徐增富
近期热点
资料介绍
个人简历
徐增富,男,汉族,江苏省兴化市人,1965年9月21日生。\r\r中国科学院西双版纳热带植物园能源植物分子育种研究组组长、研究员、博士生导师,中国科学院热带植物资源可持续利用重点实验室主任。中国科学技术大学兼职教授、博士生导师。\r\r学习经历:\r\r1.1987年7月获南京农业大学农学系遗传育种专业学士学位。\r\r2.1990年7月获南京农业大学农学系植物生理生化专业硕士学位(导师:张荣铣教授)。\r\r3.2001年4月获香港大学植物系植物分子生物学专业博士学位(导师:Mee-LenChye教授)。\r工作简历:\r\r1.1990年7月-1997年4月在中山大学生物工程研究中心李宝健教授实验室从事植物分子生物学和植物基因工程科研、教学工作,1992年10月聘为中山大学助理研究员。\r\r\r2.2001年5月-2007年11月在中山大学生命科学学院基因工程教育部重点实验室和有害生物控制与资源利用国家重点实验室从事植物分子生物学和植物基因工程科研、教学工作。2001年6月晋升为中山大学基因工程教育部重点实验室副研究员。2004年4月晋升为中山大学生物化学与分子生物学教授、博士生导师。\r\r3.2008年3月至今任中国科学院西双版纳热带植物园能源植物分子育种研究组组长、研究员、博士生导师,热带植物资源可持续利用重点实验室主任;中国科学技术大学兼职教授、博导。\r\r学术任职:\r\rPlantSignaling&Behavior编委、《分子植物育种》编委;中国科学院西双版纳热带植物园学术委员会副主任;国家生物柴油产业技术创新战略联盟专家委员会副主任;中国科学院合肥物质科学研究院“国家林业局能源林研究中心”学术委员会委员;能源林产业技术创新战略联盟联盟专家委员会委员。\r主要研究成果:\r系统地进行了植物蛋白酶抑制剂的基因表达调控、生理功能及其在抗虫植物基因工程和转基因植物生物反应器方面的应用研究。在茄科植物龙葵(Solanumamericanum)中发现了2个新型的植物II型蛋白酶抑制剂(PIN2)基因SaPIN2a和SaPIN2b。与以前普遍认为的PIN2只在植物被伤害(昆虫取食或机械损伤)时才能诱导表达不同,SaPIN2a在韧皮部中组成型地特异表达,其mRNA在伴胞细胞中累积,但其蛋白质定位于筛管分子细胞内;SaPIN2a可能参与调控筛管分子细胞的分化发育。SaPIN2b则在腺性毛状体细胞中组成型地特异表达,参与调控腺性毛状体细胞的分化发育。这些研究结果表明PIN2在植物细胞分化和生长发育过程中发挥重要作用。另外,还发现在转基因植物中超量表达植物蛋白酶抑制剂可以显著地降低植物细胞内源蛋白酶的活性,提出了可以利用转基因表达的植物蛋白酶抑制剂保护在植物细胞中表达的外源重组蛋白,提高转基因植物生物反应器的产量。该方法已获得美国专利授权(UnitedStatesPatent7256327),被国际同行认为是减少重组蛋白在植物细胞内被降解的有效方法之一。\r建立了简单、高效和可重复的农杆菌介导的能源植物小桐子(Jatrophacurcas)的基因转化方法,已获得中国专利授权(专利号:ZL201010252415.X),并申请了国际专利(申请号:PCT/CN2010/001376)。\r发现采用细胞分裂素处理能源植物小桐子可以诱导增加总花数、产生两性花、提高雌花比例、增加果实数量,显著地提高种子产量;该技术已获得中国专利授权(专利号:ZL201010105031.5),并申请了国际专利(申请号PCT/CN2010/000224)。研究发现采用细胞分裂素处理也可诱导美藤果花序上的雄花转变为雌花,一定浓度的BA可诱导出全雌花的花序,且在同一枝条上可诱导出多个多雌花的花序,可显著提高美藤果的结果数量;该技术已获得中国发明专利授权(专利号:ZL201310472646.5)。\r\r发现与一年生草本植物不同,多年生木本植物在茎分枝调控机理方面更复杂,涉及到赤霉素与其他植物激素的相互作用,赤霉素可以显著地促进小桐子和番木瓜等10多种木本植物的分枝生长。\r作为项目负责人已先后主持过包括6个国家自然科学基金项目,2个国家高技术研究发展计划(863计划)项目等30多个科研课题的研究工作。已在中国科学,Plant&CellPhysiology,PlantMolecularBiology,Planta,BMCGenomics,BMCPlantBiology,PlantPhysiologyandBiochemistry,IndustrialCropsandProducts等国内外专业期刊发表100多篇学术论文,其中67篇被SCI收录,共计被引用800余次,WebofScience的h指数是17;申请国内发明专利13项,已获授权7项,已转让4项;申请国际专利3项,已获授权1项。作为第二完成人,获得小桐子的云南省林木良种证书1个、新品种注册登记证书2个。\r\r已获授权发明专利:\r\r1.付乾堂、徐增富、牛龙见、张庆丰、潘帮珍、何惠英.一种诱导提高星油藤果实产量的方法.专利号:ZL201310472646.5\r2.徐增富、潘帮珍.一种小桐子专用生长调节剂及其应用.专利号:ZL201010105031.5;国际专利申请号PCT/CN2010/000224\r3.徐增富,潘竟丽,付乾堂.一种农杆菌介导的小油桐基因转化方法.专利号:ZL201010252415.X(授权公告日:2012-06-27);国际专利申请号:PCT/CN2010/001376\r4.王兆玉徐增富廖文波罗莉.发明名称:非试管快速繁殖小油桐幼苗的方法。专利号:ZL200710028385.2.(授权公告日2010-05-19)\r5.Chye,MeeLen;Xu,Zeng-Fu;Sin,Suk-Fong.2004.Geneticallymodifiedplantsexpressingproteinaseinhibitors,SaPIN2aorSaPIN2b,andmethodsofusethereoffortheinhibitionoftrypsin-andchymotrypsin-likeactivities.WO2004050873(国际专利PCT)\r6.Chye,MeeLen;Xu,Zeng-Fu;Sin,Suk-Fong.Geneticallymodifiedplantsexpressingproteinaseinhibitors,SaPIN2aorSaPIN2b,andmethodsofusethereoffortheinhibitionoftrypsin-andchymotrypsin-likeactivities.UnitedStatesPatent7256327,August14,2007(美国专利,于2007年8月14日获得授权)\r7.徐增富黄小乐邓宇歌刘进2004.植物韧皮部和淀粉鞘特异表达的蛋白酶抑制剂基因启动子.专利号:ZL200410077717.2.(授权公告日2006-11-1)\r8.徐增富刘进邓宇歌黄小乐2004.植物毛状体特异表达的基因启动子.专利号:ZL200410077716.8(授权公告日2006-11-1)\r9.李宝健、曹吉祥、徐增富、邱国华,1997,外源基因转化螺旋藻的方法。专利号:ZL97108981.7(授权公告日1998-03-25)研究领域
""木本油料能源植物的基因功能与分子育种研究。目前的主要研究材料是生物燃油原料植物小桐子(又称为麻疯树,Jatrophacurcas)和富含多不饱和脂肪酸的木本食用油料植物星油藤(又称为美藤果,Plukenetiavolubilis)。"""主要从事木本油料植物基因功能和分子遗传改良研究。"近期论文
Mei-LiZhao,YuSong*,JunNi,XinYao,Yun-hongTan,Zeng-FuXu*.2018.ComparativechloroplastgenomicsandphylogeneticsofnineLinderaspecies(Lauraceae).ScientificReports8,Articlenumber:8844.DOI:10.1038/s41598-018-27090-0.\rXiao-DiHu#;Bang-ZhenPan#;QiantangFu;LongjianNiu;Mao-ShengChen;Zeng-FuXu*.2018.DenovotranscriptomeassemblyoftheeightmajororgansofSachaInchi(Plukenetiavolubilis)andtheidentificationofgenesinvolvedinα-linolenicacidmetabolism.BMCGenomics19:380.DOI:http://sci-hub.tw/10.1186/s12864-018-4774-y\rLiCai,LuZhang,QiantangFu*,Zeng-FuXu*.2018.IdentificationandexpressionanalysisofcytokininmetabolicgenesIPTs,CYP735AandCKXsinthebiofuelplantJatrophacurcas.PeerJ.6:e4812.https://doi.org/10.7717/peerj.4812.\rJialongLi#,Bang-ZhenPan#,LongjianNiu,Mao-ShengChen,MingyongTang,Zeng-FuXu*.2018.GibberellininhibitsfloralinitiationintheperennialwoodyplantJatrophacurcas.JournalofPlantGrowthRegulation,FirstOnline:08March2018.DOI:http://sci-hub.tw/10.1007/s00344-018-9797-8.\rXiao-DiHu,Bang-ZhenPan,QiantangFu,Mao-ShengChen,andZeng-FuXu*.2018.ThecompletechloroplastgenomesequenceofthebiofuelplantSachaInchi,Plukenetiavolubilis.MitochondrialDNAPartB,3(1):328-329.DOI:http://sci-hub.tw/10.1080/23802359.2018.1437816.\r赵美丽,倪军,陈茂盛,徐增富*,2018,超量表达小桐子JcTPS1促进拟南芥开花并增加叶片花青素含量,分子植物育种,16(1):255-261.DOI:http://sci-hub.tw/10.13271/j.mpb.016.000255.\rQiantangFu,LongjianNiu,Mao-ShengChen,Yan-BinTao,XiulanWang,HuiyingHe,Bang-ZhenPan,Zeng-FuXu*.2018.DenovoTranscriptomeAssemblyandComparativeAnalysisbetweenMaleandBenzyladenine-InducedFemaleInflorescenceBudsofPlukenetiavolubilis.JournalofPlantPhysiology,221:107–118.\rX.Chai,Z.Yang,Q.Fu,B.-Z.Pan,M.Tang,C.Li,Zeng-FuXu*.2018.FirstReportofRootandBasalStemRotinSachaInchi(Plukenetiavolubilis)CausedbyFusariumoxysporuminChina.PlantDisease,102(1):242.\rYing-XiongHu,Yan-BinTao*andZeng-FuXu*.2017.OverexpressionofJatrophaGibberellin2-oxidase6(JcGA2ox6)InducesDwarfismandSmallerLeaves,FlowersandFruitsinArabidopsisandJatropha.Front.PlantSci.8:2103.\rJunNi?,Mei-LiZhao?,Mao-ShengChen,Bang-ZhenPan,Yan-BinTao,Zeng-FuXu*.2017.ComparativetranscriptomeanalysisofaxillarybudsinresponsetotheshootbranchingregulatorsgibberellinA3and6-benzyladenineinJatrophacurcas.ScientificReports7,Articlenumber:11417.\rChaoqiongLi,QiantangFu,LongjianNiu,LiLuo,JianghuaChen,Zeng-FuXu*.2017.ThreeTFL1homologuesregulatefloralinitiationinthebiofuelplantJatrophacurcas.ScientificReports7,Articlenumber:43090.doi:10.1038/srep43090.\rYan-WeiSun,Chun-MingWang,NingWang,Xi-YuanJiang,Hui-ZhuMao,Chang-XiangZhu,Fu-JiangWen,Xiang-HuaWang,Zhi-JunLu,Gen-HuaYue,Zeng-FuXu,JianYe*.2017.ManipulationofAuxinResponseFactor19affectsseedsizeinthewoodyperennialJatrophacurcas.ScientificReports7:40844.doi:10.1038/srep40844.\rChenM,PanB,FuQ,TaoY,Martinez_herreraJ,NiuL,NiJ,DongY,ZhaoMandXuZ*(2017)ComparativetranscriptomeanalysisbetweengynoeciousandmonoeciousplantsidentifiesregulatorynetworkscontrollingsexdeterminationinJatrophacurcas.FrontiersinPlantScience7:1953.doi:10.3389/fpls.2016.01953\rMingyongTang,Yan-BinTao,QiantangFu,YalingSong,LongjianNiu,Zeng-FuXu*.2016.AnorthologofLEAFYinJatrophacurcasregulatesfloweringtimeandfloralorgandevelopment.ScientificReports6,Articlenumber:37306.doi:10.1038/srep37306\rYan-BinTao,Liang-LiangHe,LongjianNiuandZeng-FuXu*.2016.IsolationandcharacterizationoftheJatrophacurcasAPETALA1(JcAP1)promoterconferringpreferentialexpressionininflorescencebuds.Planta,244(2):467-478.DOI:10.1007/s00425-016-2519-1\rMingyongTang,Yan-BinTaoandZeng-FuXu*.2016.EctopicexpressionofJatrophacurcasAPETALA1(JcAP1)causedearlyfloweringinArabidopsis,butnotinJatropha.PeerJ4:e1969.https://doi.org/10.7717/peerj.1969\rLongjianNiu,Yan-BinTao,Mao-ShengChen,QiantangFu,YulingDong,HuiyingHe,Zeng-FuXu*.2016.IdentificationandcharacterizationoftetraploidandoctoploidJatrophacurcasinducedbycolchicine.Caryologia69(1):58–66.DOI:http://sci-hub.cc/10.1080/00087114.2015.1110308\rBang-ZhenPan,YanLuo,LiangSong,Mao-ShengChen,Jia-LongLi,Zeng-FuXu*2016.ThidiazuronincreasesfruitnumberinthebiofuelplantJatrophacurcasbypromotingpistildevelopment.IndustrialCropsandProducts81:202–210.DOI:10.1016/j.indcrop.2015.11.054.\r董玉玲,陈茂盛,王秀兰,牛龙见,付乾堂,徐增富*.2016木本油料作物美藤果组织培养植株再生体系的建立。分子植物育种14(2):462-470.DongYuling,ChenMaosheng,WangXiulan,NiuLongjian,FuQiantang,XuZengfu*,2016.EstablishmentofinvitroregenerationsystemofwoodyoilcropPlukenetiavolubilis.MolecularPlantBreeding14(2):462-470.\rQiantangFu,ChaoqiongLi,MingyongTang,Yan-BinTao,Bang-ZhenPan,LuZhang,LongjianNiu,HuiyingHe,XiulanWang,Zeng-FuXu*.2015.AnefficientprotocolforAgrobacterium-mediatedtransformationofthebiofuelplantJatrophacurcasbyoptimizingkanamycinconcentrationanddurationofdelayedselection.PlantBiotechnologyReports9(6):405-416.\rJunNi,CongcongGao,Mao-ShengChen,Bang-ZhenPan,KaiqinYe,Zeng-FuXu*.2015GibberellinpromotesshootbranchingintheperennialwoodyplantJatrophacurcas.PlantandCellPhysiology56(8):1655-1666.[coverstory]\r张礼凤2015.长在藤上的“深海鱼油”──星油藤.中国保健食品,(9):4-5.\rLongjianNiu,Yan-BinTao,Mao-ShengChen,QiantangFu,ChaoqiongLi,YulingDong,XiulanWang,HuiyingHeandZeng-FuXu*.2015.SelectionofReliableReferenceGenesforGeneExpressionStudiesofaPromisingOilseedCrop,Plukenetiavolubilis,byReal-TimeQuantitativePCR.InternationalJournalofMolecularSciences.16(6):12513-12530.\rYan-BinTao,Liang-LiangHe,Long-JianNiuandZeng-FuXu*2015.Isolationandcharacterizationofanubiquitinextensionproteingene(JcUEP)promoterfromJatrophacurcas.Planta.241(4):823-836.\rChaoqiongLi,LiLuo,QiantangFu,LongjianNiu,Zeng-FuXu*.2015.IdentificationandcharacterizationoftheFT/TFL1genefamilyinthebiofuelplantJatrophacurcas.PlantMolecularBiologyReporter33(2):326-333.DOI:10.1007/s11105-014-0747-8.\r高聪聪,倪军,陈茂盛,徐增富*2015能源植物小桐子赤霉素合成代谢及信号转导相关基因的鉴定及序列分析.植物分类与资源学报37(2):157-167.Cong-CongGao,JunNi,Mao-ShengChen,Zeng-FuXu*.2015,CharacterizationofgenesinvolvedingibberellinmetabolismandsignalingpathwayinthebiofuelplantJatrophacurcas.PlantDiversityandResources37(2):157-167.DOI:10.7677/ynzwyj201514076\r邵军丽;龙跃生;徐增富*.2015.水稻小G蛋白OsRab5b的亚细胞定位研究.生物技术通报.31(11):139-145.[Fulltext]JunliShao,YueshengLong,Zeng-FuXu*.2015SubcellularLocalizationofRiceSmallGProteinOsRab5binBY-2Cells.BiotechnologyBulletin31(11):139-145;DOI:10.13560/j.cnki.biotech.bull.1985.2015.11.017\rMao-ShengChen,Bang-ZhenPan,Gui-JuanWang,JunNi,LongjianNiuandZeng-FuXu*.2014.AnalysisofthetranscriptionalresponsesininflorescencebudsofJatrophacurcasexposedtocytokinintreatment.BMCPlantBiology14:318\rBang-ZhenPan,Mao-ShengChen,JunNiandZeng-FuXu*.2014.TranscriptomeoftheinflorescencemeristemsofthebiofuelplantJatrophacurcastreatedwithcytokinin.BMCGenomics15:974doi:10.1186/1471-2164-15-974\rQiantangFu,LongjianNiu,QingfengZhang,Bang-ZhenPan,HuiyingHe,Zeng-FuXu*.2014.BenzyladeninetreatmentpromotesfloralfeminizationandfruitinginapromisingoilseedcropPlukenetiavolubilis.IndustrialCropsandProducts59:295-298.DOI:10.1016/j.indcrop.2014.05.028\rYan-BinTao,LiLuo,Liang-LiangHe,JunNiandZeng-FuXu*.2014ApromoteranalysisofMOTHEROFFTANDTFL11(JcMFT1),aseed-preferentialgenefromthebiofuelplantJatrophacurcas.JournalofPlantResearch127(4):513-524.DOI:10.1007/s10265-014-0639-x\rChaoqiongLi,LiLuo,QiantangFu,LongjianNiu,Zeng-FuXu*.2014IsolationandfunctionalcharacterizationofJcFT,aFLOWERINGLOCUST(FT)homologousgenefromthebiofuelplantJatrophacurcas.BMCPlantBiology14:125.\rLongjianNiu,JialongLi,Mao-ShengChen,Zeng-FuXu*.2014DeterminationofoilcontentsinSachainchi(Plukenetiavolubilis)seedsatdifferentdevelopmentalstagesbytwomethods:Soxhletextractionandtime-domainnuclearmagneticresonance.IndustrialCropsandProducts.56,187–190.\rZeng-FuXu*,JianxiangHu,TianpingHuang,andJinChen.2014BioenergyplantcollectionandresearchintheXishuangbannaTropicalBotanicalGarden.BGjournal11(1):16-18.http://www.bgci.org/files/Worldwide/BGjournal/BGjournal11.1.pdf\r李来庚彭良才张鹏徐增富.2014.植物生物质合成与生物技术研究进展.2012-2013植物生物学学科发展报告.第164-179页,中国科学技术出版社。\r周功克、杨艳丽、郑永红、刘爱忠、徐增富、景海春、赵长明、张鹏、赵海、杨富裕、桑涛、柴国华、胡瑞波、李宏业、刘天中.2014.我国发展生物质能源的原料和资源分析。生物质能源产业科技创新发展战略(贾敬敦、马隆龙、蒋丹平、葛毅强主编),第228-265。化学工业出版社。\rLuZhang,Liang-LiangHe,Qian-TangFu,Zeng-FuXu*2013SelectionofreliablereferencegenesforgeneexpressionstudiesinthebiofuelplantJatrophacurcasusingreal-timequantitativePCR.InternationalJournalofMolecularSciences,14(12),24338-24354.\rYalingSong*,Zeng-FuXu.2013.EctopicOverexpressionofanAUXIN/INDOLE-3-ACETICACID(Aux/IAA)GeneOsIAA4inRiceInducesMorphologicalChangesandReducesResponsivenesstoAuxin.InternationalJournalofMolecularSciences14(7),13645-13656\rS.A.Omar,N.I.Elsheery,H.M.Kalaji*,M.K.H.Ebrahim,S.Pietkiewicz,C.H.Lee,S.I.Allakhverdiev*,andZeng-FuXu*.2013.IdentificationanddifferentialexpressionoftwodehydrincDNAsduringmaturationofJatrophacurcasseeds.Biochemistry(Moscow),78(5):485-495.\r宋娟,陈茂盛,李家龙,牛龙见,徐增富*(2013)土施多效唑对小桐子营养生长与生殖生长的影响.植物分类与资源学报.35(2):173-179.(Song,J.,Chen,M.-S.,LiJ.-L.,Niu,L.-J.,Xu,Z.-F*(2013).Effectsofsoil-appliedpaclobutrazolonthevegetativeandreproductivegrowthofbiofuelplantJatrophacurcas.PlantDiversityandResources35(2):173-179.)\r皮雪静,潘帮珍,徐增富*(2013)赤霉素诱导小桐子产生两性花.植物分类与资源学报.35(1):26-32.(Pi,X.-J.,Pan,B.-Z.,Xu,Z.-F*(2013).InductionofbisexualflowersbygibberellininmonoeciousbiofuelplantJatrophacurcas(Euphorbiaceae).PlantDiversityandResources35(1):26-32.)\rOmar,S.A.,Elsheery,N.I.,Kalaji,H.M.,Xu,Z.F.*,Song,S.Q.*,Carpentier,R.,Lee,C.H.,Allakhverdiev,S.I.(2012).DehydroascorbatereductaseandglutathionereductaseplayanimportantroleinscavenginghydrogenperoxideduringnaturalandartificialdehydrationofJatrophacurcasseeds.JournalofPlantBiology55(6):469-480.\rLuo,M.,Ding,L.-W.,Ge,Z.-J.,Wang,Z.-Y.,Hu,B.-L.,Yang,X.-B.,Sun,Q.-Y.,Xu,Z.-F*.(2012).TheCharacterizationofSaPIN2b,aPlantTrichome-LocalizedProteinaseInhibitorfromSolanumamericanum.InternationalJournalofMolecularSciences13(11):15162-15176.\rMao-ShengChen,Gui-JuanWang,Ru-LingWang,JunWang,Song-QuanSong*,Zeng-FuXu*.2011.AnalysisofexpressedsequencetagsfrombiodieselplantJatrophacurcasembryosatdifferentdevelopmentalstages.PlantScience.181(6):696-700.\rSamarA.Omar,Qian-TangFu,Mao-ShengChen,Gui-JuanWang,Song-QuanSong,NabilI.Elsheery,ZengFuXu*.2011.IdentificationandexpressionanalysisoftwosmallheatshockproteincDNAsfromdevelopingseedsofbiodieselfeedstockplantJatro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