菌褶

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 .

结果表明：菌褶为最佳分离部位，分离成功率最高时达到100%，山楂-黑木耳菌丝麦麸浸汁培养基为最佳分离培养基。

The results showed that the lamella was the most optimum isolated parts for the mycelium culture , the highest probability of success reached to 100 % . Hawthorn-extracting of bran and original mycelium of Jew 's ear was the best isolated culture medium .

子实体的不同部位中，菌褶中三种酶的活性均为最低，而菌肉和菌柄中酶活性相对较高。

The lowest enzyme activity appeared in gill and higher activities in pileus and stipe .

试验结果表明，松茸菌丝体分离的适宜组织部位是新鲜松口蘑的菌褶，而以前报道的菌柄并不适合作为菌丝体分离。

The results also showed that stipe , mycorrhizae , and soil with the fungi are not fit for Tricholoma matsutake isolation .

但此时菌褶生长较快，散开较早，不利于子实体营养物质存储。

But in this case , the gills grow faster and spread earlier . This is not conducive to the stored of fruiting body nutrients .

菌髓：在担子菌的由多条菌丝松散围绕形成的菌褶内部存在的组织。有关或具有担子（菌）特征。

Trama The inner tissue of the gills in basidiomycete fungi that is made up of loosely packed hyphae . relating to or characterized by basidia .

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 .

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 .

结果表明：子实体菌褶部位分离成功率最高，达50%，菌肉与菌柄基部为15%，菌柄中上部外缘与中央为10%；

The results showed that separative rate of lamellae of fruit body was the highest , which was 50 % , separative rate of context and stipe bottom was 15 % respectively , and separative rate of bordering and center of top-center part of stipe was 10 % respectively ;

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 .