Progress in modification of silk fibroin fiber

Progress in modification of silk fibroin fiber

论文摘要

Silk fibroin fiber is a natural protein fiber. It is moisturizing, breathable, soft and skin-friendly. However, unmodified silk fibroin fiber is easy to be oxidized and faded. In this paper, the recent progress in modification of silk fibroin fiber is introduced,including the composite modification, feeding modification, genetic engineering modification, spinning technology and regulating the physiological environment modification. Simultaneously, the future development trend for the modification of silk fibroin fiber is also prospected.

论文目录

  • 1 Introduction
  • 2 Modification of silk fibroin fiber
  •   2.1 Composite modification of silk fibroin fiber
  •     2.1.1 Modification of silk fibroin fiber with metal nano-particle
  •     2.1.2 Modification of silk fibroin fiber with inorganic na-nomaterial
  •     2.1.3 Modification of silk fibroin fiber with organic small molecule
  •     2.1.4 Modification of silk fibroin fiber with organic mac-romolecule
  •   2.2 Feeding modification of the silk fibroin fiber
  •     2.2.1 Modification of silk fibroin fiber with feeding dye
  •     2.2.2 Modification of silk fibroin fiber by feeding nano-particle
  •     2.2.3 Modification of silk fibroin fiber by feeding natural polymer
  •     2.2.4 Modification of silk fibroin fiber by feeding amino acid
  •   2.3 Modification of silk fibroin fiber with genetic en-gineering
  •     2.3.1 Preparation of high-strength silk fibroin fiber with transgenic technology
  •     2.3.2 Preparation of functional silk fibroin fiber with transgenic technology
  •   2.4 Regulating the physiological environment to im-prove silk fibroin fiber
  •   2.5 Modification of the silk fibroin fiber with spinning technology
  •     2.5.1 Preparation of silk fibroin nanofibers by electro-spinning
  •     2.5.2 Modification of the silk fibroin fiber with wet or dry spinning technology
  • 3 Application of silk fibroin fiber
  •   3.1 Textile materials
  •   3.2 Tissue engineering materials
  •   3.3 Drug carrier materials
  •   3.4 Electronic materials
  •   3.5 Environmental repair materials
  • 4 Conclusion
  • 文章来源

    类型: 期刊论文

    作者: LIU Li,ZHANG Song,HUANG JunYi

    来源: Science China(Technological Sciences) 2019年06期

    年度: 2019

    分类: 工程科技Ⅱ辑,工程科技Ⅰ辑

    专业: 有机化工

    单位: School of Materials Science and Engineering, Shanghai University,School of Life Sciences, Shanghai University

    基金: supported by the National High-tech R&D Program(863Program)(Grant No.2015AA033905),Shanghai Municipal Commission of Economy and Information

    分类号: TQ341

    页码: 919-930

    总页数: 12

    文件大小: 671K

    下载量: 37

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    Progress in modification of silk fibroin fiber
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