吴耀彬 - 南方医科大学

个人简介

个人简介吴耀彬，博士，南方医科大学基础医学院副教授，硕士研究生导师，南方医科大学高层次引进人才。主要从事导电弹性高分子、超分子自修复弹性材料、光固化弹性水凝胶等多种功能化柔弹性生物材料的设计及合成。并结合静电纺丝、微流控技术、3D打印技术等制备方式构建一系列新型三维仿生支架用于神经、肌肉等软组织的修复及相关的组织工程应用研究。研究成果发表在ACSNano,Biomaterials,Actabiomater,ChemEngJ,ACSMacroLett,JMaterChemB等国际知名杂志，谷歌学术引用500余次（至2019年）。主持课题序号课题名称项目来源资助金额起止年份 1 高水平大学建设高层次人才引进-全职引进配套科研经费高水平大学建设高层次人才引进-全职引进配套科研经费 100万 2018-2021 2 2018高水平-科研启动经费南方医科大学 3万 2018-2020

研究领域

主要从事导电弹性高分子、超分子自修复弹性材料、光固化弹性水凝胶等多种功能化柔弹性生物材料的设计及合成

近期论文

查看导师最新文章（温馨提示：请注意重名现象，建议点开原文通过作者单位确认）

[1]Wang,L.,Wu,Y.*,Hu,T.,Ma,P.X.,Guo,B*.AlignedConductiveCore-ShellBiomimeticScaffoldsBasedonNanofiberYarns/HydrogelforEnhanced3DNeuriteOutgrowthAlignmentandElongation.ActaBiomater.(2019).https://doi.org/10.1016/j.actbio.2019.06.035(*correspondingauthor,IF6.638) [2]HuT#,WuY#,ZhaoX,Wang,L,Bi,L,Ma,PX,Guo,B.Micropatterned,electroactive,andbiodegradablepoly(glycerolsebacate)-anilinetrimerelastomerforcardiactissueengineering.ChemEngJ.2019,366:208-222.(#co-authors,IF8.355) [3]NaikAR,PernalS,LewisKT,WuY,WuH,CarruthersNJ,StemmerPM,JenaBP,Humanskeletalmusclecellsonengineered3Dplatformexpresskeygrowthanddevelopmentalproteins.ACSBiomaterSciEng.2019,5(2):970–976(IF4.511) [4]WuY,WangL,TianliH,GuoB,MaPX.ConductivemicropatternedpolyurethanefilmsastissueengineeringscaffoldsforSchwanncellsandPC12cells,JColloidInterfSci,2018.2.12,518:252~262(IF6.361) [5]WuY,WangL,GuoB,MaPX.Interwovenalignedconductivenanofiberyarn/hydrogelcompositescaffoldsforengineered3Dcardiacanisotropy.ACSNano.2017,11:5646-59.(IF13.903) [6]WangL,WuY,HuT,GuoB,MaPX.Electrospunconductivenanofibrousscaffoldsforengineeringcardiactissueand3Dbioactuators.ActaBiomater.2017,59:68-81.(IF6.638) [7]WuY,WangL,ZhaoX,HouS,GuoB,MaPX.Self-healingsupramolecularbioelastomerswithshapememorypropertyasamultifunctionalplatformforbiomedicalapplicationsviamodularassembly.Biomaterials.2016,104:18-31.(IF10.273) [8]WuY,WangL,GuoB,ShaoY,MaPX.ElectroactivebiodegradablepolyurethanesignificantlyenhancedSchwanncellsmyelingeneexpressionandneurotrophinsecretionforperipheralnervetissueengineering.Biomaterials.2016,87:18-31.(IF10.273) [9]WangL#,WuY#,GuoB,MaPX.Nanofiberyarn/hydrogelcore–shellscaffoldsmimickingnativeskeletalmuscletissueforguiding3Dmyoblastalignment,elongation,anddifferentiation.ACSNano.2015,9:9167-79.(#co-authors,IF13.903) [10]ZhaoX,WuY,DuY,ChenX,LeiB,XueY,MaPX.Ahighlybioactiveandbiodegradablepoly(glycerolsebacate)–silicaglasshybridelastomerwithtailoredmechanicalpropertiesforbonetissueregeneration,J.Mater.Chem.B.2015,3:3222-3233.(IF5.047) [11]ZhangM,WuY,ZhaoX,GaoK,MaPX,GuoB.Biocompatibledegradableinjectablehydrogelsfrommethacrylatedpoly(ethyleneglycol)-co-poly(xylitolsebacate)andcyclodextrinsforreleaseofhydrophilicandhydrophobicdrugs.RscAdvances.2015,5:66965-74.(IF3.049) [12]WuY,GuoB,MaPX.Injectableelectroactivehydrogelsformedviahost–guestinteractions.ACSMacroLett.2014,3:1145-50.(IF5.775) [13]WuY,WangL,GuoB,MaPX.Injectablebiodegradablehydrogelsandmicrogelsbasedonmethacrylatedpoly(ethyleneglycol)-co-poly(glycerolsebacate)multi-blockcopolymers:synthesis,characterization,andcellencapsulation.JMaterChemB.2014,2:3674-85.(IF5.047)