個人基本信息

姓名：王偉

性別：男

職稱：教授、博士生導(dǎo)師

郵編：450002

通信地址：鄭州市文化路95號,河南農(nóng)業(yè)大學(xué)生命科學(xué)學(xué)院

聯(lián)系電話：

郵箱地址：wangwei@henau.edu.cn

個人簡介

河南省特聘教授

生物學(xué)河南省一級重點學(xué)科第一學(xué)術(shù)帶頭人

河南省學(xué)術(shù)技術(shù)帶頭人

河南省優(yōu)秀碩士論文指導(dǎo)教師(4次)

“挑戰(zhàn)杯”全國大學(xué)生系列科技學(xué)術(shù)競賽優(yōu)秀指導(dǎo)教師(3次)

SCI期刊編輯:FrontiersinPlantScience(AssociateEditor),PLOSONE(AcademicEditor),ActaPhysiolPlant(AssociateEditor).

教授課程

主要研究領(lǐng)域

研究領(lǐng)域為玉米蛋白質(zhì)組學(xué)。主持國家自然科學(xué)基金面上項目3項，入選河南省科技創(chuàng)新杰出人才計劃、河南省高?？萍紕?chuàng)新人才支持計劃、河南省高?？萍紕?chuàng)新團隊支持計劃等。發(fā)表SCI期刊論文60余篇，有些刊登在國際著名期刊如NatureProtocols,ScientificReports,Proteomics,FrontiersinPlantScience,JournalofProteomics,Planta上，其中6篇獲得河南省自然科學(xué)優(yōu)秀學(xué)術(shù)論文一等獎；獲國家發(fā)明專利授權(quán)2項（第一發(fā)明人），主編教材2部。

發(fā)表論著

WuXL,WangW*.2016.Commentary:rapidphosphoproteomiceffectsofabscisicacid(ABA)onwild-typeandABAreceptor-deficientA.thalianamutants.FrontPlantSci7,1062(*通訊作者)

WuXL,WangW*.2016.Increasingconfidenceofproteomicsdataregardingtheidentificationofstress-responsiveproteinsincropplants.FrontPlantSci7,702

WangN,WuXL,KuLX,ChenYH,WangW*.2016.Evaluationofthreeprotein-extractionmethodsforproteomeanalysisofmaizeleafmidrib,acompoundtissuerichinsclerenchymacells.FrontPlantSci7,856

WuXL,GongFP,CaoD,HuXLWangW*.2016Advancesincropproteomics:PTMsofproteinsunderabioticstress.Proteomics2016,16,847-865

NingF,WuXL,WangW*.2016.Exploitingthepotentialof2DEinproteomicsanalyses.ExpertRevProteomics8,1-3

XiongEH,ZhengZY,WuXL,WangW*.2016.Proteinsubcellularlocation:thegapbetweenpredictionandexperimentation.PlantMolBiolRep34,52–61

TaiFJ,YuanZH,LiSP,WangQ,LiuFY,WangW*.2016.ZmCIPK8,aCBL-interactingproteinkinase,regulatesmaizestressresponsetodrought.PlantCellTissOrganCult124,459-469

HuXL,LiNN,WuLJ,LiCQ,LiCH,ZhangL,LiuTX,WangW*.2015.QuantitativeiTRAQ-basedproteomicanalysisofphosphoproteinsandABAregulatedphosphoproteinsinmaizeleavesunderosmoticstress.ScientificReports5,15626

GongFP,WuXL,ZhangHY,ChenYH,WangW*.2015.Makingbettermaizeplantsforsustainablegrainproductioninachangingclimate.FrontPlantSci6,835

GongFP,HuXL,WangW*.2015.Proteomicanalysisofcropplantsunderabioticstressconditions:Wheretofocusourresearch?FrontPlantSci6,320

GongFP,WuXL,WangW*.2015.Diversityandfunctionofmaizepollencoatproteins:frombiochemistrytoproteomics.FrontPlantSci6,199

HuXL,WuLJ,ZhaoFY,ZhangDY,LiNN,ZhuGH,LiCH,WangW*.2015.Phosphoproteomicanalysisoftheresponseofmaizeleavestodrought,heatandtheircombinationstress.FrontPlantSci6,298

WuXL,GongFP,YangL,TaiFJ,HuXL,WangW*.2015.ProteomicanalysisrevealsdifferentialaccumulationofsmallheatshockproteinsandlateembryogenesisabundantproteinsbetweenABA-deficientmutantvp5seedsandwild-typeVp5seedsinmaize.FrontPlantSci5,801

HuXL,YangYF,GongFP,ZhangDY,ZhangL,WuLJ,LiCH,WangW*.2015.ProteinsHSP26improveschloroplastperformanceunderheatstressbyinteractingwithspecificchloroplastproteinsinmaize(Zeamays).JProteomics115,81-92

WangN,CaoD,GongFP,KuLX,ChenYH,WangW*.2015.Differencesinpropertiesandproteomesofthemidribscontributetothesizeoftheleafangleintwonear-isogenicmaizelines.JProteomics128,113-122

WuXL,CaiG,GongFP,AnSF,CrestiM,WangW*.2015.Proteomeprofilingofmaizepollencoatsrevealsnovelproteincomponents.PlantMolBiolRep33:975-986

WangN,KuLX,ChenYH,WangW*.2015.Comparativeproteomicanalysisofleavesbetweenphotoperiod-sensitiveandphotoperiod-insensitivemaizeinbredseedlingsunderlongdaytreatments.ActaPhysiolPlant37,1705

WuXL,XiongEH,WangW*,ScaliM,CrestiM.2014.Universalsamplepreparationmethodintegratingtrichloroaceticacid/acetoneprecipitationwithphenolextractionforcropproteomicanalysis.NatureProtocols9,362-374

GongFP,YangL,TaiFJ,HuXL,WangW*.2014.“Omics”ofmaizestressresponseforsustainablefoodproduction:OpportunitiesandChallenges.OMICS18,711-729

XiongEH,WuXL,YangL,GongFP,TaiFJ,WangW*.2014.Chloroform-assistedphenolextractionimprovingproteomeprofilingofmaizeembryosthroughselectivedepletionofhigh-abundancestorageproteins.PLOSONE9,e112724

WuXL,GongFP,WangW*.2014.Proteinextractionfromplanttissuesfortwo-dimensionalgelelectrophoresisanditsapplicationinproteomicanalysis.Proteomics14,645-658

WangCT,YuanZH,LiSP,WangW,XueRL,TaiFJ.2014.CharacterizationofeightCBLgenesexpressionsinmaizeearlyseedlingdevelopment.ActaPhysiolPlant36,3307-3314

XiongE,WuX,ShiJ,WangX,WangW*.2013.ProteomicidentificationofdifferentiallyexpressedproteinsbetweenmaleandfemaleplantsinPistaciachinensis.PLOSONE8,e64276

TaiFJ,WangQ,YuanZL,YuanZH,LiHY,WangW*.2013.CharacterizationoffiveCIPKgenesexpressionsinmaizeunderwaterstress.ActaPhysiolPlant35,1555-1564

LiuTX,ZhangL,YuanZL,HuXL,LuMH,WangW,WangY.2013.IdentificationofproteinsregulatedbyABAinresponsetocombineddroughtandheatstressinmaizeroots.ActaPhysiolPlant35,501-513

WuXL,GongFP,WangW*.2013.Functionalassignmenttomaizegroup1LEAproteinEMB564withinthecellnucleususingcomputationalanalysis.Bioinformation9,276-279

WuXL,ScaliM,FaleriC,WangW*.2013.Polyclonalantibodypreparationandimmunolocalizationofmaize(Zeamays)seedproteinEMB564.PlantOmics6,359-363

GongFP,WuXL,WangW*.2013.Comparativeproteomicidentificationofembryoproteinsassociatedwithhydropriminginducedrapid-germinationofmaizeseeds.PlantOmics6,333-339

HuXL,WuXL,LiCH,LuMH,LiuTX,WangY,WangW*.2012.Abscisicacidrefinesthesynthesisofchloroplastproteinsinmaize(Zeamays)inresponsetodroughtandlight.PLOSONE7,e49500

WuXL,XiongEH,AnSF,GongFP,WangW*.2012.SequentialextractionresultsinimprovedproteomeprofilingofmedicinalplantPinelliaternatatubers,whichcontainlargeamountsofhigh-abundanceproteins.PLOSONE7,e50497

WangW,WuXL,XiongEH,TaiFJ.2012.Improvinggel-basedproteomeanalysisofsolubleproteinextractsbyheatprefractionation.Proteomics12,938-943

TaiFJ,YuanZL,WuXL,ZhaoPF,HuXL,WangW*.2011.Identificationofmembraneproteinsinmaizeleaves,alteredinstressthroughpolyethyleneglycoltreatment.PlantOmics4,250-256

ZhuYH,ZhaoPF,WuXL,WangW*,ScaliM,CrestiM.2011.Proteomicidentificationofdifferentiallyexpressedproteinsinmatureandgerminatedmaizepollen.ActaPhysiolPlant33,1467-1474

WuXL,LiuHY,WangW*,ChenSN,HuXL,LiCH.2011.Proteomicanalysisofseedviabilityinmaize.ActaPhysiolPlant33,181-191

ZhaoPF,ZhuYH,WangW*.2010.EvaluationandimprovementofspectrophotometricassaysofTTCreduction:maize(Zeamays)embryoasanexample.ActaPhysiolPlant32,815-819

ChenSN,RilligMC,WangW*.2009.Improvingsoilproteinextractionformetaproteomeanalysisandglomalin-relatedsoilproteindetection.Proteomics9,4970-4973

WangW*,LiCQ,HuXL.2009.Developmentalexpressionofβ-glucosidaseinoliveleaves.BiolPlant53,138-140

WangW*,BianchiL,ScaliM,LiuLW,BiniL,CrestiM.2009.Proteomicanalysisofβ-1,3-glucanaseingrapeberrytissues.ActaPhysiolPlant31,597-604

WangW*,TaiFJ,ChenSN.2008.Optimizingproteinextractionfromplanttissuesforenhancedproteomicsanalysis.JSepSci31,2032-2039

WangW*,LiuQJ,CuiH.2007.Rapiddesaltingandproteinrecoverywithphenolafterammoniumsulphatefractionation.Electrophoresis28,2358-2360

WangW*,AlchéJD,Rodríguez-GarcíaMI.2007.Characterizationofoliveseedstorageproteins.ActaPhysiolPlant29,439-444

WangW*,VignaniR,ScaliM,CrestiM.2006.Auniversalandrapidprotocolforproteinextractionfromrecalcitrantplanttissuesforproteomicanalysis.Electrophoresis27,2782-2786

WangW,MilanesiC,FaleriC,CrestiM.2006.Localizationofgroup-1allergenZeam1inthecoatandwallofmaizepollen.ActaHistochem108,395-400

WangW*,VignaniR,ScaliM,SensiE,TiberiP,CrestiM.2004.Removaloflipidcontaminantsbyorganicsolventsfromproteinextractsofplantoilseedspriortoelectrophoresis.AnalBiochem329,139-141

WangW,ScaliM,VignaniR,PetersenA,Sari-GorlaM,CrestiM(2004)Male-sterilemutationaltersZeam1(β-expansin1)accumulationinamaizemutant.SexPlantReprod17,41-47

WangW*,VignaniR,ScaliM,SensiE,CrestiM.2004.Post-translationalmodificationsofα-tubulininZeamaysarehighlytissuespecific.Planta218,460-465

WangW*,ScaliM,VignaniR,SpadaforaA,SensiE,MazzucaS,CrestiM.2003.Proteinextractionfor2-Delectrophoresisfromoliveleaf,aplanttissuecontaininghighlevelsofinterferingcompounds.Electrophoresis24,2369-2375

WangW,AlchéJ,CastroAJ,Rodríguez-GarcíaMI.2001.CharacterizationofseedstorageproteinsandtheirsynthesisduringseeddevelopmentinOleaeuropaea.IntJDevBiol45,S63-S64

WangW.1998.Effectofend-of-dayfar-redlightexposuresonfertilityalterationandfloweringinphotoperiod-sensitivegenicmale-sterilerice.JPlantRes111,591-593

獲得主要榮譽及科研成果

3名博士生獲研究生國家獎學(xué)金，2名博士生獲首屆校長獎學(xué)金，1名博士生榮獲河南農(nóng)業(yè)大學(xué)優(yōu)秀博士學(xué)位論文培育基金，4名博士生獲河南農(nóng)業(yè)大學(xué)優(yōu)秀研究生國外聯(lián)合培養(yǎng)基金。

4名碩士生獲研究生國家獎學(xué)金，1名碩士生獲香港求實研究生獎學(xué)金，4名碩士生的學(xué)位論文被評為河南省優(yōu)秀碩士學(xué)位論文。