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In vitro Mineralization Behavior of the Sol-gel Derived Bioglass/Collegen Composite Porous Scaffold
引用本文:陈晓峰. In vitro Mineralization Behavior of the Sol-gel Derived Bioglass/Collegen Composite Porous Scaffold[J]. 武汉理工大学学报(材料科学英文版), 2005, 20(Z1)
作者姓名:陈晓峰
作者单位:The Key
基金项目:FundedbytheNationalNaturalScienceFoundationofChina(Project50472054and50272021)theNaturalScienceFoundationProjectofGuangdong(020898and05006587),andtheProjectofScienceandTechnologyofGuangzhouProvince(2003Z1D0021)
摘    要:1Introduction Thesol gelderivedbioactiveglassesinthesystem CaO P2O5SiO2arenewgenerationofbioglasses.The studieshaveindicatedthatthesol gelderivedbioglasses possesshigherbioactivity,homogeneityandstabilityof compositionthanthoseofthemeltderivedbioglasses[17].Inaddition,asanewtechniquetodevelopbiomaterials,sol gelmethodisrelativelyconvenienttopreparebioactive coatings,fibersandfinepowders.Thepreparationofthe sol gelbioglassescanbeconductedatroomtemperature firstly,thenheat treatedattemperatur…


In vitro Mineralization Behavior of the Sol-gel Derived Bioglass/Collegen Composite Porous Scaffold
CHEN Xiaofeng WANG Yingjun YANG Chunrong ZHAO Naru. In vitro Mineralization Behavior of the Sol-gel Derived Bioglass/Collegen Composite Porous Scaffold[J]. Journal of Wuhan University of Technology. Materials Science Edition, 2005, 20(Z1)
Authors:CHEN Xiaofeng WANG Yingjun YANG Chunrong ZHAO Naru
Abstract:
Keywords:collagen  sol-gel  bioactive glass  tissue engineering scaffold  hydroxyl-carbonate-apatite(HCA)
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