壳聚糖作为生物材料——植物提取物功能化综述

Silvia Nicuța NOAPTEȘ ANGHEL, Anna Cazanevscaia Busuioc, R. Dinică, G. Cârâc
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引用次数: 0

摘要

壳聚糖作为一种天然生物材料,可单独用于组织工程和再生医学,也可与其他聚合物结合使用。最近获得功能化壳聚糖的研究也集中在使用环境友好的自然资源上,引入了不同的植物,这些植物的新特性和在各个现代领域的应用得到了强调。将植物的水醇提取物和精油用于生产功能化壳聚糖基材料(膜、膜、纳米颗粒)显示出改进的抗菌性能,并将这些材料用于各个领域(医学、食品、工业、化妆品和环境)。天然化合物最有价值的来源来自植物,以一类广泛的酚类物质为代表,这些物质可以以新鲜或干燥的形式出现在植物的各个部位,从种子、坚果、水果、蔬菜、叶子、根甚至茎和树皮中提取或精油。结合壳聚糖和植物提取物的膜和薄膜的特性是指基于其抗菌潜力的物理特性、结构、形态结构、机械和生物特性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CHITOSAN AS BIOMATERIAL - AN OVERVIEW OF FUNCTIONALISATION WITH PLANTS EXTRACT
Chitosan as natural biomaterial is used in tissue engineering and regenerative medicine as a biomaterial alone, as well as in combination with other polymers. The recent research to obtain functionalized chitosan has also focused on the use of environmentally friendly natural resources, introducing different plants, for which new properties and applications in various modern fields have been highlighted. The use of hydro-alcoholic extracts and essential oils from plants to the production of functionalized chitosan-based materials (membranes, films, nanoparticles) shown improved antimicrobial properties and the use of these materials in various fields (medicine, food, industry, cosmetics and environment). The most valuable sources of natural compounds come from plants, being represented by a wide class of phenolic substances that can appear in all parts of plants in fresh or in dried form, extracts or essential oils from seeds, nuts, fruits, vegetables, leaves, roots or even from the stem and bark. The characterisation of membranes and films incorporating chitosan and plants extracts are referring of physical characterisation, structural, morphological structure, mechanical and biological properties based on their antimicrobial potential.
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