Wang Xinyu

Wang Xinyu

Wang Xinyu, born in September 1970 in Wuhan City, Hubei Province, is deputy director and director of biomaterials and Engineering Research Center of Wuhan University of technology and Hubei biomaterials engineering technology research center, and chief professor of materials discipline of Wuhan University of technology.

Personal experience

Educational experience

Bachelor degree: Material Engineering, Wuhan University of technology, 1993

Postgraduate: Master degree in inorganic nonmetallic materials, Wuhan University of technology, 1997

Doctoral candidate: Material Science Major of Wuhan University of technology, 2003

work experience

1999-2004: Assistant Researcher of materials discipline, Wuhan University of Technology

2004-2005: National Public visiting scholar of Biomedical Engineering, Delft University of technology, the Netherlands

2004-2008: Associate Professor and master supervisor of materials discipline, Wuhan University of Technology

2008 to present: researcher and doctoral supervisor of materials discipline of Wuhan University of Technology (2010)

2003 to present: Deputy Director and director of biomaterials and Engineering Research Center of Wuhan University of technology and Hubei biomaterials engineering technology research center

research field

1. Biomimetic design, synthesis and tissue inducement of biomaterials / regenerative medical materials

2. Nano biomaterials, tissue engineering materials and biological composites

3. Biological evaluation of materials and design and development of biomedical devices

research project

1. Cooperative research on Key Technologies of bioactive nerve regeneration induction materials

(special project of science and technology cooperation between Hong Kong, Macao and Taiwan)

2. Preparation, properties and application of novel percutaneous access materials

(National Natural Science Foundation of China)

3. Preparation, degradation and nerve regeneration of nano hydroxyapatite / prgd / PDLLA composites

(Outstanding Young Talents Project of Hubei Natural Science Foundation)

4. Pilot test and application development of composite absorbable peripheral nerve conduit

(Research and development program of Hubei Province)

5. Preparation, degradation characteristics and nerve induction of bionic peripheral nerve repair materials

(major science and technology research project of the Ministry of Education)

6. Key technology and application development of high performance composite materials for hip and femoral prosthesis

(Wuhan key technology research project)

academic achievements

1. Main papers (first and corresponding authors)

(1)ZongruiZhang,XinyuWang*,BinbinLi,YuanjingHou,JingYang& LiYi.DevelopmentofanovelmorphologicalpaclitaxelloadedPLGAmicrospheresforeffectivecancertherapy :invitro andinvivoevaluations.DrugDelivery ,2018,25,1:166–177, DOI:10.1080/10717544.2017.1422296 (SCI)

(2)YiyuWang,XinyuWang*,JianShi,RongZhu,JunhuaZhang,ZongruiZhang,DaiweiMa,YuanjingHou,FeiLin,JingYang& MamoruMizuno.ABiomimeticSilkFibroin/SodiumAlginateCompositeScaffoldforSoftTissueEngineering .ScientificReports,2016,12,6:39477, DOI:10.1038/srep39477 (SCI)

(3)YiyuWang,XinyuWang*,JianShi,RongZhu,JunhuaZhang, ZongruiZhang.FlexibleSilkFibroinFilmsModifiedbyGenipinandGlycerol .RSCAdvances,2015,5,101362–101369, DOI:10.1039/C5RA19754F (SCI)

(4)ZongruiZhang,XinyuWang*,BinbinLi,YuanjingHou,ZhengweiCai, JingYangcandYiLi.Paclitaxel -loadedPLGAmicrosphereswithanovelmorphologytofacilitatethedrugdeliveryan dantitumorefficiency.RSCAdvances ,2018,8,3274-3285, DOI:10.1039/c7ra12683b (SCI)

(5)FeiLin,XinyuWang*,YiyuWang,YushiYang, YiLi.PreparationandBiocompatibilityofElectrospinningPDLLA/ β-TCP/CollagenforPeriphe ralNerveRegeneration.RSCAdvances ,2017,7,41593-41602, DOI:10.1039/C7RA05966C (SCI)

(6)RongZhu,XinyuWang*,JingYang,YiyuWang,ZongruiZhang, YuanjingHouandFeiLin.Influenceofhydroxyl -terminatedpolydimethylsiloxaneonhigh-strengthbiocompatiblepolycar bonateurethanesfilms.BiomedicalMaterials ,2017,1,12,015011, DOI:10.1088/1748-605X/12/1/015011 (SCI)

(7)YuanjingHou,XinyuWang*,JingYang,RongZhu,ZongruiZhang, YiLi.Developmentandbiocompatibilityevaluationofbiodegradablebacterialcelluloseasanovelperipheralnervescaffold .Journalofbiomedi calmaterialsresearch.PartA ,2018,106A,5:1288-1298, DOI:10.1002/jbm.a.36330 (SCI)

(8)RongZhu,XinyuWang*,JingYang,YiyuWang,ZongruiZhang,YuanjingHou, FeiLinandYiLi.InfluenceofHardSegmentsontheThermal ,Phase-SeparatedMorphology,Mechanical,andBiologicalPropertiesofPo lycarbonateUrethanes.Appl.Sci .,2017,7,306, DOI:10.3390/app7030306 (SCI)

(9)Dai-WeiMA,RongZHU,Yi-YuWANG,Zong-RuiZHANG,andXin-YuWANG*.EvaluationonBiocompatibilityofBiomedicalPolyurethaneswithDifferen tHardSegmentContents.Front.Mater .Sci.,2015,9(4),397-404, DOI:10.1007/s11706-015-0316-6 (SCI)

(10)ZongruiZhang,XinyuWang*,RongZhu,YiyuWang,BinbinLi,YanxuMa, andYixiaYin.SynthesisandCharacterizationofSerialRandomandBlock -CopolymersBasedonLactideand

Chinese PinYin : Wang Xin Yu