有机叶鞘真菌的多样性和潜力

Arif Rahman Hikam, D. Yulianti, Rhevi Raditya Ginanjar
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引用次数: 1

摘要

真菌是有机废物生物降解的生物制剂之一。一些真菌有木质素酶,它可以将木质素(主要的有机废物成分之一)分解成单糖。有机废物降解真菌的多样性和潜力仍需进一步研究,以获得可在有机废物管理中开发的潜在真菌类型。本研究旨在确定木质素降解真菌在有机废物生物降解中的多样性和潜力。本研究采用描述性方法提取叶片和土壤凋落物样品,分离纯化真菌,并测试木质素分解潜力。从凋落叶样品中分离得到16种真菌。采用Bavendamm法进行木质素分解电位测试。用bavendamm法筛选木质素降解能力,7株菌株呈阳性。SR4BD分离物的木解活性最高,比值为1.9。结果表明,SR4BD分离物为镰刀菌。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Diversitas dan Potensi Jamur Lignolitik Asal Seresah Daun
One of the biological agents in the biodegradation of organic waste is fungi. Some fungi have the Lignase enzyme, which can degrade Lignin (one of the main organic waste constituents) into simple sugars. The diversity and potential of organic waste degrading fungi still need much research to obtain potential types of fungi that can be developed in organic waste management. This study aimed to determine the diversity and potential of lignolytic fungi in the biodegradation of organic waste. The research was conducted using a descriptive method to take leaf and soil litter samples, isolate and purify fungi, and test lignolytic potential. Based on the isolation results from leaf litter samples, 16 types of fungal isolates were obtained. The lignolytic potential test was carried out using the Bavendamm method. In screening for potential lignolytic ability using the bavendamm method, 7 isolates were found to be positive. The highest lignolytic activity ratio was SR4BD isolate with a ratio value of 1.9. The results showed that the SR4BD isolate was Fusarium sp.
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