Armillariella mellea
- 网络蜜环菌;密环菌;小蜜环菌;榛蘑;假蜜环菌
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The biological characteristics , the chemical constituents , the pharmacologic action , the present situation of Armillariella mellea artificial cultivation and the future research prospect were reviewed in this paper .
综述了蜜环菌的生物学习性、化学成分、营养及药理作用,并对其人工培育现状和开发应用前景进行了分析和讨论。
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Study on the Conditions of Submerged Fermentation for . Armillariella mellea
蜜环菌深层液体发酵条件研究
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Effect of Different Strains of Armillariella mellea on the Yield of Gastrodia elata
蜜环菌不同菌株对天麻产量的影响
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A study on chestnut-bud culture Armillariella mellea cultivation seed
板栗苞培养蜜环菌栽培种研究
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Genesis and function of defense structure of sclerotia of Grifola umbellata after Armillariella mellea infecton
蜜环菌侵染后猪苓菌核防御结构的发生及功能
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The Effect of Polysaccharides from Armillariella mellea ( AMP-1 ) on Injured INS-1 Cells Preparation of an Environment friendly water-based and multi-functional greasy dirt detergent
蜜环菌多糖对损伤性胰岛细胞分泌功能的影响一种环境友好型水基多功能油污清洗剂的研制
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OBJECTIVE : Some properties of the purified polysaccharide from the rhizomorph of Armillariella mellea ( Am ) was analysed to make a further understanding of the relationship between its structure and function .
目的:测定纯化蜜环菌菌索多糖(简称Am)组分的部分理化性质,以进一步了解Am结构和功能的关系。
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In order to reduce broad-leaf tree resouce consumption in Armillariella mellea culture , a chestnut-bud substitution for broad-leaf tree sawdust culture Armillariella mellea is adopted .
为了降低蜜环菌培养对阔叶树资源的消耗,研究了用板栗苞代替阔叶树木屑培养蜜环菌。
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Using isotopic labelling technique ( with 32P . 15N . 86Rb ) , we demonstrated that Gastrodia elata Bl. might draw nutrients from the soil besides their main nutritional source Armillariella mellea ( Vahl . ex Fr ) Karst .
用同位素32P、15N、86Rb标记技术,证实天麻除必需由蜜环菌获得营养外,还能从土壤养分中得到补充营养,可称为第二营养来源。
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In this paper , the growth of Sclerotium of Polyporus umbellatus , the relationship between Sclerotium and Armillariella mellea , the culture of strains of Polyporus umbellatus , the extraction of polysaccharide of Polyporus umbellatus and the cultivation of Polyporus umbellatus were summarized
从猪苓菌核生长、菌核与蜜环菌的关系、猪苓菌种培养与猪苓多糖提取、猪苓人工栽培等方面进行了综述