微生物纤维素:植物纤维素的替代来源

L. Sarvananda, P. Fernando, P. Palihaderu, Amal D. Premarathna
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引用次数: 0

摘要

在当代,快速城市化、工业化和林地减少导致全球气候变化。为了木柴、建筑、纸制品、纺织品和大量不同的包装而大规模砍伐森林,对周围环境造成了严重的不良影响。从本质上讲,由于半纤维素和木质素的存在,植物纤维素的效用受到限制。因此,在微生物纤维素学科的研究显示出许多优于植物纤维素。与植物纤维素相比,它具有许多重要而独特的特性,包括高纯度、更好的吸收率、优异的聚合、结晶、原位霉菌潜力、生物降解性、生物相容性等。本评估着眼于一种有效的纤维素生产商,以开发一种经济可行的方式大规模生产微生物纤维素,因此,它可能取代目前使用植物纤维素的一些要求。
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Microbial cellulose: an alternate source for plant cellulose
In the contemporary generation, rapid urbanization, industrialization, and declining woodland lead to global weather modifications. The massive scale of deforestation for firewood, constructions, paper products, textile, and plenty of different packages are steadily enforcing a critical poor impact on the surroundings. Inherently, plant cellulose has restrained utility because of the presence of hemicellulose and lignin. Consequently, studies in the discipline of microbial cellulose display many benefits over plant cellulose. It possesses numerous crucial and unique properties compared to plant cellulose, including high purity, better absorptivity, excellent polymerization, crystallization, in-situ mold potential, biodegradability, biocompatibility, and plenty of others. This assessment looks into a potent cellulose producer to develop an economically feasible manner for huge-scale production of microbial cellulose therefore, it may replace some of the requirements where plant cellulose has been currently in use.
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