病寄主 的英文怎麼說

中文拼音 [bìngjìzhǔ]
病寄主 英文
virus vector
  • 病 : Ⅰ名詞1 （疾病; 失去健康的狀態） illness; sickness; disease; malum; nosema; malady; morbus; vitium...
  1. On the other side of the atlantic, the damming of african rivers has led to the spread of human blood flukes that depend on snails as a host and cause human schistosomiasis

    在大西洋的另一邊，由於非洲河川建了水壩，導致以螺類為寄主的人類血吸蟲到處散播，引發人類的血吸蟲病。
  2. Capsid proteins are involved in recognition and infection of the host and can be used to identify the virus by serological means or amino acid sequencing

    衣殼蛋白與寄主的識別和感染有關，還可以通過血清學的方法或氨基酸序列來識別病毒。
  3. Membranes of host mesophyll cells had marked pathological changes, organelles disintegrated, cytoplasm condensed, plasmalemma invaginated, and eventually the whole cell disintegrated and necrotized

    寄主葉肉細胞的膜系統明顯病變，細胞器解體，細胞質凝聚，質膜內陷，最終整個細胞壞死解體。
  4. The physiological races of tomato leaf mold collected from the eastern three provinces were analyzed by using differential host

    摘要採用國際上通用的鑒別寄主譜，對東北三省番茄葉霉病菌生理小種進行分析鑒定。
  5. After reproduction of the viral nucleic acid the host cell usually undergoes lysis ( lysogeny )

    病毒核酸復制后寄主細胞通常要經歷裂解過程（溶源狀態） 。
  6. Degree of sensitivity or tolerance of the host can be assessed according to the symptoms.

    根據癥狀能確定寄主感病或耐病的程度。
  7. The conclusion can be drawn that the coat proteins will intrude into chloroplasts with tumv infection, which leads to the modification of chloroplast structure, inhibition of photosynthesis and appearance of mosaic symptoms on leaves

    6和4 6 。本研究證明， 2種十字花科寄主植物受tumv侵染后產生的病理生理變化和癥狀表現與病毒cp侵入到葉綠體中有關。
  8. Polydnavirus gene products and their physiological effects on host insects

    病毒的基因表達產物及對寄主昆蟲的生理作用
  9. The entomophthoralean fungus, pandora delphacis ( hori ) humber, ( zygomycotina : entomophthorales ) is an insect pathogen specific to homopteran insects such as planthoppers, leafhoppers, and aphids and frequently cause epizootics in insect populations. problems with propagation of inocula at a low cost, but high efficiency, have been a technical obstacle to progress for entomophthoralean study and utilization for a long run

    飛虱蟲癘霉（ pandoradelphacis （ hori ） humber ）是同翅目昆蟲的專性昆蟲病原真菌，分類上屬于接合菌亞門（ zygomycotina ）的蟲霉目（ entomophthorales ） ，常引發飛虱、葉蟬的流行病，也侵染蚜蟲、沫蟬等寄主。
  10. There was also obvious difference in pathogenicity even if different hosts were inoculated by the same spore isolates of venturia inaequalis

    同一菌株對不同寄主品種的致病力也存在較大差異。
  11. Based on the host reaction and cluster analysis of disease severity, the 57 isolates of venturia inaequalis could be divided into three categories : strong ( pathotype ), intermediate ( pathotype ) and weak pathogenicity ( pathotype ) respectively

    根據寄主對病菌的反應類型並結合病害嚴重度的聚類分析結果，可將57株蘋果黑星病菌菌株劃分為3個類群：強致病力型、中等致病力型、弱致病力型。
  12. In order to explicit the pathogenicity differentiation of venturia inaequalis in fields, three apple cultivars were individually inoculated with 57 representative single spore isolates of venturia inaequalis collected respectively from different apple producing areas in china, england and india

    摘要為了明確田間蘋果黑星病菌致病力的分化情況，選取中國、英國、印度3個國家不同蘋果產區的57株有代表性的蘋果黑星病菌株，分別接種嘎啦、富士、秦冠3個寄主品種進行致病力測定。
  13. Mechanism of fungal pathogenesis in insect and strain improvement by gene engineering

    昆蟲病原真菌致病寄主的機制和基因工程改良
  14. When viruses set up camp inside the cells of animals and plants, they need to replicate before being detected and destroyed by the host cell

    在病毒侵入動物和植物的細胞內部以後，在被寄主細胞發現和消滅之前他們就需要復制自己。
  15. Results showed that there was obvious difference in pathogenicity among those tested isolates that could produce different types of disease spots in their size, shape and color on the same inoculation host

    結果表明，不同菌株在相同寄主上能產生不同類型的病斑，其病斑大小、形狀、顏色存在較大差異。
  16. Disease-producing bacteria develop normally within the tissues of an infected host.

    致病的細菌通常在罹病的寄主的組織里發展。
  17. A gene that causes the transformation of normal cells into cancerous tumor cells, especially a viral gene that transforms a host cell into a tumor cell

    致癌基因導致正常細胞轉變為癌變細胞的基因，尤其是一種把寄主的細胞變為腫瘤細胞的病毒基因
  18. Influences on host plant cell pathology by tumv infection tumv particles were scattered in cytoplasm area of diseased cells separately or in bundles. the pinwheels, scrolls and laminated aggregates, which were the cross sections of cylindrical inclusion bodies, were observed under transmission electron microscope. meanwhile, pathological changes of diseased chloroplasts " morphology and structure took place

    Tumv侵染寄主的細胞病理學特徵利用透射電鏡觀察接種寄主細胞的超薄切片，分離自杭州榨菜上的tumv分離物jc - 1在青菜和芥菜的細胞質中病毒粒子分散或成束分佈；細胞質中存在不同形態的柱狀內含體，分別為風輪體、捲筒體、片層聚集體；同時，葉綠體發生了形態和結構上的改變。
  19. Thin sections of host leaf cells infected by bbwv - 2 isolate b935, which were gold - labeled by antibodies of bbwv - 2 coat protein ( cp ) and vp37, respectively, were prepared to elucidate the locations of vp37 in cell and possible function of vp37 and cp in cell to cell movement. observation in electron microscope showed that virus particles were presented not only in cytoplasma but also in chloroplast, while vp37 was existed only in cytoplasma and associated with tubular structure through the cell wall

    為研究vp37在寄主細胞中的作用機制及其在細胞中的分佈，通過膠體金間接標記6his - vp37兔抗血清，同時還標記了病毒的外殼蛋白單克隆抗體，對bbwv - 2分離物b935感染的病葉超薄切片的電子顯微鏡觀察發現：病毒粒子除了聚集在胞質中，還存在於寄主的葉綠體內； vp37蛋白能在細胞壁上形成管狀結構，在胞質中亦有分佈。
  20. The detection of coat proteins in host chloroplasts infected with tumv the intact chloroplasts were isolated, the proteins attached to the chloroplast surfaces digested, then the total proteins of chloroplasts extracted. the coat protein was detected in both chloroplasts of chinese cabbage and mustard infected with tumv through western blot

    寄主葉綠體中tumv外殼蛋白的檢測通過提取青菜和芥菜葉片中的完整葉綠體，用胰蛋白酶消除其表面蛋白后，抽提葉綠體總蛋白，然後用westernblot檢測，證明ti1mh cp存在於感病寄主的葉綠體中。
分享友人
分享到 Line

分享到臉書