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杨加深男职称:教授硕士生导师出生年月:1969年8月籍贯:山东利津现任职务:山东大学历史文化学院副院长学习及工作简历:1989.9至1993.7
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陈尚胜男职称:教授博士生导师出生年月:1958年7月籍贯:安徽潜山学习及工作简历:1978年2月至1982年1月:入安徽师范大学历史系学习,获历史学学
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徐志刚教授博士生导师电话:86-531-88362647E-mail:xuzg@s.e.cn 教育背景学习经历:1995年9月–1
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肖敏教授博士生导师E-mail:minxiao@s.e.cn国家糖工程技术研究中心副主任山大南路29号山大鲁能科技大厦B教育背景1985山东大学微生物系获理学学
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向凤宁教授博士生导师电话:0531-88363629教育背景:向凤宁,女,汉族,47岁,博士,博士生导师,2005年获得教育部新世纪优秀人才项目支持,2008年获得
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夏光敏教授博士生导师生命科学学院党委书记兼副院长0531-8836452513082745752xiagm@s.e.cn教育背景1987年山东大学研究生毕业留校工作至今1996年澳大利CSIRO植物分子生物学实验室访问学者2001年英国JohnInnesCentre访问学者。现任教育部生物技术学科教学指导委员会委员,山东省植物生理学会副理事长,中国植物生理学会理事及植物生物技术专业委员会主任,中国农业生化与分子生物学学会理事,中国细胞生物学会会员,中国遗传学会会员,国际组织培养与生物技术学会会员。研究方向细胞生物学专业,植物细胞与基因工程方向;以及遗传学专业,植物细胞与分子遗传方向。主要从事小麦及草类的细胞工程和基因工程育种及相关的基础理论研究。在国际上首次建立了小麦体细胞杂交创制渐渗系育种新技术,利用此技术创制了一批各具特色的育种新种质;利用这些新材料,进行了体细胞杂种渐渗系的发育、遗传、外源基因渐渗、基因突变、基因表达变异和表观遗传学变化以及耐逆和优质的功能基因研究;承担研究生的植物功能基因组专题及生命科学前沿进展等课程。主讲课程:植物功能基因组专题及生命科学前沿进展培养研究生:(含联合培养研究生)已经培养博士研究生20多人,再读博士研究生10余人。与美国Oklahoma大学、美国农业部USDA-ARS,美国TheSamuelRobertsNobleFoundation,及澳大利亚Adelaide大学等联合培养博士生6人。本人研究生从事的工作领域:作物遗传育种,作物功能新基因的分离与功能鉴定,植物细胞工程与育种,植物基因工程与育种,作物分子生物学研究承担课题目前主持国家转基因专项,国家自然科学基金重点和面上项目、国家863项目,参加国家973项目,国家支撑计划等。1.抗旱、耐盐转基因小麦新种质创建,国家转基因专项,2008-2010,300万2.小麦渐渗系耐盐新基因的鉴定,国家转基因专项,2009-2010,350万3.小麦体细胞杂交新品种耐盐的功能基因研究,2005-2009,国家自然科学基金重点项目,150万4.耐逆性状分子设计和育种元件创新,国家973,2006-2010,58万5.作物应答低温、高盐的分子机制,国家973,2009-2014,52万6.小麦体细胞杂种渐渗系HMW-GS基因的等位变异,国家自然科学基金项目,2009-2011,33万研究成果及发表论文长期从事小麦及草类的细胞有基因工程研究,为小麦体细胞杂交技术及其机制,杂种新种质、新品种的首创者,该技术2007年获得国家发明专利(ZL200410075773.2)。选育了国际首例高产、耐盐/耐旱的小麦渐渗系新品种山融3号(该品种被定为2006年山东省良种主导品种)。小麦体细胞杂交技术2005年通过董玉琛院士等国内同行专家的鉴定,“是小麦生物技术育种技术上一项重要突破,总体研究达到国际领先水平。以上研究在国际、全国会议上作大会报告10次,“小麦不对称体细胞杂交机制及杂种遗传和基因组研究”获2006年山东省唯一的自然科学一等奖(第一位)。在国内首次建立了小麦的基因枪转化和农杆菌介导转化技术,与中国农科院合作的“大麦BYDV转化小麦(完成基因枪转化小麦部分)获得抗病新种质”被科技部评选为1995年全国十大科技成就。在国内率先建立了利用该技术转化小麦胚性愈伤组织的体系,经过近6年的研究,又建立了农杆菌介导小麦苗端转化体系,该项新技术2006年获得国家发明专利(ZL200410075774.7).目前已经获得大量转入抗病、耐盐、优质等转基因的后代,并且获批环境释放,为小麦的基因工程育种奠定了基础。作为第一作者和通讯作者发表在本领域主流SCI源刊物上50余篇,总IF100以上,被引用250多次,其中3篇文章分别被他引35,40,40和次以上,两篇为杂志的2003-2008的TOP3和TOP10;受邀参编国际专著3部。获奖项目:“小麦不对称体细胞杂种的遗传和基因组研究”2006年山东省自然科学一等奖(第一位)“小麦不对称体细胞杂交创制渐渗系新技术”,2008年教育部技术发明二等奖(第一位)发表的SCI论文:(*通讯作者)1.Peng,Z.Y.,Wang,M.C.,Li,C.L.,Li,F.,Liu,C.,andXia,G.M.2009,Aproteomicstudyoftheresponsetosalinityanddroughtstressinanintrogressionstrainofbreadwheat.Molecular&CellularProteomics,10.1074mcp.M900052-MCP200IF=8.8342.ChenFG,LiuS,ZhaoF,XuC,XiaG.2009,Molecularcharacterizationofthelow-molecularweightgluteninsubunitgenesoftallwheatgrassandfunctionalpropertiesofonecloneEe34.AminoAcids,DOI:10.1007/s00726-009-0307-yIF=4.1323.LiuH,LiuS,XiaG.Generationofhighfrequencyofnovelallelesofthehighmolecularweightglutenininsomatichybridizationbetweenbreadwheatandtallwheatgrass.2009,Theor.Appl.Genet.118(6):1193-1198.IF=3.4904.CuiH,YuZ,DengJ,GaoX,SunY,XiaG.2009,Introgressionofbreadwheatchromatinintotallwheatgrassviasomatichybridization.Planta.229(2):323-330,IF=3.0885.ChenFG,ZhaoF,LiuS,XiaG*.2009,Theγ-gliadingenecontentofaderivativefromasomaticintrogressionlineII-12derivedfromTriticumaestivumandAgropyronelongatum.MolBreeding,DOI:10.1007/s11032-009-9275-x.IF=2.0086.HanL,ZhouC,ShiJ,ZhiD,XiaG.2009,GinsenosideRb1inasymmetricsomatichybridcalliofDaucuscarotawithPanaxquinquefolius.PlantCellReports.28(4):627-638.IF=1.9467.GuangminXia*2009,Progressofchromosomeengineeringmediatedbyasymmetricsomatichybridization.JournalofGeneticsandGenomics,36(9):547-556(特邀综述).IF=0.3588.Shan,L.,Li,C.L.,Chen,F.,Zhao,S.Y.,andXia,G.M.2008.ABowman-Birktypeproteaseinhibitorisinvolvedinthetolerancetosaltstressinwheat.PlantCellEnviron.31,1128-1137.IF=4.6669.Wang,M.C.,Peng,Z.Y.,Li,C.L.,Li,F.,Liu,C.,andXia,G.M.2008.ProteomicanalysisonahighsalttoleranceintrogressionstrainofTriticumaestivum/Thinopyrumponticum.Proteomics8,1470-1489.IF=4.58610.Liu,S.W.,Gao,X.,andXia,G.M.2008.CharacterizingHMW-GSallelesofdecaploidAgropyronelongatuminrelationtoevolutionandwheatbreeding.Theor.Appl.Genet.116,325-334.IF=3.49011.Chen,F.G.,Xu,C.H.,Chen,M.Z.,Wang,Y.H.,andXia,G.M.2008.Anewα-gliadingenefamilyforwheatbreeding:somaticintrogressionlineII-12derivedfromTriticumaestivumandAgropyronelongatum.Mol.Breeding,2008,22(4):675-685.IF=2.00812.Liu,S.W.,Gao,X.,Lu,B.R.,andXia,G.M.2008.CharacterizationofthegenescodingforthehighmolecularweightgluteninsubunitsinLophopyrumelongatum.Hereditas145,48-57.IF=1.17513.Wang,M.Q.,Zhao,J.S.,Peng,Z.Y.,Guo,W.,Wang,Y.,Wang,L.,andXia,G.M.2008.ChromosomesareeliminatedinthesymmetricfusionbetweenArabidopsisthalianaL.andBupleurumscorzonerifoliumWilld.PlantCellTissOrganCult92,121-130.IF=1.01714.Liu,S.W.,Zhao,S.Y.,Chen,F.G.,andXia,G.M.2007.GenerationofnovelhighqualityHMW-GSgenesintwointrogressionlinesofTriticumaestivum/Agropyronelongatum.BMCEvol.Biol.7,76-83.IF=4.4615.Chen,F.G.,Luo,Z.,Zhang,Z.G.,Xia,G.M.,andMin,H.X.2007.Variationandpotentialvalueinwheatbreedingoflow-molecular-weightgluteninsubunitgenesclonedbygenomicandRT-PCRinaderivativeofsomaticintrogressionbetweencommonwheatandAgropyronelongatum.Mol.Breeding20,141-152.IF=2.35716.Zhao,J.S.,Zhi,D.Y.,Xue,Z.Y.,Liu,H.,andXia,G.M.2007.Enhancedsalttoleranceoftransgenicprogenyoftallfescue(Festucaarundinacea)expressingavacuolarNa+/H+antiportergenefromArabidopsis.J.plantPhysiol.164,1377-1383.IF=1.40317.Cai,Y.F.,Xiang,F.N.,Zhi,D.Y.,Liu,H.,andXia,G.M.2007.GenotypingofsomatichybridsbetweenFestucaarundinaceaSchreb.andTriticumaestivumL.PlantCellRep.26,1809-1819.IF=2.17318.Deng,J.Y.,Cui,H.F.,Zhi,D.Y.,Zhou,C.E.,andXia,G.M.2007.AnalysisofremoteasymmetricsomatichybridsbetweencommonwheatandArabidopsisthaliana.PlantCellRep.,1233-1241.IF=2.17319.Zhao,J.S.,Ren,W.,Zhi,D.Y.,Wang,L.,andXia,G.M.2007.ArabidopsisDREB1A/CBF3bestowedtransgenictallfescueincreasedtolerancetodroughtstress.PlantCellRep26,1521-1528.IF=2.17320.Zhou,C.E.,Xia,G.M.,Zhi,D.Y.,andChen,Y.2006.GeneticcharacterizationofasymmetricsomatichybridsbetweenBupleurumscorzonerifoliumWilldandTriticumaestivumL.:potentialapplicationtothestudyofthewheatgenome.Planta223,714-724.IF=3.23821.Liu,H.,Shi,L.,Zhao,J.S.,andXia,G.M.2006.GeneticcharacteristicofHMW-GSinsomatichybridwheatlines-potentialapplicationtowheatbreeding.J.Agric.FoodChem.54,5007-5013.IF=2.53222.Zhao,T.J.,Zhao,S.Y.,Chen,H.M.,Zhao,Q.Z.,Hu,Z.M.,Hou,B.K.,andXia,G.M.2006.TransgenicwheatprogenyresistanttopowderymildewgeneratedbyAgrobacteriuminoculumtothebasalportionofwheatseedling.PlantCellRep.25,1199-1204.IF=1.72723.Chen,F.-G.,Zhi,D.-Y.,andXia,G.-M.2005.WheataminoacidanalysisinsinglecellsbyintracellularFITC-derivatizationwithPEG.Electrophoresis26,4204-4205.IF=4.0424.Luo,Z.,Chen,F.G.,Feng,D.S.,andXia,G.M.2005.LMW-GSgenesinAgropyronelongatumandtheirpotentialvalueinwheatbreeding.Theor.Appl.Genet.111,272-280.IF=3.06325.Wang,J.,Xiang,F.N.,andXia,G.M.2005.Agropyronelongatumchromatinlocalizationonthewheatchromosomesinanintrogressionline.Planta221,277-286.IF=2.96326.Chen,F.-G.,Zhi,D.-Y.,andXia,G.-M.2005.Analysisofaminoacidsinindivialwheatembryonicprotoplast.Aminoacids29,235-239.IF=2.7827.Cheng,A.X.,Cui,H.F.,andXia,G.M.2006.ConstructionofaprimaryRHpanelofItalianryegrassgenomeviaUV-incedprotoplastfusion.PlantBio.8,673-679.IF=1.91028.Zhou,A.F.,andXia,G.M.2005.IntrogressionoftheHaynaldiavillosagenometoγ-rayincedasymmetricsomatichybridsofwheat.PlantCellRep.24,289-296.IF=1.72729.Wang,M.Q.,Xia,G.M.,andPeng,Z.Y.2005.HighUV-tolerancewithintrogressionhybridformationofBupleurumscorzonerifoliumWill.PlantSci.168,593-600.IF=1.62130.Shan,L.,Zhao,S.Y.,andXia,G.M.2005.Cloningofthefull-lengthcDNAofthewheatinvolvedinsaltstress--roothairdefective3gene(RHD3).J.Integr.PlantBiol.47,885-891IF=0.51531.Chen,S.Y.,Liu,S.W.,Xu,C.H.,Chen,Y.Z.,andXia,G.M.2004.Heredityofchloroplastandnucleargenomesofasymmetricsomatichybridlinesbetweenwheatandcouchgrass.ACTABotan.Sin.46,110-115.IF=0.32132.Chen,S.Y.,Xia,G.M.,Quan,T.Y.,andXiang,F.N.2004.Studiesonthesalt-toleranceofF3-F6hybridLinesoriginatedfromsomatichybridizationbetweencommonwheatandThinopyrumponticum.PlantSci.167,773-779.IF=1.63133.Cheng,A.X.,andXia,G.M.2004.SomatichybridizationbetweencommonwheatandItalianryegrass.PlantSci.166,1219-1226.IF=1.63134.Cheng,A.X.,Xia,G.M.,andChen,H.M.2004.DNAtransferfromwildmillettocommonwheatbyasymmetricsomatichybridization.ACTABotan.Sin.46,1114-1121.IF=0.32135.Cheng,A.X.,Xia,G.M.,Zhi,D.Y.,andChen,H.M.2004.IntermediatefertileTriticumaestivum(+)AgropyronelongatumsomatichybridsaregeneratedbylowdosesofUVirradiation.CellResearch14,86-91.IF=2.16136.Feng,D.S.,Chen,F.G.,Zhao,S.Y.,andXia,G.M.2004.Studyoncodinggenesofhigh-molecular-weightgluteninsubunitsindecaploidAgropyronelongatum(Host)Neveski.ACTABotan.Sin.46,489-496.IF=0.32137.Feng,D.S.,Xia,G.M.,Zhao,S.Y.,andChen,F.G.2004.Twoquality-associatedHMWgluteninsubunitsinasomatichybridlinebetweenTriticumaestivumandAgropyronelongatum.TheorApplGenet110,136-144.IF=3.06338.Li,C.L.,Xia,G.M.,Xiang,F.N.,Zhou,C.E.,andCheng,A.X.2004.RegenerationofasymmetricsomatichybridplantsfromthefusionoftwotypesofwheatwithRussianwildrye.PlantCellRep.23,461-467.IF=1.4239.Wang,J.,Xiang,F.N.,andXia,G.M.2004.TransferofsmallchromosomefragmentsofAgropyronelongatumtowheatchromosomeviaasymmetricsomatichybridization.Sci.ChinaSer.C47,434-441.IF=0.48240.Xiang,F.N.,Xia,G.M.,Zhi,D.Y.,Wang,J.,Hu,N.,andChen,H.M.2004.HybridplantregenerationinrelationtothenuclearandcytoplasmicgenomesofwheatandSetariaitalica.Genome47,680-688.IF=2.0741.Xue,Z.-Y.,Zhi,D.-Y.,Xue,G.-P.,Zhang,H.,Zhao,Y.-X.,andGang-MinXia*,2004.Enhancedsalttoleranceoftransgenicwheat(TritivumaestivumL.)expressingavacuolarNa+/H+antiportergenewithimprovedgrainyieldsinsalinesoilsinthefieldandarecedlevelofleafNa+.PlantSci167,859-899.IF=1.60542.Xia,G.M.,Xiang,F.N.,Zhou,A.F.,Wang,H.,andChen,H.M.2003.Asymmetricsomatichybridizationbetweenwheat(TriticumaestivumL.)andAgropyronelongatum(Host)Nevishi.Theor.Appl.Genet.107,299-305.IF=2.98143.Xiang,F.N.,Xia,G.M.,andChen,H.M.2003.EffectofUVdosageonsomatichybridizationbetweencommonwheat(TriticumaestivumL.)andAvenasativaL.PlantSci.164,697-707.IF=1.38944.Xiang,F.N.,Xia,G.M.,andChen,H.M.2003.Asymmetricsomatichybridizationbetweenwheat(Triticumaestivum)andAvenasativaL.Sci.ChinaSer.C,243-252.IF=0.48145.Xu,C.H.,Xia,G.M.,Zhi,D.Y.,Xiang,F.N.,andChen,H.M.2003.IntegrationofmaizenuclearandmitochondrialDNAintothewheatgenomethroughsomatichybridization.PlantSci.165,1001-1008.IF=1.38946.Zhou,A.F.,Xia,G.M.,Chen,X.L.,andChen,H.M.2002.ProcitonofsomatichybridplantsbetweentwotypesofwheatprotoplastsandtheprotoplastsofHaynaldiavillosa.ActaBotan.Sin.44,1004-1008.47.Yue,W.,andXia,G.M.2001.TransferofsalttolerancefromAeleuropuslittoralissinensistowhea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王仁卿教授博士生导师电话:+86-531-88363573E-mail:wrq@s.e.cn教育背景男,1955年11月生,生态学博士,教授,兼任教务处处长
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王鹏教授博士生导师通讯地址:山东济南山大南路27号pwang@s.e.cn教育背景男,生于1962年10月。山东大学生命科学学院微生物技术国家重点实验室糖科学
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王金星教授博士生导师济南市山东大学生命科学学院jxwang@s.e.cn教育背景男,1955年5月生,博士,教授。2000年被聘为博士生导师中国动物学会