Two primary mycelia developed into secondary mycelia with clamp connection and conidiospore.
两个原发性菌丝体发展成为具有钳夹连接和分生孢子孢子的次生菌丝体。
Wegot a good mycelia yield of 1.8%.
获得了菌丝平均得率为1.8%的较高水平。
The basic remedy of Sanbaotai is artificial mycelia.
三宝泰主药为人工菌丝体。
The typical phialids-conidiophorescould arise from mycelia.
菌丝体上形成典型的瓶体状分生孢子梗。
On general synthetic media, the strain produced abundant aerial mycelia.
在一般合成培养基上菌株产生丰富的气生菌丝体。
OBJECTIVE to clarify Cordyceps Mycelia Oral Solutio via chitosan Flocculation.
目的采用壳聚糖絮凝沉淀法用于虫草菌丝体口服液的澄清。
Water-soluble polysaccharide content in Poria fermentation mycelia was higher than natural Poria.
发酵茯苓菌丝多糖含量高于天然茯苓。
The content of water-soluble polysaccharide of fermentation mycelia and natural Poria was also compared.
并将发酵菌丝与天然茯苓进行水溶性多糖含量比较。
Sterile water crude extract not only couldn't restrain the mycelia growth, but also had an positive effect.
灭菌水提物不仅不能抑制病菌生长，反而对病菌生长有促进作用。
The mycelia well utilized yeast meal and peptone, but not very well nitrate nitrogen and ammonium nitrogen.
在对氮源的利用上，供试香灰菌株对酵母粉、麸皮和蛋白胨的利用较好，对硝态氮和铵态氮的利用较差。
The contents of crude protein and amino acid of nutrient mycelia were higher than that of cultivated sclerotia.
营养菌丝中所含粗蛋白、氨基酸的量显著高于栽培菌核中粗蛋白、氨基酸的量。
The ergosterol content in mycelia of Agaricus brasiliensis was determined by triple-wavelength spectrophotometry.
应用三波长光度法测定了姬松茸菌丝体中麦角甾醇的含量。
The mycelia are used to grow in higher water potential, the mycelium biomass reduces as the water potential decreases;
在高水势环境下生长较好，菌丝体生物量随水势的降低而不断减少；
Study on Isolation, Purification and Physicochemical Characters of Polysaccharide G. F. -2 from Grifola Frondosa Mycelia.
灰树花菌丝体多糖G.F。-2的分离纯化及其理化特性的研究。
Study on Isolation and Purification and Physicochemical Characters on Polysaccharide G. F. -1of Grifola Frondosa Mycelia.
灰树花菌丝体多糖g.f。-1的分离纯化及其理化特性的研究。
Under the condition of alternating light and dark, the mycelia grow fastest on the medium that dextrose as carbon source;
在光暗交替条件下，以葡萄糖为碳源的培养基上链格孢菌菌丝生长快；
Mycelia will grow rapidly in pure rice culture medium More Mycelia growth days needed in the rice medium that contains peptide.
单纯大米培养基上的菌丝生长速度较快。含有蛋白胨的大米培养基上菌丝满瓶天数增加。
The mycelia of Tremella fuciformis can be obtained by single spore isolation, mycelia isolation in medium or tissue isolation .
用单孢分离、基本分离和组织分离获得银耳菌，银耳菌的纯培养与伴生菌长在一起成为银耳母种。
Mycelia sprouted from single spores were denser, appeared white floss-shaped, had no evident mycelia in the air, the growth was slow.
担孢子萌发形成的菌丝较为浓密，呈白色短绒状，气生菌丝不明显，生长缓慢。
The peak fibrinolytic enzyme production lies in the mycelia proliferation phase, light will inhibit the fibrinolytic enzyme production.
在菌丝体生长旺盛期产酶最高，光照抑制酶的产生。
The best nitrogen source was peptone for mycelia growth and sporulation, while ammonium salt would inhibit the mycelia growth and sporulation.
氮源以蛋白胨最适于菌丝生长与产孢，而铵盐会抑制病原菌生长及产孢。
During culturing the liquor of mycelial fungus, you will usually observe that the mycelia fungus have two growth morpha:the pulp and the pellet.
观察丝状菌液体培养时，常发现除了菌丝状（纸浆状）增殖形态外，还发现成菌球体状。
And, since Mexicans alone throw away 5 billion nappies every year, there is plenty of material from this source for them to get their mycelia into.
而且，既然仅墨西哥每年就有50亿张尿布被丢弃，那么必定有大量此类原料正等着它们的菌丝去分解。
In Na treatments, the content of Na in mycelia increased with the Na concentration in the medium, indicating strong Na absorption capacity of mycelia.
在不同浓度钠盐处理下，菌丝中钠元素的含量随培养基中钠盐浓度的增加而提高，说明菌丝对钠元素有较强的吸收能力。
The compositions and contents of the effective components in submerged fermentation mycelia and fruit body of Russula vinosa were analysed and compared.
本文分析比较了正红菇深层培养菌丝体和野生子实体有效成份的含量和组成及抑菌作用。
The result showed that the DNA fingerprints similarity coefficient between basidiocarps and their mycelia were 1.00 by constructing the UPGMA tree chart.
结果表明：松口蘑子实体与分离物的DNA指纹相似系数为1.00，进而断定分离物为松口蘑菌丝体。
Besides, increasing the humidity and air stimulating could let the mycelial color changed to reddish color and increased the methanolic extracts of mycelia.
此外湿度的增加及空气的刺激有助于菌丝的变红及甲醇萃取物含量的增加。
Effect of different carbon, nitrogen sources, pH value and culture temperature on mycelia growth of pleurotus ostreatus 14 were studied in Lab in this paper.
通过室内实验，研究了培养基中的碳源、氮源、酸碱度和培养温度对平菇14号菌丝生长的影响。
The fermented mycelia, fruiting bodies and spore contained all kinds of detected trace elements and heavy metals, the contents of which were higher in spore.
发酵菌丝体、子实体及孢子粉中均含有生物必需微量元素和重金属，以孢子粉中含量相对较高。
The fermented mycelia, fruiting bodies and spore contained all kinds of detected trace elements and heavy metals, the contents of which were higher in spore.
发酵菌丝体、子实体及孢子粉中均含有生物必需微量元素和重金属，以孢子粉中含量相对较高。
应用推荐