Zhang Hongbo
Zhang Hongbo
Zhang Hongbo,
Male, doctor, born in July 1976, native place: Shanxi. Professor, master supervisor, distinguished professor, School of Agronomy and biotechnology, Southwest University.
Character experience
Learning experience
1996-2000: Bachelor of agriculture, Department of agriculture, Southwest Agricultural University. 2000-2005: Doctor of science, School of life sciences, China Agricultural University.
work experience
Department of University, 2010. 2010 till now: Professor, School of Agronomy and biotechnology, Southwest University.
Research direction
Plant signal transduction. 2. Plant secondary metabolism. 3. Plant primary metabolism. engaged in molecular mechanism research of plant signal transduction and metabolic regulation. The main research work is to analyze the molecular mechanism of plant primary metabolism and secondary metabolism regulation by means of molecular biology and functional genomics. mainly engaged in the molecular mechanism research of plant stress resistance regulation and secondary metabolism. The research focuses on the molecular mechanisms of plant hormones regulating Arabidopsis root development and tobacco secondary metabolism. plant root development is regulated by many plant hormones such as ethylene, abscisic acid, auxin and jasmonic acid. Among them, the interaction between ethylene and auxin signaling pathway plays a key role in plant lateral root development. However, the molecular mechanism of ethylene regulating auxin signaling and affecting lateral root development is still unclear. We analyzed the molecular mechanism of Ethylene Regulation of lateral root formation by using the improved Arabidopsis culture system and a series of Arabidopsis mutants related to ethylene and auxin signaling. tobacco is an important model plant for the study of plant secondary metabolism. In addition to its important role in the regulation of nicotine synthesis, tobacco is also an important material for the study of the regulation of plant pigment and carotene synthesis. Our research in tobacco is mainly to analyze the molecular mechanisms of tobacco secondary metabolism including nicotine, anthocyanins and carotene through functional genomics.
Main contributions
academic achievements
He has published a number of research papers in Chinese Journal of agricultural science, Journal of Experimental Botany, molecular plant, plant molecular biology, plant physics and plant a, etc.
research project
1. New teacher fund for doctoral program: Construction and screening of a new transposon marker mutant library in Brassica napus (20182120031). 2. Basic scientific research project of Central University: cloning and functional analysis of tobacco male sterility regulatory gene jslr1 (xdjk2012c084). 3. National tobacco genome project: Tobacco mutant library creation, screening and analysis (110201101009 (jy-03)) (sub project).
publish one’s thesis
1.WangW,LiuG,TimkoMP,NiuH,
ZhangH
(corresponding author)
two thousand and fourteen
.TheF-boxproteinCOI1functionsupstreamofMYB305toregulateprimarycarbohydratemetabolismintobacco.
JournalofExperimentalBotany
.Publishedonline
(Mar6,2014), doi:10.1093/jxb/eru084 . 2.SearsMT,
ZhangH
,RushtonPJ,WuM,HanS,SpanoAJ,TimkoMP.2014.NtERF32:anon-NIC2locusAP2/ERFtranscriptionfactorrequiredinjasmonate-induciblenicotineb iosynthesisintobacco.PlantMolBiol .84(1-2):49-66。 3. Wang Wenjing, Ma Haoran, Li Gana,
Zhang Hongbo
(). 2013. Research progress of AC / DS transposon activated labeling technology. Chinese Agricultural Sciences. 46 (14): 2845-2855. 4.
ZhangHB
,BokowiecMT,RushtonPJ,HanS,TimkoMP.2012.TobaccoTranscriptionFactorsNtMYC2aandNtMYC2bFormNuclearComplexeswiththeNtJAZ1RepressorandRegulateMultipleJasmonate-inducibleStepsin NicotineBiosynthesis.MolecularPlant .5(1):73-84。 5.RushtonPJ,BokowiecMT,HanS,
ZhangH
,BrannockJF,ChenX,LaudemanTWandTimkoMP.2008.Tobaccotranscripti onfactors:novelinsightsintotranscriptionalregulationintheSolanaceae.PlantPhysiol.147 (1):280-295。 6.
ZhangH
,YangY,ZhangZ,ChenJ,WangXCandHuangR.2008.ExpressionoftheethyleneresponsefactorgeneTSRF1enhancesabscisicacidresponsesduringseedling developmentintobacco.Planta .228(5):777-787。 7.ZhouJ*,
ZhangH*
,YangY,ZhangZ,ZhangH,HuX,ChenJ,WangXCandHuangR.2008.AbscisicacidregulatesTSRF1-mediatedresistancetoRalstoniasolanacearumbymodifyingtheexpressionofGCCbox-cont aininggenesintobacco.JExpBot 59:645-652. 8.
ZhangH
,LiW,ChenJ,YangY,ZhangZ,ZhangH,WangXCandHuangR.2007.TranscriptionalactivatorTSRF1reverselyregulatespathogenresistanceandosmoticstre sstoleranceintobacco.PlantMolBiol .63:63-71。 9.
Zhang,H
,Zhang,D,Chen,J,Yang,Y,Huang,Z,Huang,D,Wang,XC,andHuang,R.2004.Tomatostress-responsivefactorTSRF1interactswithethyleneresponsiveelementGCCboxandregulatespathogenresistancetoR alstoniasolanacearum.PlantMolBiol55 :825-834。
Scientific research achievements
1. National invention patent "an AC / DS transposition system for activation tag and its application in the construction of plant mutant library" (cn103305541a), the first inventor. 2. US invention patent "composition and related methods for modular aluminum production by controlling PMT promoter activation mediated translational factors erfandmyc" (wo2009035547a2), the fourth inventor. 3. Application of national invention patent "regulatory protein TSRF1 in plant disease resistance"
Chinese PinYin : Zhang Hong Bo
Zhang Hongbo
