張舒群

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張舒群，男，浙江大學生命科學院教授。張舒群教授畢業於南京大學生物學系，後赴美國德克薩斯州大學植物生物學系攻讀博士學位，曾任美國密蘇里大學哥倫比亞分校生物化學系教授。2011年至今任浙江大學生命科學院教授，2011年獲國家“千人計畫”入選者。
目錄
人物簡介
主要經歷
主要研究領域
主要論文
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編輯本段
人物簡介
張舒群，男，浙江大學生命科學院教授。張舒群教授長期致力於植物生物化學和分子生物學領域的研究，在發掘絲裂原活化蛋白激酶（mitogen-activatedproteinkinases,MAPKs)信號系統的成員，及其對植物生長、發育、抗病及其他逆境反應等方面的功能和分子機制等領域開展了系統研究，共發表SCI論文50餘篇，論文平均影響因子8.5,累計他引次數4000餘次，H指數30。
編輯本段
主要經歷
2011－至今浙江大學生命科學院教授
2009－至今美國密蘇里大學生物化學系教授
2003－2009美國密蘇里大學生物化學系副教授
1998－2003美國密蘇里大學生物化學系助理教授
1995－1998美國羅格斯大學博士後
1990－1994美國德州大學植物生物學博士
1988－1990美國德州大學訪問學者
1985－1988中科院水生生物研究所博士生
1981－1985南京大學生物系學士
編輯本段
主要研究領域
　生物化學、分子遺傳、植物生理及信號傳導特別是蛋白質磷酸化等領域。
編輯本段
主要論文
Mao,G.,Meng,X.,Liu,Y.,Zheng,Z.,Chen,Z.,andZhang,S.(2011)PhosphorylationofaWRKYtranscriptionfactorbytwopathogen-responsiveMAPKsdrivesphytoalexinbiosynthesisinArabidopsis.PlantCell,23:1639–1653.(Correspondingauthor)(FeaturedinthePlantCell“InBrief")
Mao,G.,Wang,R.,Guan,Y.F.,Liu,Y.,andZhang,S.(2011)Sulfurtransferase1playsessentialrolesinembryoandseeddevelopmentinArabidopsisthaliana.JournalBiologicalChemistry286,7548–7557.(Correspondingauthor)
Han,L.,Li,G.-J.,Yang,K.-Y.,Mao.G.,Wang,R.,Liu,Y.,andZhang,S.(2010)Arabidopsismitogen-activatedproteinkinasecascadeinregulatingBotrytiscinerea-inducedethyleneproduction.PlantJournal64:114–127.(Correspondingauthor)
An,F.,Zhao,Q.,Ji,Y.,Li,W.,Jiang,Z.,Yu,X.,Zhang,C.,Han,Y.,He,W.,Liu,Y.,Zhang,S.,Ecker,J.R.,andGuo,H.(2010)Ethylene-inducedstabilizationofETHYLENEINSENSITIVE3andEIN3-LIKE1ismediatedbyproteasomaldegradationofEIN3bindingF-box1and2thatrequiresEIN2inArabidopsis.PlantCell22:2384–2401.
Jang,E.-K.,Min,K.-H.,Kim,S.-H.,Nam,S.-H.,Zhang,S.,Kim,Y.C.,Cho,K.H.,andYang,K.-Y.(2009)Mitogen-activatedproteinkinasecascadeinthesignalingforpolyaminebiosynthesisintobacco.PlantCellPhysiology50:658–664.
Beckers,G.J.M.,Jaskiewicz,M.,Liu,Y.,Underwood,W.R.,He,S.Y.,Zhang,S.,andConrath,U.(2009)MAPkinases3and6arerequiredforprimingofstressresponsesinArabidopsis.PlantCell21:944–953.
Cho,S.K.,Larue,C.,Chevalier,D.,Wang,H.,Jinn,T.-L.,Zhang,S.,andWalker,J.C.(2008)RegulationoffloralorganabscissioninArabidopsisthaliana.ProceedingsoftheNationalAcademySciencesUSA105:15629–15634.(Co-correspondingauthor)(HighlightedinPNAS"inthisissue")
Ren,D.,Liu,Y.,Yang,K.-Y.,Han,L.,Mao,G.,Glazebrook,J.,andZhang,S.(2008)Fungal-responsivemitogen-activatedproteinkinasecascadeinsignalingphytoalexinbiosynthesisinArabidopsis.ProceedingsoftheNationalAcademySciencesUSA.105:5638–5643.(Correspondingauthor)
Wang,W.,Liu,Y.,Bruffett,K.,Lee,J.,Hause,G.,Walker,J.C.,andZhang,S.(2008)Haplo-insufficiencyofMPK3inMPK6mutantbackgrounduncoversanovelfunctionofthesetwoMAPKsinArabidopsisovuledevelopment.PlantCell20:602–613.(Correspondingauthor)
Hord,C.L.H.,Sun,Y.,Pillitteri,L.J.,Torii,K.U.,Wang,H.,Zhang,S.,andMaH.(2008)Themitogen-activatedproteinkinases,MPK3andMPK6,andtheERECTAandrelatedreceptor-likekinasesareimportantforArabidopsisantherdevelopment.MolecularPlant1:645–658.
Zhang,S.(2008)Mitogen-activatedproteinkinasecascadesinplantintracellularsignaling.InAnnualPlantReviews,Volume33:IntracellularSignalinginPlants,editedbyZ.Yang.Oxford:Wiley-Blackwell.(ISBN:9781405160025).(Correspondingauthor)
Joo,S.,Liu,Y.,Lueth,A.,andZhang,S.(2008)MAPKphosphorylation-inducedstabilizationofACS6proteinismediatedbynon-catalyticC-terminaldomain,whichalsocontainsthecis-determinantforrapiddegradationbythe26Sproteasomepathway.PlantJournal54:129–140.(Correspondingauthor)
Underwood,W.,Zhang,S.,andHe,S.-Y.(2007)ThePseudomonassyringaetypeIIIeffectortyrosinephosphataseHopAO1suppressesinnateimmunityinArabidopsisthaliana.PlantJournal52:658–672.
Liu,Y.,Ren,D.,Pike,S.,Pallardy,S.,Gassmann,W.,andZhang,S.(2007)Chloroplast-generatedreactiveoxygenspeciesareinvolvedinhypersensitiveresponse-likecelldeathmediatedbyamitogen-activatedproteinkinasecascade.PlantJournal51:941–954.(Correspondingauthor)
Wang,H.,Ngwenyama,N.,Liu,Y.,Walker,J.C.,andZhang,S.(2007)Stomataldevelopmentandpatterningareregulatedbyenvironmentallyresponsivemitogen-activatedproteinkinasesinArabidopsis.PlantCell19:63–73.(Correspondingauthor)(FeaturedinThePlantCell's“InBrief"andontheScienceSTKEwebsite[MAPKCascadeinStomatalSpecification.http://stke.sciencemag.org/cgi/content/abstract/sigtrans;2007/376/tw80])
Mino,M.,Kubota,M.,Nogi,T.,Zhang,S.,andInoue,M.(2007)HybridlethalityininterspecificNicotianagosseixN.tabacuminvolvesaMAP-kinasessignallingcascade.PlantBiology9:366–373.
Suarez-Rodriguez,M.C.,Adams-Phillips,L.,Liu,Y.,Wang,H.,Su,S.-H.,Jester,P.J.,Zhang,S.,Bent,A.F.,andKrysan,P.J.(2007)MEKK1isrequiredforflg22-inducedMPK4activationinArabidopsisplants.PlantPhysiology143:661–669.
Ren,D.,Yang,K.-Y.,Li,G.,Liu,Y.,andZhang,S.(2006)ActivationofNtf4,atobaccomitogen-activatedproteinkinase,duringplantdefenseresponseanditsinvolvementinhypersensitiveresponse-likecelldeath.PlantPhysiology141:1482–1493.(Correspondingauthor)
Hamel,L.-P.,Nicole,M.-C.,Sritubtim,S.,Morency,M.-J.,Ellis,M.,Ehlting,J.,Beaudoin,N.,Barbazuk,B.,Klessig,D.,Lee,J.,Martin,G.,Mundy,J.,Ohashi,Y.,Scheel,D.,Sheen,J.,Xing,T.,Zhang,S.,Seguin,A.,andEllis,B.E.(2006)Ancientsignals:comparativegenomicsofplantMAPKandMAPKKgenefamilies.TrendsinPlantScience11:192–198.
Liu,Y.andZhang,S.(2004).Phosphorylationof1-aminocyclopropane-1-carboxylicacidsynthasebyMPK6,astress-responsivemitogen-activatedproteinkinase,inducesethylenebiosynthesisinArabidopsis.PlantCell16:3386–3399.(Correspondingauthor)(FeaturedinThePlantCell's“Inthisissue”andontheScienceSTKEwebsite[FirstplantMAPkinasesubstrate.http://stke.sciencemag.org/cgi/content/abstract/sigtrans;2004/263/tw447],andalsocitedasanISIFastBreakingPaper,CitingURL:http://www.esi-topics.com/fbp/2005/december05-ShuqunZhang.html).
Kim,C.Y.,andZhang,S.(2004)Activationofamitogen-activatedproteinkinasecascadeinducesWRKYfamilyoftranscriptionfactorsanddefensegenesintobacco.PlantJournal38:142–151.(Correspondingauthor)
Wan,J.,Zhang,S.andStacey,G.(2004).Activationofamitogen-activatedproteinkinasepathwayinArabidopsisbychitin.MolecularPlantPathology5:125–135.
Kim,C.Y.,Liu,Y.,Thorne,E.T.,Yang,H.,Fukushige,H.,Gassmann,W.,Hildebrand,D.,Sharp,R.E.,andZhang,S.(2003)Activationofastress-responsivemitogen-activatedproteinkinasecascadeinducesthebiosynthesisofethyleneinplants.PlantCell15:2707–2718.(Correspondingauthor)
Liu,Y.,Jin,H.,Yang,K.-Y.,Kim,C.-Y.,Baker,B.,andZhang,S.(2003)Interactionbetweentwomitogen-activatedproteinkinasesduringtobaccodefensesignaling.PlantJournal34:149–160.(Correspondingauthor)
Jin,H.,Liu,Y.,Yang,K.-Y.,Kim,C.-Y.,Baker,B.,andZhang,S.(2003)Functionofamitogen-activatedproteinkinasepathwayinNgene-mediatedresistanceintobacco.PlantJournal33:719–731.(Correspondingauthor)(NotedasanISIFastMovingFrontarticle,CitingURL:http://www.esi-topics.com/fmf/2005/september05-ShuqunZhang.html).
Yang,K.-Y.,Blee,K.A.,Zhang,S.,andAnderson,A.J.(2002)OxycomtreatmentsuppressesPseudomonassyringaeinfectionandactivatesamitogen-activatedproteinkinasepathwayintobacco.PhysiologicalandMolecularPlantPathology61:249–256.
Jin,H.,Axtell,M.J.,Dahlbeck,D.,Ekwenna,O.,Zhang,S.,Staskawicz,B.,andBaker,B.(2002).NPK1,anMEKK1-likemitogen-activatedproteinkinasekinasekinase,regulatesinnateimmunityanddevelopmentinplants.DevelopmentalCell3:291–297.
MAPKGroup(2002)Mitogen-activatedproteinkinasecascadesinplants:anewnomenclature.TrendsinPlantScience7:301–308.
Ren,D.,Yang,H.,andZhang,S.(2002)CelldeathmediatedbyMAPKisassociatedwithhydrogenperoxideproductioninArabidopsis.JournalBiologicalChemistry277:559–565.(Correspondingauthor)
Zhang,S.,andKlessig,D.F.(2001)MAPKcascadesinplantdefensesignaling.TrendsinPlantScience6:520–527.(Correspondingauthor,Coverarticle)
Zhang,S.,andLiu,Y.(2001)Activationofsalicylicacid-inducedproteinkinase,amitogen-activatedproteinkinase,inducesmultipledefenseresponsesintobacco.PlantCell13:1877–1889.(Correspondingauthor)
Yang,K.-Y.,Liu,Y.,andZhang,S.(2001)Activationofamitogen-activatedproteinkinasepathwayisinvolvedindiseaseresistanceintobacco.ProceedingsoftheNationalAcademySciencesUSA98:741–746.(Correspondingauthor)
Zhang,S.,Liu,Y.,andKlessig,D.F.(2000)MultiplelevelsoftobaccoWIPKactivationduringtheinductionofcelldeathbyfungalelicitins.PlantJ.23:339–347.
Hoyos,M.E.,andZhang,S.(2000)Calcium-independentactivationofsalicylicacid-inducedproteinkinaseanda40-kilodaltonproteinkinasebyhyperosmoticstress.PlantPhysiology122:1355–1363.(Correspondingauthor)(FeaturedontheScienceSTKEwebsite[OsmoticStressSignals,http://stke.sciencemag.org/cgi/content/abstract/sigtrans;2000/28/tw8]).
Zhang,S.,andKlessig,D.F.(2000).Pathogen-inducedMAPkinasesintobacco.ResultsandProblemsinCellDifferentiation27:65–84.
Liu,Y.,Zhang,S.,andKlessig,D.F.(2000)MolecularcloningandcharacterizationofatobaccoMAPkinasekinasethatinteractswithSIPK.MolecularPlant-MicrobeInteraction13:118–124.
Klessig,D.F,Durner,J.,Noad,R.,Navarre,D.A.,Wendehenne,D.,Kumar,D.,Zhou,J.M.,Shah,J.,Zhang,S.,Kachroo,P.,Trifa,Y.,Pontier,D.,Lam,E.,andSilva,H.(2000)Nitricoxideandsalicylicacidsignalinginplantdefense.ProceedingsoftheNationalAcademySciencesUSA97:8849–8855.
Romeis,T.,Piedras,P.,Zhang,S.,Klessig,D.F.,Hirt,H.,andJones,J.D.G.(1999)Rapid,Avr9-andCf-9-dependent,activationofMAPkinasesintobaccocellculturesandleaves:convergenceofresistancegene,elicitor,wound,andsalicylateresponses.PlantCell11:273–287.
Zhang,S.,andKlessig,D.F.(1998)ResistancegeneN-mediateddenovosynthesisandactivationofatobaccomitogen-activatedproteinkinasebytobaccomosaicvirusinfection.ProceedingsoftheNationalAcademySciencesUSA95:7433–7438.
Zhang,S.,andKlessig,D.F.(1998)Thetobaccowounding-activatedmitogen-activatedproteinkinaseisencodedbySIPK.ProceedingsoftheNationalAcademySciencesUSA95:7225–7230.
Zhang,S.,Du,H.,andKlessig,D.F.(1998)ActivationofthetobaccoSIPkinasebybothacellwall-derivedcarbohydrateelicitorandpurifiedproteinaceouselicitinsfromPhytophthoraspp.PlantCell10:435–449.
Zhang,S.,andKlessig,D.F.(1997)Salicylicacidactivatesa48-kDMAPkinaseintobacco.PlantCell9:809–824.
Zhang,S.,andMehdy,M.C.(1994).Bindingofa50-kDproteintoaU-richsequenceinanmRNAencodingaproline-richproteinthatisdestabilizedbyfungalelicitor.PlantCell6:135–145.
Zhang,S.,Sheng,J.,Liu,Y.,andMehdy,M.C.(1993).Fungalelicitor-inducedbeanproline-richproteinmRNAdown-regulationisduetodestabilizationthatistranscriptionandtranslationdependent.PlantCell5:1089–1099.
Zhang,S.,Jin,C.-D.,andRoux,S.J.(1993).CaseinkinaseII-typeproteinkinasefrompeacytoplasmanditsinactivationbyalkalinephosphataseinvitro.PlantPhysiology103:955–962.