首页|葡萄枝条栽培毛头鬼伞的研究

葡萄枝条栽培毛头鬼伞的研究

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[目的]实现贺兰山东麓地区废弃葡萄枝条资源化、无害化处理,解决食用菌原材料不足问题。[方法]引进7个毛头鬼伞菌株,利用贺兰山东麓葡萄枝条作为主要栽培原料代替传统栽培基质设计6个栽培配方,将菌株与配方排列组合设置42个处理,探究毛头鬼伞在含有葡萄枝条栽培基质中的生物学效率、粗多糖等营养成分、氨基酸风味成分和重金属安全性,利用灰色关联度分析筛选出适宜的栽培配方。[结果]42个处理中,16个含有葡萄枝条栽培基质的处理生物学效率超过100%,其中CM6处理(菌株CC900,含有20%葡萄枝条的栽培基质)生物学效率最高,粗多糖含量显著高于对照(不含有葡萄枝条基质的处理);灰分含量与生物学效率联系密切,生物学效率较高则灰分较高。利用葡萄枝条栽培毛头鬼伞不会影响其产量、商品外观和风味,符合国家食品安全标准。CM6(菌株CC900,含有20%葡萄枝条、38%棉籽壳、20%麦麸、20%玉米芯、1%石灰、1%石膏的栽培基质)、DM4(菌株CC155,含有30%葡萄枝条、28%棉籽壳、20%麦麸、20%玉米芯、1%石灰、1%石膏的栽培基质)、CM3(菌株为白鸡腿,含有20%葡萄枝条、38%棉籽壳、20%麦麸、20%玉米芯、1%石灰、1%石膏的栽培基质)是综合表现较好的栽培方案。[结论]葡萄枝条不仅可代替部分传统原料栽培毛头鬼伞,且在一定程度上提高了毛头鬼伞产量和营养成分,降低了生产成本,是毛头鬼伞良好的栽培原料。
Cultivating Coprinus comatus Using Spent Grape Branches as Substrate
[Objective]Utilization of spent grape vines as substrate to cultivate edible mushrooms was investigated.[Method]Seven strains of Coprinus comatus were cultured on 6 differently formulated substrates using dead and pruned branches from grape vines grown on the eastern foothills of Mt.Helan in an experimentation.From 42 designed treatments,bio-efficiency,nutritional conversion,and heavy metal transfer in the mushroom cultivation were compared.[Result]The bio-efficiency of 16 treatments was greater than 100% with CM6 that grew on the CC900 substrate containing 20% grape branches being the highest.The harvested C.comatus had a significantly higher crude polysaccharide content than control grown on a conventional medium without the added grape branches.Treatments DM4 and CM3 also performed well.The bio-efficiency rendered by the various treatments closely correlated to the ash content of the cultured mushrooms but not significantly to the yield,appearance,flavor,or food safety of the harvests.[Conclusion]Spent grape branches could not only be utilized to adequately replace the traditional materials for cultivating C.comatus but also improve the yield and nutrition of the mushrooms grown on the substrate.

Coprinus comatusspent grape branchesbiological efficiencynutrient composition

周书博、李鸣雷、齐伟、黄凯、郑长华、袁春龙

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西北农林科技大学葡萄酒学院,陕西杨凌 712100

西北农林科技大学水土保持研究所,陕西杨凌712100

西北农林科技大学食用菌中心,陕西杨凌 712100

贵州金州农耕庄园发展有限公司,贵州安龙 552400

陕西省葡萄与葡萄酒工程技术中心,陕西杨凌 712100

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鸡腿菇 葡萄枝条 生物学效率 营养成分

宁夏回族自治区重大科研项目国家重点研发计划

2021BEF020162021YFD1600401

2024

福建农业学报
福建省农业科学院

福建农业学报

CSTPCD北大核心
影响因子:0.656
ISSN:1008-0384
年,卷(期):2024.39(5)
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