营养体

The mycelium interfaces between plant roots and nutrients, creating vast networks of underground communication and sharing of resources.

菌丝体是在植物根须和营养之间的交换界面，从而创造了地下交流和资源分享的巨大王国。

Objective To observe the role of genetically engineered myoblast in the treatment of rat Parkinson disease models.

目的 观察脑源性神经营养因子基因工程成肌细胞脑内纹状体移植对帕金森病大鼠的治疗作用。

During the past few years, several hospitals employed the mycelium of Ganoderma capens Teng obtained by submerged fermentation by our Institute for the treatment of progressive muscular dystrophy, atrophlic myotonia and certain other related dtseases whih encouraging results.

近年来，我所和有关医院协作，试用深层发酵培养的薄盖灵芝菌丝体治疗进行性肌营养不良和萎缩性肌强直等疾病，发现有一定的疗效。

Phosphatases all took part in transporting degraded product of nucellus, transporting reverse material from apoplast to endosperm cell, degeneration of starchy endosperm nucleus.

磷酸水解酶共同参与了珠心降解产物向胚囊中的运输、营养物质从质外体向胚乳细胞中的运输、细胞核的解体。

Ingredients: natural moisturizing factor, lecithin, vitamin C, E, placenta nourishing and activating essence, ossein liposome, deep sea vegetal essence, bio whitening essence etc.

成分：天然水元保湿因子、卵磷脂，维他命C、E、胎盘营养活肤素、骨胶原脂质体、深海植物精华、生物美白素等。

Among the involving factors, neurotrophic factors in the microenvironment adjoining to perikaryon and neurites play crucial roles in maintaining survival, promoting orientional regrowth of axons and re-expression of functional phenotype of neurons.

近年来大量神经生物学研究表明：在影响损伤后神经修复或再生的诸多因素中，神经元胞体及轴突周围微环境产生的一些神经营养因子发挥着维持受损神经元生存、促进神经再生、恢复神经功能表型等重要作用。

The nitrate non-utilizing mutantas an another added genetic marker was used to select the out-crossed perithecium from self-crossed perithecia. Seven crosses were tested in all, including cross between S×S, MR ×S, MR×MR,HR ×S, as well as HR ×MR. The results showed that no recombinant phenotype was found among all progeny of seven crosses. Progeny segregation of crosses between the parents with different sensitive levels (i.e. MR×S, HR×S,HR×MR) clearly fit a 1:1 ratio of two parental phenotypes, and no segregation was found in the crosses of S×S and MR × MR.

从25个敏感菌株和31个抗性菌株中随机挑选了2个S、3个MR和1个HR，并以硝酸盐营养缺陷型突变体作为另一个遗传标记，按照S×S、MR×MR、MR×S、HR×S、HR×MR等共设计了7个杂交组合，对各杂交后代对多菌灵的敏感性测试发现，在所有杂交后代中均未出现除双亲表现型以外的重组型个体，MR×S、HR×S及HR×MR的杂交后代出现了1∶1的分离比例。

D prothallus as storage tissue of the seed .

种子的营养组织是原叶体。。

The nutrient absorption in fruits were lower than other fruits,especially,the amount of phosphorus and calcium in fruits were only one eighth of Satsuma mandarin.It is one of the nutrient physiology characteristic in Chinese bayberry that the amount of absorbed phosphorus in whole tree,and phosphorus,calcium in fruit are rather lower.

幼年树和成年树P吸收量分别为0.37 kg和0.9 kg，占全量的2.7%和2.3%，其吸收量和吸收比例均较低；果实养分吸收量与其它果树相比，相对较低，尤其是P2O5和CaO的吸收仅为温州蜜柑类的1/8，认为杨梅树体P、果实P和Ca吸收量低是杨梅营养生理的特性之一。

And the biological characteristics of the seven strains were reported in this paper, which include nutrition materials, cultural conditions, growth graph, cultural characters of mycelium, sclerotium and colony, mycelial differentiation, sclerotial differentiation and development.

将这7个菌株作为供试菌株，进行了一系列的生物学特性研究，包括营养基质、培养条件、生长曲线、茵丝体培养特征、菌核培养特征、菌落特征、菌丝分化以及菌核分化发育等。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。