*,EvidenceofArabidopsissaltacclimationinducedbyup-regulationofHY1andtheregulatoryroleofRbohD-derivedreactiveoxygenspeciessynthesis.PlantJ2011,66:280–292

WuMZ,HuangJJ,XuS,LingTF,XieYJ,ShenWB*.Haemoxygenasedelaysprogrammedcelldeathinwheataleuronelayersbymodulationofhydrogenperoxidemetabolism.JExpBot2011,62:235–248

XieYJ,LingTF,HanY,LiuKL,ZhengQS,HuangLQ,YuanXX,HeZ,HuB,FangL,ShenZG,YangQ,ShenWB*.Carbonmonoxideenhancessalttolerancebynitricoxide-mediatedmaintenanceofionhomeostasisandup-regulationofantioxidantdefenseinwheatseedlingroot.PlantCellEnviron2008,31(12):1864–1881

XuanW,ZhuFY,XuS,HuangBK,LingTF,QiJY,YeMB,ShenWB*.Thehemeoxygenase/carbonmonoxidesystemisinvolvedintheauxin-inducedcucumberadventitiousrootingprocess.PlantPhysiol2008,148:881–893(Faculty1000)

HanY,ZhangJ,ChenX,GaoZ,XuanW,XuS,DingX,SheWB*.Carbonmonoxidealleviatescadmium-inducedoxidativedamagebymodulatingglutathionemetabolismintherootsofMedicagosativa.NewPhytol2008,177(1):155–166