AcademicEducation&WorkCareer:
Dr.ChanghuWangreceivedhisM.S.fromLanzhouUniversityin1997andhisPh.DfromSouthChinaBotanicalGarden,theChineseAcademyofSciencesin2005.
AfterpostdoctoralresearchattheInternationalCenterforTropicalAgriculture(CIAT)from2005-2007,hereturnedtoSCBGinJuly2008.
Research Interest:
PlantBiochemistryandMolecularBiology
SupportedProjects:
1.NationalNaturalScienceFoundationofChina(31271701)
2.MinistryofScienceandTechnologyofChina(2016YFD0101904)
3.Bill&MelindaGatesFoundation(OPPGD1483)
Publication:
1.KangjiaLi,ChanghuWang*,DavidOw*2022.Rootmicrobiomechangesassociatedwithcadmiumexposureand/oroverexpressionofatransgenethatreducesCdcontentinrice.EcotoxicologyandEnvironmentalSafety,237:113530.
2.DingwangLai,XiutingHuang,ChanghuWang*,DavidOw*.2021.ArabidopsisOXIDATIVESTRESS3enhancesstresstoleranceinSchizosaccharomycespombebypromotinghistonesubunitreplacementthatupregulatesdrug-resistantgenes.Genetics,219(3):1-13.
3.ShiminXiao,LiJiang,ChanghuWang*,DavidOw*.2021.ArabidopsisOXS3familyproteinsrepressABAsignalingthroughinteractionswithAFP1intheregulationofABI4expression.JournalofExperimentalBotany,72(15):5721–5734.
4.XingzheCai,MengWang,YucongJiang,ChanghuWang*,DavidOw*.2021.OverexpressionofOsABCG48lowerscadmiuminrice(OryzasativaL.).Agronomy,11:918.
5.ShiminXiao,LiJiang,ChanghuWang*,DavidOw*.2020.SnRK1regulateschromatin-associatedOXS3familyproteinslocalizationthroughphosphorylationinArabidopsisthaliana.BiochemBiophysResCommun.533(3):526-532.
6.ChanghuWang,WeiliGuo,XingzheCai,RuyuLi,DavidOw*.2019.Engineeringlow-cadmiumricethroughstress-inducibleexpressionofOXS3-familymembergenes.NewBiotechnology,48:29-34.
7.ChanghuWang,WeiliGuo,ShanYe,PengchengWei,DavidOw*.2016.ReductionofCdinricethroughexpressionofOXS3-likegenefragments.MolecularPlant,9:301-304.
8.ChanghuWang,LentiniZ,TabaresE,QuinteroM,CeballosH*,DedicovaB,SautterC,OlayaC,ZhangP.2011.Microsporogenesisandpollenformationincassava.BiologiaPlantarum,55(3):469-478.
9.ChanghuWang,PengZhang,ZhenrongMa,MingyongZhang,GuchouSun,DinghouLing*.2005.Developmentofageneticmarkerlinkedtoanewthermo-sensitivemalesterilegeneinrice(OryzasativaL.).Euphytica,140(3):217-222.
10.GuozhangKang,ChanghuWang,GuchouSun,ZhengxunWang*.2003.SalicylicacidchangesactivitiesofH2O2-metabolizingenzymesandincreasesthechilling-toleranceofbananaseedlings.EnvironmentalandExperimentalBotany,50:9-15.