个人简介
教育与研究/工作经历
2005.09–2010.06河南科技学院,生命科学学院,本科;
2010.09–2013.06河南农业大学,农学院/国家小麦工程技术研究中心,硕士;2013.09–2016.12浙江大学,生命科学学院,博士;
2017.01–至今河南农业大学农学院/国家小麦工程技术研究中心,工作
2017.01–至今河南农业大学,助理研究员
承担项目与课题
1.国家自然科学基金青年基金项目:调控TaGST1基因表达的转录因子的分离及其功能研究,起止日期:2018.01–2020.12(主持)
2.河南省重点研发与推广专项-科技攻关项目:利用基因组编辑技术创制优质高产小麦种质新资源,起止日期:2017.09–2019.09(主持)
3.河南农业大学博士启动基金项目:沉默TaRSR1转录因子创制优异小麦种质资源,起止日期:2017.08–2019.08(主持)专利
1.国家发明专利:提高小麦粒重的复合调节剂及其应用,申请号:2017109353784(李鸽子,第2名)
2.国家发明专利:提高小麦籽粒品质的生长调节剂及其应用,申请号:2017109306425(李鸽子,第2名)
奖励与荣誉
1.河南农业大学新进教师培训优秀学员(李鸽子,2017);
2.河南省自然科学优秀学术论文贰等奖(李鸽子,2017,第2名);
3.河南省教育厅优秀科技论文奖壹等奖(李鸽子,2017,第2名);
4.浙江大学优秀研究生(李鸽子,2014);
5.河南省优秀硕士学位论文(李鸽子,2014);
6.河南农业大学优秀硕士毕业生(李鸽子,2013);
7.河南农业大学优秀硕士学位论文(李鸽子,2013);
8.河南省自然科学优秀学术论文壹等奖(李鸽子,2013,第2名);
9.首届研究生国家奖学金(李鸽子,2012)
研究领域
(1)小麦逆境胁迫相关生理与分子机制
(2)小麦淀粉合成相关的分子调控机制
作物分子生理学
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)
1.LiGeZi,WangZhanQi,YokoshoKengo,DingBing,FanWei,GongQiaoQiaog,LiGuiXin,WuYunRong,YangJianLi,MaJianFeng,ZhengShaoJian*(2018)TranscriptionfactorWRKY22promotesaluminumtoleranceviaactivationofOsFRDL4expressionandenhancementofcitratesecretioninrice(OryzasativaL.)NewPhytologist219:149–162(SCI,IF:7.433)
2.LiGezi,WuYufang,LiuGuoyu,XiaoXianghong,WangPengfei,GaoTian,XuMengjun,HanQiaoxia,WangYonghua,GuoTiancai,KangGuozhang*(2017)Large-scaleproteomicscombinedwithtransgenicexperimentsdemonstratesanimportantroleofjasmonicacidinpotassiumdeficiencyresponseinwheatandrice.MolCellProteomics16:1889–1905(SCI,IF:6.542)
3.LiGezi,PengXiaoqi,XuanHongmei,WeiLiting,YangYingying,GuoTiancai,KangGuozhang*(2013)Proteomicanalysisofleavesandrootsofcommonwheat(TriticumaestivumL.)undercopper-stressconditions.JProteomeRes12:4846–4861(SCI,IF:5.113)
4.KangGuozhang#*,LiGezi#,WangLina,WeiLiting,YangYang,WangPengfei,YangYingying,WangYonghua,FengWei,WangChenyang,GuoTiancai*(2015)Hg-responsiveproteinsidentifiedinwheatseedlingsusingiTRAQanalysisandtheroleofABAinHgstress.JProteomeRes14:249–267(SCI,IF:5.001)(共同第一)
5.LiGezi,PengXiaoqi,WeiLiting,KangGuozhang*(2013)Salicylicacidincreasesthecontentsofglutathioneandascorbateandtemporallyregulatestherelatedgeneexpressioninsalt-stressedwheatseedlings.Gene529:321–325(SCI,IF:2.196)
6.KangGuozhang*,LiGezi,XuWei,PengXiaoqi,HanQiaoxia,ZhuYunji,GuoTiancai*(2012)Proteomicsrevealstheeffectsofsalicylicacidongrowthandtolerancetosubsequentdroughtstressinwheat.JProteomeRes11:6066–6079(SCI,IF:5.056)
7.KangGuozhang*,LiGezi,MaHongzhen,WangChenyang,GuoTiancai(2013)ProteomicanalysisontheleavesofTaBTF3genevirus-inducedsilencedwheatplantsmayrevealitsregulatorymechanism.JProteomics83:130–143(SCI,IF:4.088)
8.WangZhanQi,LiGeZi,GongQiaoQiao,LiGuiXin,ZhengShaoJian(2015)OsTCTP,encodingatranslationallycontrolledtumorprotein,playsanimportantroleinmercurytoleranceinrice.BMCPlantBiol15:123(SCI,IF:3.813)
9.KangGuozhang*,LiGezi,ZhengBeibei,HanQiaoxia,WangChenyang,ZhuYunji,GuoTiancai*(2012)Proteomicanalysisonsalicylicacid-inducedsalttoleranceincommonwheatseedlings.BBA-ProteinsProteom1824:1324–1333(SCI,IF:3.635)
10.KangGuozhang*,LiGezi,LiuGuoqi,XuWei,PengXiaoqi,WangChenyang,ZhuYunji,GuoTiancai(2013)Exogenoussalicylicacidenhanceswheatdroughttolerancebyinfluenceontheexpressionofgenesrelatedtoascorbate-glutathionecycle.BiolPlant57:718–724(SCI,IF:1.692)
11.KangGuozhang*,LiGezi,GuoTiancai(2014)Molecularmechanismofsalicylicacid-inducedabiotictoleranceinhigherplants.ActaPhysiolPlant36:2287–2297(SCI,IF:1.524)
12.KangGuozhang*,LiGezi,YangWenping,HanQiaoxia,MaHongzhen,GuoTiancai(2013)Transcriptionalprofileofthespringfreezeresponseintheleavesofbreadwheat.ActaPhysiolPlant35:575–587(SCI,IF:1.305)