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- trmillariella mellea 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。
- 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;
- Abstract ABSTRACT:Objective To study the cultural characteristics of Armillaria mellea (A. mellea )on solid media. 摘要 摘要:目的 研究蜜环菌的固体培养特性。
- Reverse Effects of Polysaccharide from Armillaria mellea Mutated by N+ Ion Beam Implantation[J]. 引用该论文 张颖;沈业寿;葛继志;尹若春;孔小卫.
- Results The biomass and morphology of A. mellea were different in various media. 结果 蜜环菌在不同培养基上的生长量差别较大,形态也有差别。
- Conclusions Carbon sources have a more remarked effect on the growth of A. mellea than the nitrogen sources do. 结论 碳源因素对蜜环菌生长的影响大于氮源因素。
- Armillaria mellea is a kind of famous medicinal fungus symbiotic with Chinese medicinal herb Gastrodia elata Blume(Tianma). 蜜环菌是我国一种重要的药食兼用真菌,与天麻具有密切的共生关系。
- Fermented solution, mycelial extract and cell wall of Armillaria mellea can induce the generation of active oxygen species in Grifola umbellata. 用液体发酵的蜜环菌菌丝、菌丝细胞壁及发酵液作为激发子,分别处理猪苓菌丝,均可诱导猪苓菌丝活性氧的产生。
- Objective To study the anti-vertigo function of polysaccharides of Gastrodia elata (GEP) and polysaccharides of Armillaria mellea (AMP). 目的研究天麻多糖(GEP)与蜜环菌多糖(AMP)抗眩晕症效果。
- 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。
- The contents of polysaccharide, mannitol, glucose, and reducing sugars in A. mellea during different stages of development were determined. 测定蜜环菌不同发育阶段菌体中多糖、还原糖、葡萄糖和甘露醇的含量变化。
- The peretration rate of Amillaria mellea (Vahl. ex Fr.) Karst into the germinated Gastrodia elata Bl.protocorm can attain well over 50%. 在天麻无性繁殖中,改用短菌棒伴栽天麻,不仅可以节约木材和种麻,还可保证天麻的产量。
- The change of acid phosphatase(ACP) activity and its isozyme during the development of Gastrodia elata growth together with Armillaria mellea were determined. 以蜜环菌(Armillaria mellea)伴生的天麻(Gastrodia elata)块茎为材料,研究了天麻生长发育过程中酸性磷酸酶(ACP)活性及其同工酶的变化。
- Objective To study the cell structure changes of Gastrodia elata after Armillaria mellea infection as well as the nutritional resource of this important medicinal plant. 目的研究天麻营繁茎被蜜环菌侵染后细胞结构的变化,及天麻整个生长期的营养来源。
- Method Observation of the serial sections on the nutritional stems of G.elata, and measure new corms of G.elata when cut off the old corms connection with rhizomorph of A. mellea. 方法作天麻营繁茎连续纵切片结合横切片观察;在天麻生长期切断其与菌材连接的蜜环菌索,测量新生麻生长情况。
- The ectoenzyme activities of different strains of A. mellea, and the effect of different strains on the yield of G. elata were studied also in this paper. 1. 本文采用不同的蜜环菌菌株与不同的天麻品系进行伴栽组合,对天麻发育过程中酸性磷酸酶(ACP)进行了研究,分析了天麻体内可溶性蛋白和多糖含量的累积规律,同时研究了蜜环菌不同菌株的胞外酶活性以及对天麻产量的影响。
- Many studies and experiments showed that the mycelia and fermented liquid of Armillaria mellea have the similar pharmacological activity and clinically curative effect to Tianma. 大量的研究实验证明,蜜环菌的菌丝体和发酵液都具有与天麻相似的药理作用和临床疗效。