A Robust, Resilient, and Multi-Functional Soy
Protein-Based Hydrogel
带锯条焊接
科学学与科学技术
管理期刊名称： ACS Sustainable Chemistry & Engineering 高顺青作者： Liu Jialin,Li Zhao,Lin Qinrui,Jiang Xuejiao,Yao Jinrong,Yang Yuhong,Shao Zhengzhong,Chen Xin
年份： 2018年
关键词： Multifunctional platform;Mechanical
properties;Dextran;Soybean;Polysaccharides;Proteins
摘要：Soy protein is oneof the most abundant plant protein in nature.Despite numerous studies on soy protein-based materials, the applicationsof soy protein hydrogel are still extremely limited because of itscumbersome gelation process and poor mechanical properties. Herein,we present a facile method to
中国美容化妆品论坛prepare robust soy protein hydrogelsby the introduction of oxidized dextran, a natural polysaccharidederivative, as a macromolecular cross-linking agent. The preparationconditions such as pH value of reaction system and the mass ratioof soy protein to oxidized dextran have been extensively investigated.The resultant soy protein hydrogels exhibit better mechanical propertiesthan the previously reported soy protein-based hydrogels. The bestformulated hydrogel shows the compressive modulus of 4.3 kPa and fracturestress of 401 kPa at 87%... 学生知识现状分析内容由中国教育图书进出口有限公司引进
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