Production of chitin from some soil fungi

Khaled El-Feki, M. El-Metwally, Youssef M. M. Mohammed, T. Ahmed
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Abstract

Crustacean shells constitute the traditional and current commercial source of chitin. Conversely, the control of fungal fermentation processes to produce quality chitin makes fungal mycelia an attractive alternative source. Our study examined the production of chitin from mycelia of different fungal isolates recovered from soil samples collected from different places in El-Beheira Governorate, Egypt, during 2021 . Among the 21 isolate 9 were identified with standard key and microbial expert and because these isolates are pure isolates.In batch culture, isolates were screened to determine the fastest growing and greatest chitin‐yielding fungi. Optimum chitin yields were observed for most cultures at 28°C on Czapek's dox (CD) for 7 days. From the results we observed that; the production of chitin (by a dry weight method) ranged from 15.41 to 54.78 % of the isolate dry weight , the Fusarium KYM3 was the best producer of chitin of the isolates examined and Penicillium KYM6 was the lowest producer of chitin of the isolates examined.
从一些土壤真菌中生产几丁质
甲壳类动物的壳是甲壳素的传统和目前的商业来源。相反,控制真菌发酵过程以生产优质几丁质使真菌菌丝体成为一个有吸引力的替代来源。我们的研究检测了2021年期间从埃及El-Beheira省不同地方收集的土壤样品中回收的不同真菌分离株菌丝的几丁质产量。21株分离菌中有9株经标准键和微生物专家鉴定为纯分离菌。在批量培养中,对分离株进行筛选,以确定生长最快和甲壳素产量最大的真菌。在28°C的Czapek’s dox (CD)上培养7天,大多数培养的几丁质产量达到最佳。从结果中我们观察到;干重法产几丁质的比例为15.41% ~ 54.78%,镰刀菌KYM3产几丁质的比例最高,青霉KYM6产几丁质的比例最低。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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