菌體 的英文怎麼說

中文拼音 [jūn]
菌體 英文
thallus菌體抗原 somatic antigen; oantigen; 菌體枝菌素 mycomycetin
  • : 菌名詞1. (蕈) mushroom2. (姓氏) a surname
  • : 體構詞成分。
  1. After the expression form analysis, the insoluble recombinant proteins was purified by destraction and abstersion of inclusion bodies. to study the abstersion condition of the inclusion bodies, we adopted ultrasound crushing and freezing - melting methods

    採用超聲加洗滌液破碎菌體;離心加凍融分離純化融合蛋白,研究不同的超聲次數和凍融對包涵洗滌效果的影響。
  2. Electrochemical aspects of oxidation of arsenopyrite in the presence and absence of thiobacillus ferrooxidans

    和有菌體系下砷黃鐵礦氧化的電化學
  3. Bacteriophages are also assayed by a plague assay method based on similar principles.

    基於同樣原理細菌體也通過空斑測定法進行檢測。
  4. The result showed that this strain have a strong ability to decompose the filter paper cellulose. in the process of degrading fibre, the strain adhere tightly to the fibre through its bacilliform cell

    結果表明該具有較強的分解纖維素的能力,株在降解纖維素濾紙過程中與纖維素物質緊密結合,同時菌體嵌入到濾紙纖維內部。
  5. The bacilliform cell penetrate into interior of the fibre to degrade the cellulose strongly and produced a mass of sticky polysaccharides. after cultured 48 hours, the bacilliform cell ' s surface of sporocytophaga have a great change. at this stage the bacilliform produce a lot of sticky polysaccharides. these sticky polysaccharides associated with the sites where the filter paper was decomposed intensively and form thorns on the surface of the bacillium. at the same time, the filter - paper weight loss is the greatest and decomposing rate is the fastest, so we think that the sticky polysaccharides are produced during the cellulose degradation

    培養48小時,桿狀細胞的表面結構發生很大的變化,此時的菌體表面已產生大量的粘性多糖,這些粘性多糖因菌體在纖維素表面滑動而在菌體表面形成突起,即在纖維素被旺盛降解部位的菌體表面產生了大量突起;而產生突起的菌體深入到纖維素分子內部,纖維素表面可以清晰地看到由於菌體嵌入纖維素分子內部而留下的凹陷。
  6. Phage chromosome is inserted into the continuity of the bacterial chromosome.

    菌體染色被插入細染色中。
  7. It has been proposed to group bacteriophages in six categories.

    有人提出把噬菌體分為六類。
  8. Bacteria may be infected with viruses called bacteriophages.

    有一種稱為噬菌體的病毒可以感染細
  9. Bacteriophage ( phage ) a virus that infects bacteria

    菌體:感染細的病毒。
  10. Viruses that infect bacteria are called bacteriophages

    能感染細胞的病毒也叫噬菌體
  11. Research progress of the technology to demonstrate bacteriophage

    菌體展示技術研究進展
  12. Progress in research of bacteriophage t4 display technology

    4噬菌體表面展示技術的研究進展
  13. Inoviridae, filamentous bacteriophages

    絲狀噬菌體
  14. Immunological properties of foreign peptides displayed on a filamentous bacteriophage

    菌體展示外源多肽的免疫原性研究
  15. Comparison of bacteriostasis in vitro referred to dairy cow mastitis by some chineses herbal medicines

    不同中藥對奶牛乳房炎病原菌體外抑制作用的比較
  16. The leghaemoglobin surrounding the bacteroids serves a dual role.

    菌體四周的豆血紅蛋白執行雙重職能。
  17. E. coli xl1 - blue cells were tansformed by psurfpga and phages were rescued by m13ko7 helper phage particles. results showed that the heterodimeric enzyme was expressed as a fusion protein that matures to an active biocatalyst connected to the coat protein of phage fd

    以構建的噬粒psurfpga轉化具有琥珀突變的大腸桿xl1 - blue ,以輔助噬菌體m13k07超感染,進行青霉素g酰化酶基因的表達和在噬菌體表面的展示。
  18. Display of chicken cck protein on the phage t4 capsid surface and its immunogenicity

    4噬菌體表面的展示及免疫原性研究
  19. Arginine feeding experiment showed that nitrogen metabolism in the s. tenebraius was obviously affected by arginine through two possible ways : ( l ) pronase activity in vitro could be influnced by arginine, as a result, the catabolism of nitrogen - containing macro - molecule was promoted and the nitrogen element in the broth was increased. ( 2 ) arginine could be transformed into glutamic acid, so that the biosynthesis of apramycin was promoted

    因而我們認為gln可能是安普黴素生物合成氮元素的供。 arg添加實驗結果表明, arg可能通過兩種途徑影響黑暗鏈黴菌體內的氮代謝: ( 1 ) arg可能影響胞外蛋白酶的活性,進而促進含氮大分子物質的分解代謝,補充發酵過程中的氮素來源。
  20. Temperature and the concerntration of iptg are crucial factors for expressing tryptopanase with high activity. a conclusion can be drawn that tryptopanase expressed only by constructed plasmid during " catabolite repression "

    在該條件培養得到的菌體能將吲哚、丙酮酸和氯化銨在ph9的條件下轉變為色氨酸。
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