个人简历

李贵才（GuicaiLi,E_mail:gcli1981@ntu.edu.cn），博士，副研究员，硕士生导师。于2012年6月获得西南交通大学材料学工学博士学位。现任中国生物材料学会神经修复材料分会秘书长，为江苏省“青蓝工程”优秀青年骨干教师培养对象。主持承担国家自然科学基金青年项目，国家自然科学基金面上项目，江苏省自然科学基金青年基金项目，江苏省高校自然科学基金面上项目，南通大学创新人才基金，南通大学教学改革项目等多项科研项目。并作为骨干成员参与国家重点研发计划（科技部）等项目。主讲/参讲本科生《生物材料概论》以及《再生医学》等课程。以通讯作者或第一作者等身份共发表SCI论文40余篇，累计影响因子达110.6，H-index达17，总引用次数达450余次，单篇引用最高达130余次，获中国发明专利4项。并获得南通市第九届自然科学优秀论文一等奖。目前担任Biomaterials,MaterialsScienceandEngineering,CarbohydratePolymers,ColloidsandSurfaceB:Biointerfaces等多个国际SCI期刊的邀请审稿人。\r
申请/授权专利\r
1）李贵才，张鲁中，杨宇民。一种内壁具有取向性结构的多孔人工神经导管的制备方法公开号:CN105310794A2016.02\r
2）杨宇民，顾晓松，李贵才，丁斐。一种用于组织损伤修复的生物补片公开号：CN105769381A2016.07\r
3)张鲁中，杨宇民，李贵才，王彩萍。载有神经营养因子的纳米微球及制\r
备和用途。2015,授权专利号：CN103656623A.\r
4)张鲁中，杨宇民，周友浪，李贵才。一种负载甲强龙的纳米微球及其制\r
备方法和应用2015,授权专利号：CN103705470A.

研究领域

""1）功能化/智能化生物材料的研究(ResearchonFunctionalized/SmartBiomaterials)：材料表面功能化、智能化构建以调控细胞行为并加速组织再生过程，并揭示相关机制；\r
2）组织工程人工植入器件的研发(ResearchandDevelopmentofTissueEngineeringArtificialImplants)：根据不同组织结构及生理特征的差异构建适应于不同组织的可植入器件，并实现组织损伤修复。\r
3）生物制造(Biofabrication)：采用不同加工方法和技术，设计、制备具有不同理化性能和生物学功能的生物材料（装置），并优化制备工艺；\r
4）神经再生及有效功能精准重建的实现(Realizationofnerveregenerationandaccuratefunctionalreconstruction)：利用生物材料并结合材料表面改性技术实现神经再生过程及功能的有效精准重建；""""

近期论文

1)GuicaiLi,ChengbinXue,HongkuiWang,XiaomingYang,YinxinZhao,LuzhongZhang,YuminYang.SpatiallyFeaturedPorousChitosanConduitswithMicropatternedInnerWallandSeamlessSidewallforBridgingPeripheralNerveRegeneration.2018,194,225-235.\r
2）YinxinZhao#,YingjieWang#,ChangmeiNiu,LuzhongZhang,GuicaiLi*（通讯）,YuminYang*.Constructionofpolyacrylamide/grapheneoxide/gelatin/sodiumalginate(PAM/GO/Gel/SA)compositehydrogelforpromotingSchwanncellsgrowth.JournalofBiomedicalMaterialsResearchA.InPress,2018.\r
3)GuicaiLi*,QinzhiXiao,LuzhongZhang,YahongZhao,YuminYang*.Nervegrowthfactorloadedheparin/chitosanscaffoldsforacceleratingperipheralnerveregenerationa.CarbohydratePolymers2017,171,39–49.\r
4）GuicaiLi*,QinzhiXiao,RyanMcNaughton,LeiHan,LuzhongZhang,YalingWang,YuminYang*.Nanoengineeredporouschitosan/CaTiO3hybridscaffoldsforacceleratingSchwanncellsgrowthinperipheralnerveregeneration.ColloidsandSurfacesB:Biointerfaces2017,158,57–67.\r
5）GuicaiLi#,YinxinZhao#,LuzhongZhang,MingGao,YanKongandYuminYang*,PreparationofGrapheneOxide/polyacrylamideCompositeHydrogelanditsEffectonSchwannCellsAttachmentandProliferation.ColloidsandSurfacesB-Biointerfaces.2016,143,547-556.\r
6）YanKong,YinxinZhao,BingJi,BeibeiShi,SiyingWei,GuanyiChen,LuzhongZhang,GuicaiLi（通讯）,YuminYang.Preparationandcharacterizationofpolyacrylamide/silkfibroin/grapheneoxidecompositehydrogelforperipheralnerveregeneration.JournalofBiomaterialsandTissueEngineering,2016,6,682–689.\r
7)GuicaiLi#,LuzhongZhang,YuminYang*,TailoringofChitosanScaffoldswithHeparinandγ-aminopropyltriethoxysilaneforPromotingPeripheralNerveRegeneration,ColloidsandSurfaceB：Biointerfaces,2015,134(3),411-422.\r
8）GuicaiLi,YanKong,YinxinZhao,YahongZhao,LuzhongZhang,YuminYang.Fabricationandcharacterizationofpolyacrylamide/silkfibroinhydrogelsforperipheralnerveregeneration.JournalofBiomaterialsScience,PolymerEdition,2015,26,899–916.\r
9）GuicaiLi,CaipingWang,PingYang,JieZhou,PingchuanZhu.Interactionbetweenheparinandfibronectin:usingquartzcrystalmicrobalancewithdissipation,immunochemistryandisothermaltitrationcalorimetry.JournalofWuhanUniversityofTechnology-Mater.Sci.Ed.2015,30,074-1084.\r
10)GuicaiLi,QifeiXu,PingYang.InhibitingSmoothMuscleCellProliferationviaImmobilizationofHeparin/FibronectinComplexesonTitaniumSurfaces.BiomedicalAndEnvironmentalSciences.2015,28,378-382.\r
11）GuicaiLi#,XueyingZhao#,WeixinZhao,LuzhongZhang,CaipingWang,MaorongJiang,XiaosongGu*,YuminYang*,PorousChitosanScaffoldswithSurfaceMicropatterningandInnerPorosityandTheirEffectsonSchwannCells,Biomaterials,2014,35(6),8503-8513.\r
12）GuicaiLi#,XueyingZhao#,LuzhongZhang,CaipingWang,YunweiShi,YuminYang*,RegulatingSchwannCellsGrowthbyChitosanMicropatterningforPeripheralNerveRegenerationInVitro.MacromolecularBioscience,2014,14(22):1067-1075.(Coverstory)\r
13）GuicaiLi,LuzhongZhang,CaipingWang,XueyingZhao,ChanglaiZhu,YanhongZheng,YalingWang,YahongZhao,YuminYang*,EffectofSilanizationonChitosanPorousScaffoldsforPeripheralNerveRegeneration,CarbohydratePolymers,2014,101(5):718-726.\r
14)GuicaiLi,BingXie,ChangjiangPan,PingYang,HongyanDing,NanHuang.FacileConjugationofHeparinontoTitaniumSurfacesviaDopamineInspiredCoatingsforImprovingBloodCompatibility.JournalofWuhanUniversityofTechnology-Mater.Sci.Ed.2014,29,832-840.\r
15)CaipingWang#,GuicaiLi#,YunweiShi,XiaochuanZhang,JianlongLi,ZhiweiWang*,FeiDing*,XinmiaoLiang*,NeuroprotectiveEffectofSchizandrinAonOxygenandGlucoseDeprivation/Reperfusion-InducedCellInjuryinPrimaryCultureofRatCorticalNeurons,JournalofPhysiologyandBiochemistry,2014,70(3):735-747\r
16)GuicaiLi,PingYang*,NanHuang,HongyanDing.Responsesofplateletsandendothelialcellstoheparin/fibronectincomplexontitanium:Insituinvestigationbyquartzcrystalmicrobalancewithdissipationandimmunochemistry.JournalofBioscienceandBioengineering.2013,116,235-245.