农用和废菌基质对彩板菌菌丝生长的影响

Hyun-You Chang, Bu-Gyeong Moon, Geum-Hui Seo, Yong kuk Lee
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引用次数: 0

摘要

本研究分析了不同农副产物基质对鸡尾菇菌丝生长速率和密度的影响。结果表明,辣椒茎与米糠混合比例为9:1时,10 d内菌丝生长最佳,为101 mm;混合比例为8:2时,10 d内菌丝生长最佳,为83 mm。橡木木屑与米糠混合比例为9:1 (v/v)的对照组在10 d内菌丝生长74 mm。以下结果依次为豆茎、芝麻茎、紫苏茎。蘑菇收获后,各基质中菌丝体生长速率和花色霉密度如下:以杏鲍菇与米糠为废基质,混合比例为9:1(v/v)的组在10 d内的效果最好,为76 mm,混合比例为8:2的组在10 d内的效果最好,为61 mm。橡木木屑与米糠比例为9:1的对照组在10 d内产生74 mm的菌丝,而混合比例为8:2的对照组在10 d内产生59 mm的菌丝。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of agricultural and spent mushroom substrate on the mycelial growth of Trametes versicolor
: In this study, the effect of different substrates of agricultural by-products on the mycelial growth rate and density of Trametes versicolor (Turkeytail mushroom) was analyzed. We found that pepper stem and rice bran with a mixing ratio of 9:1(v/v) produced the best mycelial growth of 101 mm in 10 days, while a mixing ratio of 8:2 resulted in mycelial growth of 83 mm in 10 days. The control group treated with a 9:1 mixing ratio of oak sawdust and rice bran (v/v) produced mycelial growth of 74 mm in 10 days. The following results are in the order of beanstalk, sesame stem, and perilla stem. After the harvest of the mushrooms, the mycelial growth rate and the density of T. versicolor in each substrate were as follows the group with waste substrate of Pleurotus eryngii and rice bran with a mixing ratio of 9:1(v/v) produced the best result of 76 mm in days, while a mixing ratio of 8:2 produced of 61 mm in 10 days. The control group with a 9:1 ratio of oak sawdust and rice bran produced mycelia of 74 mm in 10 days, while a mixing ratio of 8:2 resulted in mycelia of 59 mm in10 days.
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