1·It pointed out the main factors determining the growth of the edible fungus Suillus luteus.
它指出了决定食用菌黄体牛肝菌生长的主要因素。
2·It is a precious and edible fungus.
一种珍贵的食用菌。
3·The invention relates to production equipment for edible fungus.
本发明涉及食用菌生产设备。
4·The results indicated that space mutagenesis might provided a new way for edible fungus b…
以上结果表明，空间诱变可能为食用菌的遗传育种提供新途径。
5·Objective: a simple method for DNA isolation and purification from edible fungus was explored.
目的：为探索从食用菌子实体中快速分离和纯化dna的方法。
6·The results indicated that space mutagenesis might provided a new way for edible fungus breeding.
以上结果表明，空间诱变可能为食用菌的遗传育种提供新途径。
7·To evaluate the protective effect of 4 kinds of edible fungus extract on alcoholic oxidative injury in mice.
评价灵芝、云芝、灰树花、姬松茸4种食用真菌提取物预防小鼠酒精性氧化损伤的作用。
8·The comparison test of 6 introduced edible fungus varieties was conducted by using corncob as the main raw material.
以玉米芯为主要原料，对引进的6个木耳品种进行了比较试验。
9·The truffle is one kind of precious rare edible fungus, with a high nutritional value, medicinal value and economic value.
块菌是一种名贵的珍稀食用菌，具有极高的营养价值、药用价值和经济价值。
10·The edible fungus culture medium of mulberry branches is the ideal soil for most Chinese edible fungus which is cultivated on sawdust.
桑枝食用菌培养基是我国大部分木屑型食用菌理想的生长土壤。
1·It pointed out the main factors determining the growth of the edible fungus Suillus luteus.
它指出了决定食用菌黄体牛肝菌生长的主要因素。
2·Fungi polysaccharides were isolated from the fruiting body and mycelium of the large edible fungus, which were polymers linked by more than 10 monosaccharides through glucoside keys.
真菌多糖是从大型食用菌的子实体和菌丝体中分离的由10个以上的单糖通过糖苷键连接而成的高分子多聚物。
3·The results indicated that space mutagenesis might provided a new way for edible fungus breeding.
以上结果表明，空间诱变可能为食用菌的遗传育种提供新途径。
4·A new economical and simple technological process without shaking bed and its equipment were designed on the principle of conventional edible fungus liquid spawn production with shaking bed.
根据常规的摇床式食用菌液体菌种生产原理，设计了经济而简便的无摇床式生产新工艺和相应培养装置。
5·Objective: a simple method for DNA isolation and purification from edible fungus was explored.
目的：为探索从食用菌子实体中快速分离和纯化dna的方法。