于博，男，主任医师，医学博士，博士生导师，珠江医院骨科中心创伤骨科副主任，哈佛大学访学副教授，德国弗莱堡大学AOfellow，美国VAhealthcaresystem博士后；一、学术任职：1.中国复合材料学会生物复合材料专业委员会委员2.广东省创伤骨科学会青年委员3.广东省医师协会骨关节外科学会青年委员4.中国医药教育骨科专业委员会广东省骨科分会委员5.广东省高等学校“千百十人才培养工程”培养对象6.中国科技部国家科技专家库成员7.国家自然科学基金评审专家8.《实用医学杂志》、《生物骨科材料与临床研究》杂志审稿人二、擅长：熟练掌握复杂创伤救治技术，复杂骨折、骨不连及感染的手术治疗，人工髋关节置换及翻修手术，人工膝关节置换手术及术后快速康复计划，股骨头坏死的保髋治疗，膝关节韧带重建手术，肩关节运动损伤的关节镜下微创治疗（肩关节不稳及脱位，肱二头肌长头腱病变及损伤，肩袖损伤、黏连性肩周炎等），慢性骨髓炎等疾病的治疗。三、学习经历：2013年9月-11月作为AOfellow在德国弗赖堡大学附属医院（德国排名第三的医院）骨科访学，师从德国著名创伤外科专家Suedcamp和肩关节外科专家MartinYeaga，系统的学习了复杂骨折内固定技术、肩关节运动损伤、肩关节不稳等关节镜下微创治疗技术、全肩关节及反肩关节置换技术等。2014年12月-2016年3月作为国家公派访问学者布列根妇女医院（美国排名第六）骨科访学，师从美国著名膝关节外科专家ThomasThorhill和WalfgangFitz，系统的学习了膝关节置换及翻修手术，个体化膝关节假体设计及置换技术，髋膝关节置换术后早期康复技术，2015年6月-2016年3月在美国哈佛大学麻省总医院（美国排名第一）运动医学科和肩关节外科，师从美国著名的运动医学专家MatthewProvencher及美国肩肘外科协会前主席J.P.Warner，系统的学习了膝关节及肩关节运动损伤的关节镜下微创技术，髌骨不稳的重建技术等。四、学术成就：进行骨科基础与临床工作14年，共发表SCI论文16篇，其中以第一作者及通讯作者发表SCI论文13篇，总被引次数106次，发表TERMIS国际会议论文摘要2篇（被TissueEngineeringPartA收录），公开发明专利一项。共承担国家自然基金项目2项、教育部博士点基金1项、广东省自然科学基金2项，目前正在承担2013年国家自然科学基金面上项目一项和2014年广东省自然科学基金一项。五、主要论著（#为共同通讯作者，*为通讯作者）[1]YanChen#,RuiLiu#,YongGong,XiXiWu,ZhiHuang,ChaoDong,ChentianLi,BoYu*,Theultrasoundelasticimagingmonitoringoftheinjectablechitosan/nano-hydroxyapatite/collagenbonescaffoldsandcomparisonswithmicro-CTandhistologicalchanges,JournalofBiomaterialsandTissueEngineering,2016,1(SCI,IF:=2.07)[2]RuiLiu#,XiXiWu#,JiyanLi,XujieLiu,ZhiHuang,YueYuan,XiaoyingGao,BomiaoLing,BoYu*,YanChen*,ThepromotionofbonetissueregenerationbyBMP2-derivedpeptideP24-loadedcalciumphosphatecementmicrospheres,CeramicsInternational,2016,42(2):3177–3189.(SCI,IF=2.60)[3]LiX*,LiuW,SunL,AifantisKE,BoYu*,FanY*,FengQ,CuiF,WatariF2014.Effectsofphysicochemicalpropertiesofnanomaterialsontheirtoxicity.JBiomedMaterResPartA,2015,103(7):2499-2507.(SCI,IF=3.37)[4]LiX*,LiuW,SunL,AifantisKE,BoYu*,FanY*,FengQ,CuiF,WatariF.Resincompositesreinforcedbynanoscaledfibersortubesfordentalregeneration[J].BioMedresearchinternational,2014,2014.(SCI,IF=1.58)[5]FupoHe#,YanChen#,JiyanLi,BomiaoLin,YiOuyang,BoYu,YuanyouXia,BoYu*,JiandongYe*.ImprovingbonerepairoffemoralandradialdefectsinrabbitbyincorporatingPRPintoPLGA/CPCcompositescaffoldwithunidirectionalporestructure.JBiomedMaterResPartA2015:103A:1312–1324.（SCI,IF=3.37）[6]BoYu#,YichenZhang#,XiaomingLi*,QiongrenWang,YiOuyang,YuanyouXia,BoYu,BomiaoLin,SongjianLi,YuboFan,andYanChen*.TheuseofinjectableChitosan/Nanohydroxyapatite/collagencompositeswithbonemarrowmesenchymalstemcellstopromoteectopicboneformationinvivo.JournalofNanomaterials,2013,11,506593.（SCI,IF=1.67）[7]YanChen#,YutingYan#,XiaomingLi*,HeLi,YueYuan,XiaoyingGao,XixiWu,JishengZhong,BomiaoLin,YuboFan,andBoYu*.Osteogenesiscapabilityanddegradationpropertyevaluationofinjectablebiomateials:Comparisonofcomputedtomographyandultrasound.Journalofnanomaterials,2013,4,763937.（SCI,IF=1.67）[8]ZhiHuang#,BoYu#,QinglingFeng*,SongjianLi,YanChen,LuqiaoLuo.Insitu-formingchitosan/nano-hydroxyapatite/collagengelforthedeliveryofbonemarrowmesenchymalstem.CarbohydratePolymers,2011,85:21-267.(SCI,IF=4.07)[9]YanChen#,SongjianLi#,XiaomingLi*,YichenZhang,ZhiHuang,QinglingFeng,ZhilaiZhou,BomiaoLin,andBoYu*.NoninvasiveevaluationofinjectableChitosan/Nano-hydroxyapatite/Collagenscaffoldviaultrasound.Journalofnanomaterials,2012,6,939821.（SCI,IF=1.64）[10]YanChen#,ZhiHuang#,SongjianLi,YichenZhang,ZhilaiZhou,QinglingFeng,BoYu*,XiaomingLi*.InvitrobiocompatibilityandosteoblastdifferentiationofaninjectableChitosan/Nanohydroxyapatite/Collagenscaffold.Journalofnanomaterials,2012,6,401084.（SCI,IF=1.64）[11]XujieLiu#,YanChen#,QianliHuang,WeiHe,QinglingFeng*,BoYu*.Anovelthermosensitivehydrogelbasedonthiolatedchitosan/hydroxyapatite/beta-glycerophosphate.CarbohydratePolymers,2014;110:62-69.（SCI,IF=4.07）[12]YanChen#,YutingYan#,XiaomingLi*,HeLi,HuitingTan,HuajunLi,YanwenZhu,PhilippNiemeyer,MatinYaega,andBoYu*.ApplicationofUltrasoundonMonitoringtheEvolutionoftheCollagenFiberReinforcednHAC/CSCompositesInVivo.BioMedResearchInternational,2014;2014:418302.(SCI,IF=1.58)[13]ZhiHuang#,YanChen#,QinglingFeng*,BoYu*,WeiZhao,JingTian,SongjianLi,BomiaoLin.Invivoboneregenerationwithinjectablechitosan/hydroxyapatite/collagencompositesandmesenchymalstemcells.FrontMaterSci,2011,5:301-310.（SCI,IF=1.0）[14]YuBo,ChenY,LiuRui,GongYong,SpectorMyron.ThePromotionofBoneRegenerationbytheChitosan-p24/hydroxyapatiteScaffoldViaModulationonTgfbeta-1/BMP/SmadSignalingPathway.TissueEngineeringPartA2015;211:S179-S179.（会议摘要,IF=4.45）[15]YuBo,ChenY,LiuRui,GongYong,SpectorMyron.TheUltrasoundElasticImagingMonitoringofanInjectableCS/nHACScaffoldandComparisonswithMicro-ct,DXAandHistologicalChanges.TissueEngineeringPartA2015;211:S253-S253.（会议摘要,IF=4.45）[16]LiX*,LiuH,NiuX,YuB,FanY,FengQ,CuiFZ,WatariF.Theuseofcarbonnanotubestoinduceosteogenicdifferentiationofhumanadipose-derivedMSCsinvitroandectopicboneformationinvivo.Biomaterials.2012,,33(19),4783-4916（SCI,IF:8.5）[17]HuangZ,TianJ,YuB，XuY,FengQ*.Abone-likenano-hydroxyapatite/collagenloadedinjectablescaffold.BiomedicalMaterials,2009,4(5):Epub2009Sep23.（SCI,IF:3.6）[18]Huang,Z.,Feng,Q.*,YuB.,&Li,S..Biomimeticpropertiesofaninjectablechitosan/nanohydroxyapatite/collagencomposite.MaterialsScienceandEngineering:C,2011,31(3),683-687.（SCI,IF:1.8）[19]Dong,C.,YuB.,Hu,Z.B.,Zhou,Z.L.,Yang,H.,&Jin,A.M*.(2015).Rosuvastatinimplantforlocalbonespecificdrugdeliveryinosteoporoticbonefracture.JournalofBiomaterialsandTissueEngineering,5(7),565-569.（SCI,IF=2.0）[20]冯庆玲，刘旭杰，于博，陈彦，刘睿，一种接多肽壳聚糖/羟基磷灰石/珍珠粉支架的制备方法，2014.9.10-2034.6.18，北京，CN201410273052.6