导师详细信息表
姓名李建平性别男

出生年月1966-08-01政治面貌群众
籍贯江西省高安市职称教授
最高学历、学位博士职务院长
联系电话**邮政编码541004
Emaillikianping@263.net
QQ微信
通讯地址广西桂林市建干路12号桂林理工大学化学与生物工程学院
所在学院化学与生物工程学院导师类别博士生导师（任博导单位：吉林大学）；硕士生导师
学术型导师是专业型导师是
校内导师是校外导师否
指导学科门类理学指导一级学科化学
主要研究方向应用电化学、化学与生物传感器
主讲的
研究生课程现代电分析化学、近代分析化学、分析化学进展、微流控分析、现代仪器分析导论
主要学习、进修、访学经历及学术兼职1984.09-1991.07：吉林大学（原长春地质学院），本科、硕士研究生2000.09-2003.06：浙江大学，博士研究生2012.06-2012.12：RowanUniversity（美），访问学者1991.07-2003.10：桂林理工大学（桂林工学院），助教、讲师、副教授2003.11-：桂林理工大学，教授广西高等教育学会化学化工专业委员会副主任委员，常务理事；广西分析测试协会常务理事；吉林大学（化学学院）兼职教授、博士生导师；《理化检验-化学分册》、《中国无机分析化学》编委
主持（或参与）的主要科研项目1.基于双识别及信号放大效应的金属离子印迹传感器研究，国家自然科学基金项目（项目编号21375031），2014.01-2017.122.基于放大效应的磁纳米粒子分子印迹电化学传感器研究，国家自然科学基金项目（项目编号21165007），2012.01-2015.123.李氏禾对铬超富集机制及其分析化学方法研究，国家自然科学基金项目（项目编号20665003），2007.01-2009.124.磁性功能化量子点的合成及新型生物传感器研制，教育部科学技术研究重点项目（项目编号207087），2007.06-2009.125.新型分子印迹电化学传感器研究，广西自然科学基金（项目编号2012GXNSFAA053032），2012.01-2014.126.磁性纳米颗粒放大效应的电化学免疫传感器研究，广西自然科学基金（桂科自0728214），2007.05-2009.057.基于磁性材料敏感膜的HIV高灵敏免疫传感器研制，浙江大学传染病诊治国家重点实验室开放基金（2009KF03），2009.06-2011.128.高灵敏快速检测盐酸强力霉素农药残留的方法研究，广西高校科学技术研究项目（项目编号2013ZL057），2013.01-2014.129.高选择性神经递质传感器研究，广西高校科学技术研究项目（项目编号2013ZL058），2013.01-2014.12
取得的主要成果一、科研获奖1.基于磁性粒子及分子印迹膜的电化学传感器，中国分析测试协会科学技术奖二等奖（第一完成人），证书编号：2012-2-004-R，2012.102.新型敏感膜电化学传感器研制，桂林市科技进步奖三等奖（第一完成人），证书编号：2009-3-01-17，2009.09二、代表性论文（2007年以来）JianpingLi,YupingLi,YunZhang,GeWei.HighlysensitivemolecularlyimprintedelectrochemicalsensorbasedonthedoubleamplificationbyaninorganicPrussianbluecatalyticpolymerandtheenzymaticeffectofglucoseoxidase.Anal.Chem.,2012,84(4):1888-1893JianpingLi,ShuhuaiLi,XiaopingWei,HuilinTao,HongchengPan.Molecularlyimprintedelectrochemicalluminescencesensorbasedonsignalampli?cationforselectivedeterminationoftraceGibberellinA3.Anal.Chem.,2012,84(22):9951-9955JianpingLi,FuyangJiang,XiaopingWei.Molecularlyimprintedsensorbasedonanenzymeamplifierforultratraceoxytetracyclinedetermination.Anal.Chem.,2010,82,6074-6078JinfangNie,YunZhang,LiwenLin,CaibinZhou,ShuhuaiLi,LianmingZhang,JianpingLi.Low-Costfabricationofpaper-basedmicrofluidicdevicesbyone-stepplotting.Anal.Chem.,2012,84(15):6331-6335JianpingLi,FuyangJiang,YupingLi,ZhiqiangChen.FabricationofthesensitiveoxytetracyclinemolecularimprintedsensorbasedoncompetitionreactionviaGOD-enzymaticamplifier.Biosens.Bioelectron.,2011,26(5):2097-2101YunZhang,HuaWang,JianpingLi,JinfangNie,YuweiZhang,GuoliShen,RuqinYu.Nitrocellulosestriparrayassembledonsuperhydrophobicsurface:Anaqueoussolutiondiffusion-localizedplatformformultianalyteimmunogoldstainingassays.Biosens.Bioelectron.,2011,26(7):3272-3277JianpingLi,ZhiqiangChen,YupingLi.Astrategyforconstructingsensitiveandrenewablemolecularlyimprintedelectrochemicalsensorsformelaminedetection.Anal.Chim.Acta,2011,706(2):255-260JianpingLi,HuilinGao,XiaopingWei,CatherineF.Yang.Anelectrochemicalimmunosensorforcarcinoembryonicantigenenhancedbyself-assemblednanogoldcoatingsonmagneticparticles.Anal.Chim.Acta.,2010,665,98-104JianpingLi,QianXu,CongFu,YunZhang.AdramaticallyenhancedelectrochemiluminescenceassayforCA125basedondendrimermultiplylabeledluminolonFe3O4nanoparticles.Sens.Actuat.B.Chem.,2013,185,146–153JianpingLi,JunZhao,XiaopingWei.Asensitiveandselectivesensorfordopaminedeterminationbasedonamolecularlyimprintedelectropolymerofo-aminophenol.Sens.Actuat.B.Chem.,2009,140,663-669JianpingLi,XiaopingWei,YonghaiYuan.SynthesisofmagneticnanoparticlescomposedbyPrussianblueandglucoseoxidaseforpreparinghighlysensitiveandselectiveglucosebiosensor.Sens.Actuat.B.Chem.,2009,139,400-406JianpingLi,QianXu,XiaopingWei,ZaibinHao.ElectrogeneratedchemiluminescenceimmunosensorforbacillusthuringiensisCry1AcbasedonFe3O4@Aunanoparticles.J.Agric.FoodChem.,2013,61(7):1435-1440HongHai,FengYang,JianpingLi*.Electrochemiluminescencesensorusingquantumdotsbasedonag-quadruplexaptamerforthedetectionofPb2+.RSCAdvances,2013,3(32):13144-13148JianpingLi,QingyuLin,XuehongZhang,StudyonthemechanismofelectrontransferonbioadsorptionofhexavalentchromiuminsituwithinLeersiahexandraSwartzgranulesbyX-rayphotoelectronspectroscopy.J.Hazard.Mater.,2010,182,598-602JianpingLi,QingyuLin,XuehongZhang,YanYan.KineticparametersandmechanismsofthebatchbiosorptionofCr(VI)andCr(III)ontoLeersiahexandraSwartzbiomass.J.ColloidInterf.Sci.,2009,333,71-77JianpingLi,JianguoYu.FabricationofPrussianBluemodifiedultramicroelectrodeforGODimagingusingscanningelectrochemicalmicroscopy.Bioelectrochemistry,2008,72,102-106XueLi,LianmingZhang,XiaopingWei,JianpingLi*.Asensitiveandrenewablechlortoluronmolecularlyimprintedpolymersensorbasedonthegate-controlledcatalyticelectrooxidationofH2O2onmagneticnano-NiO.Electroanalysis,2013,25(5):1286-1293JianpingLi,ShuhuaiLi,CatherineF.Yang.Electrochemicalbiosensorsforcancerbiomarkerdetection.Electroanalysis,2012,24(12):2213-2229ShuhuaiLi,HuilinTao,JianpingLi*.Molecularlyimprintedelectrochemicalluminescencesensorbasedonenzymaticamplificationforultratraceisoproturondetermination.Electroanalysis,2012,24(7):1664-1670JianpingLi,HuilingGao.ArenewablepotentiometricimmunosensorbasedonFe3O4nanoparticlesimmobilizedanti-IgG.Electroanalysis,2008,20,881-887JianpingLi,YalinDu.DevelopinganiridiumoxidefilmmodifiedmicroelectrodeformicroscalemeasurementofpH.Electroanalysis，2007,19,608-611JianpingLi,ShangwangLe,QiuyanLi,XuehongZhang.Anewchromium(III)microelectrodebasedonself-assembleddiethylenetriamminepentaaceticacid-poly(fuchsinbasic)modifiedelectrode.Electroanalysis,2009,21,831-836JianpingLi,CongFu,CatherineF.Yang.Recentadvancesinmicro/nano-particlesforclinicaldetectionofcancerbiomarkers.Anal.Methods,2013,DOI:10.1039/C3AY40791HQianXu,JianpingLi*,ShuhuaiLi,HongchengPanAhighlysensitiveelectrochemiluminescenceimmunosensorbasedonmagneticnano-particlesanditsapplicationforCA125determination.J.SolidStateElectrochem.2012,16,2891-2898JianpingLi,JianguoYu,XiaopingWei,RongLiu.Asensitiveandselectivebiosensoractivatedbytailor-designedplatinumnanoparticleselectrodepositedontoagoldmicroelectrode.J.SolidStateElectrochem.2011,15(6):1129-1137JianpingLi,XiongzhiWu,YongYu,ShangwangLe.Self-assembledsulfonatedβ-cyclodextrinlayerongoldelectrodefortheselectiveelectroanalysisofdopamine.J.SolidStateElectrochem.,2009,13,1811-1818YuefangHu,WeiXu,JianpingLi*,LanjuanLi.Determinationof5-hydroxytryptamineinserumbyelectrochemiluminescencedetectionwiththeaidofcapillaryelectrophoresis.Luminescence,2012,27(1):63-68YingXiao,JianpingLi*,CongFu.Asensitivemethodfordeterminationoflevamisoleinserumbyelectrochemiluminescence.Luminescence,2013,DOI10.1002/bio.2527XiaopingWei,TaoLiu,JianpingLi*,XuzhouChen.Amagnetic-controlledamperometricbiosensorbasedoncompositebio-particulatesFe3O4andnano-auwiththesignalenhancementbyincreasingloadingofhorseradishperoxidase.Int.J.Electrochem.Sci.,2011,6(10):4953-4966JianpingLi,XiaofeiJia,YanYan.StudyontheCr3+-inducedionchannelbasedtheelectrontransferrateacrossmimicbiomembranemeasuredbyscanningelectrochemicalmicroscopy.Int.J.Electrochem.Sci.,2011,6(5):1216-1229HongchengPan,DunnanLi,JianpingLi,WenyuanZhu,LiangFang.Enzyme-MediatedgrowingAunanoparticlesforelectrochemicalandopticalimmunosensors:signal-onandsignal-off.Int.J.Electrochem.Sci.,2012,7,12883-12894JianpingLi,FuyangJiang,Achlortoluronsensorbasedonmolecularlyimprintedsensitivemembranes.Chem.Lett.,2010,39,478-479JianpingLi,RongLiu,JianguoYu,FuyangJiang.Agoldelectrodemodifiedwithself-assembleddiethylenetriaminepentaaceticacidviacharge-baseddiscrimination.Anal.Sci.,2009,25,1289-1293JianpingLi,JianguoYu,QiuyanLi.Amperometricnonenzymaticdeterminationofglucosefreeofinterferencebasedonpoly(sulfosalicylicacid)modifiednickelmicroelectrode.Anal.Lett.,2010,43,631-643JianpingLi,WenyuanZhu,HaizhuWang.Novelmagneticsingle-walledcarbonnanotubesmethylenebluecompositeamperometricbiosensorforDNAdetermination.Anal.Lett.,2009,42,366-380JianpingLi,YalinDu.Preparingofiridiumoxidefilmmodifiedmicroelectrodeanddirectlydeterminationofepinephrineinserumsamples.Anal.Lett,2007,40,3025-3037JianpingLi,RongLiu,HongchengPan,andHaizhuWang.Preparingofhybridbio-organic–inorganiccompositemembraneforamperometricmediatorlessglucosemicrobiosensor.SensorLett.,2009,7,557-562魏小平，常川，李建平*.分子印迹电化学传感器选择性识别及电催化检测多巴胺.化学学报,2013,71(6):951-956李建平，李玉平，魏小平.基于三聚氰胺膜电催化与酶催化放大的分子印迹电化学传感器测定绿麦隆.化学学报,2012,70(17):1853-1857李建平,陈绪胄.基于Fe3O4/Au/GOx的新型磁性敏感膜葡萄糖传感器研制.化学学报,2008,66(1):84-90李建平,林庆宇,闫研.超积累植物李氏禾叶细胞干粉对Cr(VI)的吸附特性研究.化学学报,2008,66(23):2646-2652李建平,高会玲,熊志刚.磁性纳米金共价固定癌胚抗原单克隆抗体的电流型免疫传感器.高等学校化学学报,2008,29(11):2149-2154Zhi-GangXiong,Jian-PingLi*,LiTang,Zhi-QiangChen,Anovelelectrochemiluminescencebiosensorbasedonglucoseoxidaseimmobilizedonmagneticnanoparticles.ChineseJ.Anal.Chem.,2010,38,800-804GAOHui-Ling,LIJian-Ping*.Amperometricimmunosensorbasedonmagneticinorganicbionanoparticlessensingfilms.ChineseJAnalChem,2008,36,1614-1618HuilinTao,ShuhuaiLi,JianpingLi*.Fluorescenceresonanceenergytransferbetweenquantumdotsofcdseandcdteanditsapplicationfordeterminationofserumprostate-specificantigen.ChineseJAnalChem,2012,40(2):224-229付丛，李建平*.树枝状大分子及其在分析化学中的应用近况.分析化学,2013,41(10):DOI:10.3724/SP.J.1096.2013.30252张连明，李建平*，潘宏程.基于门控制电催化效应的分子印迹传感器.分析化学,2012,40(7):1025-1030海洪,杨峰,李建平*.量子点双标记的Fe3O4@Au磁性纳米DNA电致发光型传感器.分析化学,2012,40(6):841-846陈志强，李建平*，李玉平.高灵敏、易更新的土霉素分子印迹碳糊传感器的研制.分析化学，2011,39(7):1009-1014赵钧，李建平*，蒋复阳.异丙隆分子印迹敏感膜传感器.分析化学,2009,37(8):1219-1222林庆宇,李建平*,闫研.超积累植物富集机制研究方法进展.分析化学,2008,36(3):405-412俞建国，李建平*.高选择性的镍基无酶葡萄糖微传感器的研制及应用.分析化学,2008,36(9):1201-1206袁永海，李建平*.磁性纳米粒子固定辣根过氧化酶的生物传感器.分析化学,2007,35(7):1078-1082三、授权专利1.李建平，蒋复阳，魏小平.一种利用分子印迹免疫传感器测定微量土霉素的方法，发明专利申请号：ZL1.62.李建平，蒋复阳，魏小平.一种测定绿麦隆含量的方法，发明专利号：ZL9.23.李建平，刘蓉，魏小平.一种利用电荷识别效应测定多巴胺的方法，发明专利号：ZL2.04.李建平，巩春霞，魏小平.测定废水中铜(II)离子选择性电极的制备方法，发明专利号：2.05.魏小平，李建平，林达，崔普选.双席夫碱铬(Ⅲ)离子选择性电极的制备方法及应用，发明专利号：ZL3.56.魏小平，崔普选，李建平.一种测定微量铬(Ⅲ)的离子选择性电极的制备方法，发明专利号：ZL8.87.李建平，熊金平.一种测定微量蛋白质的计时法，发明专利号：ZL2.78.李建平，方成.一次性电极式血糖试条，专利号：DL5.4四、出版著作1.《高等分析化学》，北京：冶金工业出版社，2007（2011年获广西优秀教材三等奖）2.JianpingLi,GeWei,YunZhang.Chapter2-Molecularlyimprintedpolymersasrecognitionelementsinsensors.In:SLi,YGe,SA.Piletsky,JLunec(Ed.).MolecularlyImprintedSensors,ElsevierPress,Amsterdam,2012,35-55
数据更新日期2013-09-04填报责任人李建平