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组织工程材料上培养的雪旺氏细胞活性检测的显微分光光度和图像分析研究

Micro-spectrophotometry and micro-image analysis studies of activity detection on the schwann cells cultured on the bracket of tissue engineering material

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【作者】 籍涛; 黄耀熊; 贺奇才; 谭润初;

【Author】 JI Tao1, HUANG Yao-xiong2, HE Qi-cai3, TAN Run-chu3(1.Medical Electronic Department of Sanjiu Enterprise Group- ShenZhen 518029- China; 2.Institute of Bio-Medical Engineering JiNanUniversity- GuangZhou 510632- China; 3.Department of physics- Sun Yat-shen University of Medical Sciences- GuangZhou 510089- China)

【机构】 三九企业集团医疗电子事业部; 暨南大学生物医学工程研究所; 中山大学医学物理教研室; 中山大学医学物理教研室 深圳518029; 广东广州510632; 广东广州510089; 广东广州510089;

【摘要】 利用研制的显微分光光度和图像分析系统,对在组织工程可降解材料上三维培养的雪旺氏细胞,从生长形态、细胞特定蛋白表达量、细胞分化率、细胞突触网化度和DNA的受损情况进行分析,多方面地分析了雪旺氏细胞的生命活性指标,建立和提供了生物材料相容性研究的一些分析方法和技术手段。

【Abstract】 The activity detection of schwann cell (SC) cultured on the bracket of tissue engineering material was performed using our multi channel micro-spectrophotometer system and micro-imaging analysis system- as well as the single cell gel electrophoresis analysis system. The DNA damage of the SC which was cultured on the glutaraldehyde crossed chtosan(GCC) filament of degradable tissue engineering material and the SC cultured on PGA filament material were analyzed- along with the analysis on the cell differentiation- and the expression of SC cells’ special protein. The biological compatibility of the material can be evaluated according to the experiment results.

  • 【文献出处】 中国医学物理学杂志 ,Chinese Journal of Medical Physics , 编辑部邮箱 ,2003年04期
  • 【分类号】R329
  • 【下载频次】59
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