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当前位置: 首页 > 文章 > 8个灵芝菌株农艺性状、产量及有效成分比较分析 中国食用菌 2022,41 (1) 70-75
Position: Home > Articles > Comparison and Analysis of Agronomic Characteristics, Yield and Active Ingredient of Eight Strains of Ganoderma lingzhi Edible Fungi of China 2022,41 (1) 70-75

8个灵芝菌株农艺性状、产量及有效成分比较分析

作  者：
盛立柱;谢良明;叶晓菊;何建芬;廖加贵;文冬华;林火松
单  位：
龙泉市张良明菌种场;龙泉市食药用菌产业办公室;龙泉市丽佳食用菌菌棒专业合作社
关键词：
代料栽培;灵芝;农艺性状;孢子粉产量;子实体产量;三萜;多糖
摘  要：
以8个灵芝菌株为试验材料进行代料栽培试验,研究其菌包成活率、高温烂棒率、农艺性状、现蕾时间、产粉时间、孢子粉采收时间、孢子粉及子实体产量;检测孢子粉中有效成分灵芝多糖和三萜含量。数据分析结果表明,孢子粉产量最高为美芝,其次是角芝、沪农1号;子实体产量最高为韩芝,其次是日芝、泰山。孢子粉中三萜含量沪农1号最高,其次是113和美芝;孢子粉中灵芝多糖含量113最高,其次是沪农1号和美芝。试验筛选出美芝、角芝、113和沪农1号4个育粉灵芝菌株可用于灵芝工厂化栽培。
译  名：
Comparison and Analysis of Agronomic Characteristics, Yield and Active Ingredient of Eight Strains of Ganoderma lingzhi
作  者：
SHENG Li-zhu;XIE Liang-ming;YE Xiao-ju;HE Jian-fen;LIAO Jia-gui;WEN Dong-hua;LIN Huo-song;Office of Edible and Medicinal Fungi Industry of Long Quan;Zhang Liangming Seed Factory of Long Quan;Lijia Edible Fungus Stick Professional Cooperatives of Long Quan;
关键词：
substitute cultivation;;Ganoderma lingzhi;;agronomic characteristics;;spore powder yield;;fruit body yield;;triterpenoids;;polysaccharide
摘  要：
Eight strains Ganoderma lingzhi were substitute-cultivated as test materials to study the survival rate of fungus package, high temperature rod failure rate, agronomic characteristics, budding days, sporulation days, harvest days of spore powder,and yield of spore powder and fruit body. The content of virtual components polysaccharide and triterpene in G. lingzhi spore powder were detected and the data was analyzed. The results showed that Meizhi has the highest yield of spore powder, followed by Jiaozhi and Hunong No.1. Hanzhi has the highest fruit body yield, followed by Rizhi and Taishan. Hunong No.1 has the highest content of triterpenoids in spore powder, followed by 113 and Meizhi. The content of polysaccharide in spore powder of 113 was the highest, followed by Hunong No.1 and Meizhi. The results showed that Meizhi, Jiaozhi, 133 and Hunong No.1 could be used for industrial cultivation of breeding powder G. lingzhi.

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