个人简历
教育经历:1.2008/9–2011/7，吉林大学，分析化学，博士，导师：苏星光2.2006/9–2008/7，吉林大学，分析化学，硕士，导师：金永日3.2002/9–2006/7，辽宁师范大学，应用化学，学士，科研与学术工作经历：1.2019/01-至今，济宁医学院，医药工程学院，教授2.2017/12-2018/12，锦州医科大学，公共基础学院，教授3.2011/09-2017/12，锦州医科大学，公共基础学院，副教授3.2015/07-2016/07，澳门大学，健康科学学院，博士后4.2012/12-2014/07，瑞典LinkopingUniveristy，博士后，MarieCurie奖学金
近期论文
WangZ.H.,HuX*.,LiuZ.Z.,ZouG.J.,WangG.N*,ZhangK.*Recentdevelopmentsinpolymericcarbonnitride-derivedphotocatalystsandelectrocatalystsfornitrogenfixation.ACSCatalysis,2019,Acceptedhttps://doi.org/10.1021/acscatal.9b03015.(IF=12.221)WangM.K.,WangS.,LiL.,WangG.N*,SuX.G.*β-Cyclodextrinmodifiedsilvernanoclustersforhighlysensitivefluorescencesensingandbioimagingofintracellularalkalinephosphatase.Talanta,2020,207,120315.(IF=4.916)ShahS.M.,MakhdoomA.R.,SuX.G.,MuhammadF.,IrfandM.,IrfanM.,WangG.N.,GaoY.SynthesisofsulphonicacidfunctionalizedmagneticmesoporoussilicaforCu(II)andCo(II)adsorption.MicochemicalJounal,2019,151,104194.(IF=3.206)XuY.,EY.F.,WangG.N.Controlledgrowthof“cookie-like”ZnIn2S4nanoparticlesong-C3N4forenhancedvisiblelightphotocatalyticactivity.InorganicChemistryCommunications,2019,108,107485.(IF=1.795)TianT.,DongA.S.,ChenD.,CaoX.T.*,WangG.N.*RegioselectiveC–Ccross-couplingof1,2,4-thiadiazoleswithmaleimidesthroughiridium-catalyzedC–Hactivation.Org.Biomol.Chem.,2019,17,7664-7668.(IF=3.490)ZhangM.S.,LiuJ.L.,WangG.N.*HighlybiocompatiblenanoparticlesofAu@fluorescentpolymersasnovelcontrastagentforinvivobimodalityNIRfluorescence/CTimaging.ContrastMedia&MolecularImaging,2019,8085039.(IF=2.934)JiaY.L.,WangZ.H.,WangL.Y.,MaY.,WangG.N,LinY.H.,HuX.,ZhangK.AwakeningsolarhydrogenevolutionofMoS2inalkalescentelectrolytethroughdopingwithCo.ChemSusChem,2019,12,3336-3342.(IF=7.411)LaiQ.,LiuQ.,ZhaoK.,DuanX.H.,WangG.N*,SuX.G.*Fluorometricdeterminationandintracellularimagingofcysteinebyusingglutathionecappedgoldnanoclustersandcerium(III)inducedaggregation,MicrochimicaActa,2019,186,327.(IF=5.479)WangM.K.,ChenJ.Y.,SuD.D.,WangG.N*,SuX.G.*Splitaptamerbasedsensingplatformforadenosinedeaminasedetectionbyfluorescenceresonanceenergytransfer,Talanta,2019,198,1-7.(IF=4.916)Coverpaper.LiD.†,WangG.N.†（共同第一),PengY.J.,Chen,Z.H.,GaoX.H.,ChengL.M.,MeiX.F.Developmentofratio-metricsensingandwhitelightharvestingmaterialsbasedonall-coppernanoclusters,NanoscaleAdvances,2019,1,1086-1095.DuanX.H.,LiuQ.,WangG.N*,SuX.G.*WS2quantumdotsasasensitivefluorescenceprobeforthedetectionofglucose,JournalofLuminescence,2019,207,491-496.(IF=2.732)LiY.K.,LiD.,JianK.,MeiX.F.*,WangG.N*,AsynergisticallyenhancedT1andT2-weightedmagneticresonance/near-infraredcontrastagentofGd-dopingFe3O4@fluorescencePEGylatednanoparticlesformultimodalityimagingofhepatocarcinoma,JournalofBiomedicalNanotechnology,2019,15,85-99.(IF=5.068)Li,D.†,WangG.N.†（共同第一),Cheng,L.M.,Wang,C.P.,MeiX.F.EngineeringtheSelf-AssemblyinducedemissionofCoppernanoclustersas3DnanomaterialswithmesoporousspherestructuresbythecrosslinkingofCe3+,ACSOmega,2018,3,14755-14765WangM.K.,SuD.D.,WangG.N*,SuX.G.*Afluorometricsensingmethodforsensitivedetectionoftrypsinanditsinhibitorbasedongoldnanoclustersandgoldnanoparticles,AnalyticalandBioanalyticalChemistry,2018,410,6891-6900.(IF=3.307)WangG.N.*,KunQian,MeiX.F.*,Atheranosticnanoplatform:magneto-gold@fluorescencepolymernanoparticlesfortumortargetingT1&T2-MRI/CT/NIRfluorescenceimagingandinductionofgenuineautophagymediatedchemotherapy,Nanoscale,2018,10,10467-10478(IF=7.233)WangG.N.*,LiY.,LiuJ.L.,YuanY.,ShenZ.,MeiX.F.*,UltrasensitivemultiplexedimmunoassayofautophagicbiomarkersbasedonAu/rGOandAunanocagesamplifyingelectrochemcialsignal,ScientificReports,2017,7,2442(IF=4.122)WangG.N.*,GaoW.ZhangX.J.,MeiX.F.*,AuNanocagefunctionalizedwithultra-smallFe3O4nanoparticlesfortargetingT1-T2dualMRIandCTimagingoftumor,ScientificReports,2016,6,28258(IF=4.259)WangG.N.,ZhangX.J.,LiuY.X.,HuZ.J.,MeiX.F.,UvdalK,Magneto-fluorescentnanoparticleswithhigh-IntensityNIRemission,T1andT2WeightedMRformultimodalspecifictumorimaging,J.Mater.Chem.B,2015,3,3072-3080.(IF=4.872)LiuY.X.,ZhangX.J.,EY.F.,FangF.,KuangG.K.,WangG.N.*,Sandwichimmunoassaysofmulti-componentssub-tracepathogenicDNAbasedonmagneticfluorescentencodednanoparticles,BioMedResearchInternational,2016,e7324384.(IF=2.476)WangG.N.,ZhangX.J.,LiuY.X.,SkallbergA.,HuZ.J.,MeiX.F.,UvdalK,One-stepsynthesisofwater-dispersibleultra-smallFe3O4nanoparticlesascontrastagentsforT1andT2magneticresonanceimaging,Nanoscale,2014,6(5),2953-2963.(IF=7.394)HotpaperWangG.N.,LiJ.,DongY.K.,NiuL.,LiuY.X.,RenF.,Su,X.G.,MultifunctionalFe3O4–CdTe@SiO2–carboxymethylchitosandrugnanocarriers:synergisticeffecttowardsmagnetictargeteddrugdeliveryandcellimaging,NewJ.Chem.,2014,38(2),700-708.(IF=3.086)WangG.N.,SuX.G.,JiaY.H.,LiD.H.Thedouble-effectmechanismbetweenFe3O4andCdTeQDs,JournalofLuminescence,2012,132,2505-2511.(IF=2.144)WangG.N.,SuXG.,Thesynthesisandbio-applicationsofmagneticandfluorescentbi-functionalcompositenanoparticles,Analyst,2011,136(9),1783–1798.(IF=4.23)WangG.N.,WangC,SuXG.,Synthesisofdualfluorescentencodingmagneticcompositenanoparticles,JournalofNanoscienceandNanotechnology,2010,10(3),1956–1963.(IF=1.351)WangG.N.,XieP.,XiaoC.R.,YuanP.F.,SuXG.,Magneticfluorescentcompositenanoparticlesforthefluoroimmunoassaysofnewcastlediseasevirusandavianvirusarthritisvirus,JournalofFluoresce.,2010,20(2),499–506.(IF=1.966)WangG.N.,SuXG.,Anoveldetection,enrichmentandseparationoftraceDNAtechnologybasedontheamino-modifiedfluorescentmagneticcompositenanoparticles,AnalyticalandBioanalyticalChemistry,2010,397(3),1251-1258.(IF=3.841)WangG.N.,GaoY.,HuangH.,SuXG.,Multipleximmunoassaysofequinevirusbasedonfluorescentencodedmagneticcompositenanoparticles,AnalyticalandBioanalyticalChemistry,2010,398(2),805-13.(IF=3.841)WangG.N.,WangC,SuXG,Thesynthesisofmagneticandfluorescentbi-functionalsilicacompositenanoparticlesviareversemicroemulsionmethod,JournalofFluoresce.,2009,19(6),939–946.(IF=2.017)LiD.,WangG.N.,HanD.H.,BiJ.,LiC.Y.,WangH.Y.,LiuZ.Y.,GaoW.,GaoK.,YaoT.C.,WanZ.H.,LiH.H.,MeiX.F.,MPresultinginautophagiccelldeathofmicrogliathroughzincchangesagainstspinalcordinjury,BioMedResearchInternational,2016,e6090316.(IF=2.476)GaoK.,WangG.N.,WangY.S.,HanD.H.,BiJ.,YuanY.J.,YaoT.C.,WanZ.H.,LiH.H.,MeiX.F.,Neuroprotectiveeffectofsimvastatinviainducingtheautophagyonspinalcordinjuryintheratmodel,BioMedResearchInternational,2015,e260161.(IF=2.134)ZhangX.J.,WangW.J.,HuZ.J.,WangG.N.,UvdalK,Coordinationpolymersforenergytransfer:Preparations,properties,sensingapplications,andperspectives,CoordinationChemistryReviews,2015,284,206-235.(IF=12.239)HuZ.J.,Hu,J.W.,CuiY.,WangG.N.,ZhangX.J.,UvdalK,GaoH.W.,Afacile“click”reactiontofabricateaFRET-basedratiometricfluorescentCu2+probe.J.Mater.Chem.B,2014,2,4467-4472.(IF=4.726)GaoY.,WangG.N.,HuangH.,HuJ.J.,ShahS.M.SuXG.,FluorometricmethodforthedeterminationofhydrogenperoxideandglucosewithFe3O4ascatalyst,Talanta,2011,85(2),1075-1080.(IF=3.794)DouW.C.,WangC.,WangG.N.,SuXG.,Enhanceeffectofsurfactantsonthephotoluminescenceandphotostabilityofwater-solublepoly(phenyleneethynylene),JournalofPhysicalsChemistryB,2008,112(40),12681–12685.(IF=3.696)HuangH.,XuM.,GaoY.,WangG.N.,SuX.G.,Water-solublefluorescentconjugatedpolymer-enzymehybridsystemforthedeterminationofbothhydroquinoneandhydrogenperoxide,Talanta,2011,86(1),164-169.(IF=3.794)HuangH.,GaoY.,ShiF.P.,WangG.N.,ShahS.M.SuXG.,Determinationofcatecholamineinhumanserumbyafluorescentquenchingmethodbasedonawater-solublefluorescentconjugatedpolymer–enzymehybridsystem,Analyst,2012,137(6),1481-1486.(IF=3.272)Wang,C.,Ma,Q.,Dou,W.C.,Kanwal,S.,WangG.N.,YuanP.F.,SuXG.,.SynthesisofaqueousCdTequantumdotsembeddedsilicananoparticlesandtheirapplicationsasfluorescenceprobes,Talanta,2009,77(4),1358-1364.(IF=3.29)YuanP.F.,MaQ.,MengR.Z.,WangC.,WangG.N.,SuX.G.,Multicolorquantumdotencodedmicrospheresforthefluoroimmunoassaysofchickennewcastlediseaseandgoatpoxvirus,JournalofNanoscienceandNanotechnology,2009,9(5),3092-3098.(IF=1.435)会议论文:苏星光，王冠男.双功能磁性量子点荧光微球的制备及应用，中国化学会第十届全国发光分析学术研讨会，2011年.王冠男,苏星光.磁性荧光微球对鸡新城疫病毒和鸡病毒性关节炎病毒的荧光免疫分析,第十届中国化学会分析化学年会暨第十届全国原子光谱学术会议,2009年.国家自然基金委医学部国家自然基金重大专项-培育项目，同行评议专家国家自然基金委金医学部国家自然基金，同行评议专家辽宁省科协第九届代表大会，代表中国研究型医院协会神经再生与修复专业委员会青年委员会常务委员BioMedResearchInternational,2016,GuestEditorJournalofNanotechnology,2017,GuestEditorJOVE,2018,GuestEditor
