actinomycetes的例句大全

In this review, we summarize the current progresses on plasmid biology in the rare actinomycetes.

本文综述目前稀有放线菌中的质粒生物学的研究进展.

From a series of tests , BTO-l, BTO-2, BTO-3 are classified as bacterial and FL-i as actinomycetes.

确定:BTO-1 为螺旋状细菌类, BTO-2为杆状细菌类, BTO -3 为球状细菌类,FL-1为灰色放线菌类.

The result showed that the intention that actinomycetes could produce agricultural antibiotic by SSF was feasible.

结果表明,利用放线菌固态发酵生产农用抗生素的思路是可行的.

Indirect ELISA test shows that Coupling of antibodies without influence of antigenicity. Immunofluorescence and immunogold electron microscopy revealed that Conjugates have specific targeting against Porcine Contagious Pleuropneumonia actinomycetes.

间接ELISA检测表明：二者的偶联对抗体的抗原性没有影响；免疫荧光及免疫电镜显示偶联物具有猪传染性胸膜肺炎放线菌特异性靶向性。

Study on Diversity and Polyphasic Taxonomy of Acidophilic Rare Actinomycetes from Acidic Soil

酸性土壤中嗜酸签名稀有放线菌的多样性及多相分类研究

Under the stress of high accumulation of Ce, the population structures of actinomycetes, fungi, cellulolytic fungi and ammonifying microbes were changed in different degrees.

在高积累Ce的胁迫下放线菌、真菌、分解纤维素真菌和氨化微生物的种群结构发生了不同程度的改变。

Screening of Antagonistic Actinomycetes against Animal Pathogen from Saline Soil of Northwest Typing of NA Gene in the Hui Nationality in North west China by PCR SSP

西北地区盐渍土中抗动物病原菌的拮抗放线菌筛选PCR-SSP方法对西北地区回族NA抗原基因分型

They were classified primarily as sixty-one bacteria, nine actinomycetes and two fungi according to morphology.

根据形态学观察初步确定为61株细菌、9株放线菌和2株真菌。

Study on Systematics of the 26 Marine Actinomycetes Having Cytotoxic Activity

26株具有细胞毒活性的海洋放线菌的系统发育研究

Separation and counting of the bacteria and actinomycetes in mud-flat of coastal land in Yancheng

高浓度悬沙层和浮泥层？沿海滩涂土壤细菌、放线菌的分离与计数

Selective Isolation of Actinomycetes PVC Coated Wirerope

选择性分离放线菌PVC涂层钢丝绳

In autumn, soil actinomycetes was more closely related to soil insect community, and soil urease, soil total nitrogen were the key interaction factors of them.

秋季，土壤放线菌与土壤昆虫群落的联系更为密切，土壤脲酶、全氮是实现其相关性的关键因子。

In spring, the relationship between soil actinomycetes and soil insect community was most closely, and β-glucosidase, alkaline phosphatase and polyphenoloxidase, soil pH value were the key interaction factors of them.

春季，土壤放线菌与土壤昆虫群落关系最为紧密，β-葡萄糖苷酶、碱性磷酸酶、多酚氧化酶、土壤pH值是实现其相关性的关键因子。

Throughout the year, Soil bacteria, fungi and actinomycetes were more closely related with soil insect community, and polyphenol oxidase, soil temperature and soil available phosphorus were the key interaction factors of them.

全年，土壤细菌、真菌和放线菌均与土壤昆虫群落联系较为紧密，多酚氧化酶、土壤温度和速效磷是实现其相关性的关键因子。