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- The results showed that all tested trees except Sophora japonica and Amorpha fruiticosa were suitable to the growth of Armillariella mellea. 结果显示:除了槐树、紫穗槐外,蜜环菌在桃树、梨树等多种树枝上均能正常生长,有希望用于栽培天麻的菌枝、菌棒。
- Ginkgo Leaf Extract and Armillariella Mellea Powders Oral Solution 银杏蜜环口服溶液
- Keywords Armillariella mellea;submerged fermentation;beverage; 蜜环菌;发酵;饮料;
- Studies on Armillariella mellea Cultivation with Different Kinds of Trees 不同树种树枝对蜜环菌生长的影响
- Application of used brewer's yeast in the cultivation of armillariella mellea 利用啤酒废酵母深层发酵培养假蜜环菌的研究
- Study on the Conditions of Submerged Fermentation for Armillariella mellea 蜜环菌深层液体发酵条件研究
- Keywords Armillariella mellea;Growth speed;Laccase activity;Rhizomorph; 蜜环菌;生长速度;漆酶酶活力;菌索;
- Keywords Armillariella mellea;polysaccharide;macrophage;immune function.l; 蜜环菌多糖;巨噬细胞;免疫功能;
- Study on Conditions of Submerged Fermentation for Armillariella Mellea and Development of Its Beverage 蜜环菌液体发酵条件研究及其饮料开发
- Isolation, purification and some properties of polysaccharides from the rhizomorph of Armillariella mellea 蜜环菌菌索多糖的分离纯化及其部分理化性质
- Keywords Armillariella mellea;chitosan;isolation;physical and chemical property;aging; 蜜环菌;壳聚糖;提取;理化性质;衰老;
- MORPHOLOGICAL STUDIES ON DUAL AND TRIPLE CULTURE OF GRIFOLA UMBELLATA, AN UNNAMED COMPANION FUNGUS AND ARMILLARIELLA MELLEA 猪苓、伴生菌及蜜环菌共培养的形态学研究
- Armillariella mellea 小蜜环菌
- Objective: To study the rejuvenation of Armillaria mellea strain. 目的:研究蜜环菌菌种的复壮问题。
- As a kind of precious medical and edible mushroom, Armillaria mellea is also a kind of important mycorrhizal fungi and forest pathogen, which belongs to Basidiomycetae, Hymenomycetes, Tricholomataceae, Armillariella. 蜜环菌既是十分重要的药食兼用真菌 ,又是重要的菌根真菌和森林病害 ,具有很高的研究与开发价值。
- The method of TrC ean be used to measure the biomass of Armillariella tabescen. TTC法适用亮菌的生物量测定。
- Conclusion: The method of TTC can be used to measure the biomass of Armillariella tabescen. 结论：TTC法适用亮菌的生物量测定。
- Mannitol accumulates more than other little molecular carbohydrates in A. mellea. 甘露醇是蜜环菌体内积累较多的小分子糖类成分。
- Over 10% alcohol concentration would make Armillaria mellea decrease or loss the ability of bioluminescence. 1%25的乙醇浓度能够促进蜜环菌的发光，10%25以上的乙醇浓度就会使蜜环菌的发光减弱乃至丧失；
- Aim To determine the alcohol precipitation techniques for polysaccharides from Armillariella tabescens. 目的确定亮菌多糖的醇沉工艺。
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