从甲壳类废物中回收甲壳素的生物技术

S. Sirvas-Cornejo, Eduardo Perochena-Escalante
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引用次数: 0

摘要

关于从甲壳类废物和其他来源中回收甲壳素的生物技术综述。大多数综述认为,虽然甲壳素回收已取得重要成果,但仍需要更好的方法来改善脱蛋白和脱矿物质过程的操作条件,如时间、碳源、pH 值(初始和发酵过程中)、接种物量、温度等,以便在工业水平上应用具有商业和环境成本/效益的生物工艺。本综述旨在收集过去十年间有关从甲壳类废物中回收甲壳素的生物技术方法研究的最新可用信息,重点关注脱蛋白(DP)和脱矿物质(DM)的应用条件,特别是生物处理时间和微生物种类。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Biotechnological recovery of chitin from crustacean waste
Reviews on biotechnological chitin recovery from crustacean waste and other sources acknowledge. Most of the reviews conclude that although important results on chitin recovery have been achieved, there is still a need for better approaches to improve operational conditions of deproteinization and demineralization processes, such as time, carbon source, pH (initial and during fermentation), volume of inoculum, temperature, among others, in order to apply at industrial level, a bioprocess commercially and environmentally cost/effective viable. The present review aims to gather the most updated available information about research on biotechnological methods to recover chitin from crustacean waste, studied during the past 10 years, focussing on conditions applied to deproteinization (DP) and demineralization (DM), particularly on bioprocessing times and microbial species.
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