苟明月 - 河南农业大学

个人简介

苟明月，1980年生，男，博士，教授，博士生导师，河南省特聘教授。自2009年以来，主要从事植物抗病和细胞壁合成调控机理研究：通过对多个自发免疫突变体(cpr30、bon1等)的研究发现新的植物抗病防御反应调控因子及其参与的多层次调控机制;近期发现新的木质素合成酶复合体的组装、稳定及调控机制和种皮木栓质合成途径的转录调控机制。相关论文被发表在NaturePlants、PlantCell、PlantPhysiology、PlantJournal等刊物。教育与研究/工作经历： 1999-2003年，西南农业大学农学院，农学学士学位 2003-2009年，中国农业大学生物学院，理学博士学位 2009-2012年，美国康奈尔大学植物系，博士后 2012-2018年，美国布鲁克海文国家实验室生物系，副研究员

研究领域

（1）植物抗病防御反应精细调控机理研究（2）植物抗病与细胞壁生物合成的交叉研究（3）玉米等作物抗病（逆）机理解析及分子育种

近期论文

查看导师新发文章（温馨提示：请注意重名现象，建议点开原文通过作者单位确认）

代表性研究论文: 1.MingyueGou,XiuzhiRan,DwightW.Martinand,Chang-JunLiu(2018).ThescaffoldproteinsofligninbiosyntheticcytochromeP450enzymes.NaturePlants,4,299-310. 2.Dong-LeiYang,ZhenyingShi,YongmeiBao,JiapeiYan,ZiyuanYang,HuiyunYu,YunLi,MingyueGou,ShuWang,BaohongZou,DachaoXu,ZhiqiMa,JitaeKim,JianHua(2017).CalciumpumpsandinteractingBON1proteinmodulatecalciumsignature,stomatalclosure,andplantimmunity.PlantPhysiology,175(1):424-437. 3.MingyueGou*,QuanshengHuang*,WeiqiangQian,ZeminZhang,ZhenhuaJia,andJianHua(2017).SumoylationE3LigaseSIZ1modulatesplantimmunitypartlythroughtheimmunereceptorgeneSNC1inArabidopsis.MolecularPlant-MicrobeInteractions,30(4):334-342. 4.MingyueGou,GuichuanHou,HuijunYang,XuebinZhang,YuanhengCai,GuoyinKai,andChang-JunLiu(2017).TheMYB107transcriptionfactorpositivelyregulatessuberinbiosynthesis.PlantPhysiology,173(2):1045-1058. 5.MingyueGou*,ZeminZhang*,NingZhang*,QuanshengHuang,JacquelineMonaghan,HuijunYang,ZhenyingShi,CyrilZipfel,andJianHua(2015).OpposingeffectsontwophasesofdefenseresponsesfromconcertedactionsofHSC70andBON1inArabidopsis.PlantPhysiology,169(3):2304-2323. 6.XuebinZhang,MingyueGou,ChunrongGuo,HuijunYang,Chang-JunLiu(2014).Down-regulationofthekelchdomain-containingF-boxproteininArabidopsisenhancestheproductionof(poly)phenolsandtolerancetoUV-radiation.PlantPhysiology,167(2):337-50 7.Chang-JunLiu,YuanhengCai,XuebinZhang,MingyueGou,HuijunYang(2014).Tailoringligninbiosynthesisforefficientandsustainablebiofuelproduction.PlantBiotechnologyJournal,12(9):1154-62. 8.XiaoqingWang,MingyueGou,HuahuBu,ShengxueZhang,GuoyingWang(2014).ProteomicanalysisofArabidopsisconstitutiveexpresserofpathogenesis-relatedgene1(Cpr30/cpr1-2)mutant.Plantomicsjournal,7(3):123-132 9.KeweiZhang,OndrejNovak,ZhaoyangWei,MingyueGou,XuebinZhang,YongYu,HuijunYang,YuanhengCai,MiroslavStrnad,andChang-JunLiu(2014).ArabidopsisABCG14proteincontrolstheacropetaltranslocationofroot-synthesizedcytokinins.NatureCommunications|5:3274|DOI:10.1038/ncomms4274. 10.XuebinZhang*,MingyueGou*,Chang-JunLiu(2013).KelchrepeatF-boxproteinsregulatephenylpropanoidbiosynthesisviacontrollingtheturnoverofPhenylalanineAmmonia-Lyase.PlantCell,25:4994–5010.(*Co-firstauthor) 11.MingyueGouandJianHua(2012).ComplexregulationofanRgeneSNC1revealedbyauto-immunemutants.PlantSignaling&Behavior,7(2):213–216. 12.MingyueGou,ZhenyingShi,YingZhu,ZhilongBao,GuoyingWangandJianHua(2012).TheF-boxproteinCPR1/CPR30negativelyregulatesRproteinSNC1accumulation.PlantJournal,69,411–420.(RecommendedastoparticlefromF1000'sfacultyofleadingexperts) 13.YongqingLi*,MingyueGou*,QiSun,andJianHua(2010).Requirementofcalciumbinding,myristoylation,andprotein-proteininteractionforthecopineBON1functioninArabidopsis.JournalofBiologicalChemistry,285(39):29884-91.(*Co-firstauthor) 14.JunZheng*,JunjieFu*,MingyueGou*,JunlingHuai,YunjunLiu,MinJian;QuanshengHuang,XiyingGuo,ZhigangDong,HongzhiWang,GuoyingWang(2010).Genome-widetranscriptomeanalysisoftwomaizeinbredlinesunderdroughtstress.PlantMolecularBiology,72(4-5):407-21.(*Co-firstauthor) 15.MingyueGou*,NanSu*,JunZheng,JunlingHuai,GuanghengWu,JinfengZhao,JunguangHe,DingzhongTang,ShuhuaYang,andGuoyingWang.(2009).AnF-boxgene,CPR30,functionsasanegativeregulatorofthedefenseresponseinArabidopsis.PlantJournal,60(5):757-70. 16.JinfengZhao,ZhenfeiSun,JunZheng,XiyingGuo,ZhigangDong,JunlingHuai,MingyueGou,JunguangHe,YongshengJin,JianhuaWang,GuoyingWang(2009).CloningandcharacterizationofanovelCBL-interactingproteinkinasefrommaize.PlantMolecularBiology,2009,69:661–674. 17.JunZheng,JinfengZhao,JinpengZhang,JunjieFu,MingyueGou,ZhigangDong,WeiHou,JinpingJia,QuanshengHuangandGuoyingWang(2006).Comparativeexpressionprofilesofmaizegenesunderhigh-salinity,coldandabscisicacidapplicationusingawaterstressspecificcDNAmacroarray.PlantScience,170:1125-1132.