菌盖

jūn gài
  • cap;pileus
菌盖菌盖
菌盖[jūn gài]
  1. 而Pb在菌盖和菌柄中含量则无差别;

    There were no different content of Pb in cap and stipe .

  2. 菌盖中Cd、Hg和As含量分别是菌柄的3.75、2.75和2.27倍;

    The content of Cd , Hg and As in cap was 3.75 , 2.75 , 2.27 times , respectively than in stipe .

  3. 姬松茸新菌株J3的细胞生物学鉴定与菌盖不同部位微量元素含量分析

    Cell biology identification and analysis on trace elements contents in different parts of pileus of Agaricus blazei Murril.J_3 strain

  4. 经鉴定,福建省蘑菇疣孢霉病菌属菌盖疣孢霉Mycogoneperniciosa(Magn),初侵染源来自发病菇房蘑菇料,病区灌溉水也是一个传播途径。

    The pathogen causing wet bull of mushroom ( Agaricus bisporus ) in Fujian was identified as Mycogone perniciosa magn . The initial pathogen came from the spent material of mushroom house and could be transmitted by water .

  5. 与牛肝菌相似的但长有一个粗毛鳞状的菌盖的真菌。

    Fungi similar to Boletus but with a shaggy scaly cap .

  6. 平菇菌盖超微结构的研究

    A Study on the Pileus Ultrastructure of Pleurotus ostreatus

  7. 香菇菌盖多糖的提取纯化及其理化性质的研究

    Studies on extracting , purification , chemical and physical properties of Polysaccharides from shiitake cap

  8. 菌盖内表面与其外表面网状棱纹的结构相同,亦是由疏丝组织组成。

    The structure of reticular veins on internal surface of pileus is considered similar to that of external surface .

  9. 在灵芝各组织部位中,菌褶硒含量最高,菌柄次之,菌盖最低;

    Among several parts of ? Ganoderma ? Fruit body , the pleat , followed by the stem and the cap , has the highest content of selenium .

  10. 在污染条件下,菌柄中铅含量显著高于菌盖和菌褶,而镉的含量仍然显著低于菌盖和菌褶。

    Under Polluted conditions , the lead content of stipe was significantly higher than gill and cap , but the distribution of Cd is still the same with Pollution-free .

  11. 在子实体发育的幼小阶段,菌柄、菌柄与菌盖之间组织的脱氢酶活性高于菌褶和菌肉组织中的酶活。

    The dehydrogenase activity from the tissues of the stipe and between the stipe and pileus is higher than the lamella and context tissues during young growth of the fructification .

  12. 姬松茸具有浓郁的杏仁香味,菌盖嫩,菌柄脆,美味可口,含有丰富的蛋白质和其他营养成分,营养价值很高。

    ABM has a strong flavor of almond and tastes delicious . Its soft cap and crispy stipe contain high amount of proteins and other nutrients , which are of high nutrition value .

  13. 通过对实验数据的整理和分析,得到了以下结论。(1)低浓度二氧化碳有利于菌盖直径和菌盖厚度的生长。

    By collating and analyzing experimental data , this paper obtained the following conclusions : ( 1 ) Low concentration of carbon dioxide is conducive to the growth of cap diameter and cap thickness .

  14. 必需氨基酸的含量十分接近于非必需氨基酸的含量(比率为1.00∶1.04),无论总氨基酸含量还是必需氨基酸含量,菌盖中的皆略高于菌柄中的。

    The content of essential amino acids was close to that of nonessential amino acids ( its ratio was 1.00 ∶ 1.04 ) . In addition , total and essential amino acid contents in the cap are slightly higher than those in the stipe .

  15. 在灵芝各组织部位中,菌褶硒含量最高,菌柄次之,菌盖最低;结果实验结果表明灵芝菌珠的富铬能力及菌丝体的产率较高。

    Among several parts of ? Ganoderma ? fruit body , the pleat , followed by the stem and the cap , has the highest content of selenium . Result : The Result indicated Ganoderma lucidum is capable of enriching chromium and has a high yield ratio of mycelium .