grifola

grifola

美 　英

• 网络猪苓；奇果菌属；猪苓属

例句

Secondly, the water-insoluble polysaccharide accounted for a considerable proportion of polysaccharide obtained from Grifola frondosa.

其次，水不溶性多糖占据灰树花菌丝体多糖相当大的比例。

So this method which shortened the period of fermentation may be utilized on industrial production of Grifola frondosa mycelia.

这种缩短发酵周期的方法可以被应用到灰树花菌丝体的工业生产上。

This has paved way for the cloning of other Grifola frondosa genes and molecular biology studies.

本研究为下一步克隆灰树花中的基因以及进行其他分子生物学研究奠定了基础。

Effect of Vegetable oil and Fatty acids on the submerged fermentation of Grifola frondosa was studied in the presented work.

研究了植物油、脂肪酸和不同氮源对深层培养的灰树花生物量及胞外多糖产量的影响。

Some researchers found that Grifola umbellate could absorb inorganic nutrition, the absorption became more and more along the time.

有学者研究发现，猪苓可以吸收无机营养，吸收量随栽培时间的延长而增多；

Objective: To supply a new utilization for Grifola frondosa by preparing buccal tablets.

目的：通过灰树花口含片的制备，为灰树花多糖提供一条新的加工途径。

Cultural techniques artificially for Grifola umbellate

猪芩的人工栽培技术

Comparison of Polysaccharide Extracted from the Fermentation Fluid of Grifola frondosaby Different Treatments

灰树花发酵液提取多糖的比较研究

Production technology of functional milk drink containing Grifola frondosus extraction

灰树花乳饮料生产工艺的研究

Organic Chromium Accumulation of Grifola frondosas Cultured in Lanthanide-containing Liquid

加镧液体培养灰树花富集有机铬的研究

Study on Submerged Fermentation of Grifola frondosus and Analysis of Its Mycelia

灰树花深层发酵及菌丝体成分分析研究

Research progress and its application future of grifola frondasa and it polyglucose

灰树花及其多糖的研究进展和应用前景

Bagged soil based indoor cultivation of Grifola fdrondosa

灰树花室内坐袋覆土栽培技术

The influence of Zn and La on the Grifola Frondosa's mass production in liquid culture

Zn、La对灰树花液体培养菌丝产量的影响

Selecting hybrid from cross of Grifola frandosa

灰树花杂交良种的选育