合成技术及应用
閤成技術及應用
합성기술급응용
SYNTHETIC TECHNOLOGY AND APPLICATION
2011年
3期
6-9
,共4页
潘辉%张耀鹏%杭怡春%丁妍春%邵惠丽
潘輝%張耀鵬%杭怡春%丁妍春%邵惠麗
반휘%장요붕%항이춘%정연춘%소혜려
再生丝素蛋白%多壁碳纳米管%溶液静电纺丝%响应曲面法
再生絲素蛋白%多壁碳納米管%溶液靜電紡絲%響應麯麵法
재생사소단백%다벽탄납미관%용액정전방사%향응곡면법
regenerated silk fibroin%MWNTs%electrospinning of solution%response surface methodology
再生丝素蛋白/多壁碳纳米管共混水溶液静电纺纤维毡可应用于组织工程支架。提高纤维毡的孔隙率即减小纤维的横截面尺寸有利于细胞的粘附和增殖,从而提高材料的应用性能。该文采用响应曲面法(RSM)优化再生丝素蛋白/多壁碳纳米管共混水溶液静电纺丝工艺,以减小纤维横截面尺寸。
再生絲素蛋白/多壁碳納米管共混水溶液靜電紡纖維氈可應用于組織工程支架。提高纖維氈的孔隙率即減小纖維的橫截麵呎吋有利于細胞的粘附和增殖,從而提高材料的應用性能。該文採用響應麯麵法(RSM)優化再生絲素蛋白/多壁碳納米管共混水溶液靜電紡絲工藝,以減小纖維橫截麵呎吋。
재생사소단백/다벽탄납미관공혼수용액정전방섬유전가응용우조직공정지가。제고섬유전적공극솔즉감소섬유적횡절면척촌유리우세포적점부화증식,종이제고재료적응용성능。해문채용향응곡면법(RSM)우화재생사소단백/다벽탄납미관공혼수용액정전방사공예,이감소섬유횡절면척촌。
Composite fibers of regenerated silk fibroin(RSF) and multiwalled carbon nanotubes(MWNTs) may be good candidates for tissue engineering.High porosity of the materials and small cross sectional area of the fibers benefit the adherency and multiplication of cells.In order to reduce the cross sectional areas of the composite fibers,the parameters of electrospinning process was optimized by using response surface methodology(RSM ) in this study.