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Twitching motility
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蹭行运动,蹭动
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分类:
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详细解释:
1) Twitching motility
蹭行运动
1.
Twitching motility mediated by type IV pili plays an important role in the pathogenesis of this organism.
应用Mu转座重组技术研究铜绿假单胞菌 (Pseudomonasaeruginosa)蹭行运动 (Twitchingmotility)的相关基因。
2.
The aim of this study was to observe the function of low concentration of erythromycin to pseudomonas aeruginosa’s twitching motility and the phagotrophic ability of macrophage to pseudomonas aeruginosa.
本研究通过体外培养铜绿假单胞菌,观察低浓度红霉素对铜绿假单胞菌蹭行运动的影响及其抗巨噬细胞吞噬作用的影响。
2) twitching motility
蹭动能力
1.
[Objective] Studying the genes involved in swimming and twitching motility of Pseudomonas aeruginosa.
【方法】:以一株临床分离的铜绿假单胞菌PA68做受体菌,应用人工Mu转座技术建立了库容为2000的突变子文库,从中筛选出泳动能力和蹭动能力丧失或减弱的突变子,通过基因克隆、测序,GenBank BLAST比对测序结果,互补基因表达确定与铜绿假单胞菌运动能力相关的基因。
3) twitching motility
蹭动
1.
The bacteria can colonize a variety of surfaces and form biofilm, which causes persistent infection in the host Swimming motility mediated by flagellum and twitching motility mediated by type IV pili play very important role in the initiation of biofilm formation, mutants deficient in twitching and swimming loss ability of initiating biofilm formation.
据文献报导,鞭毛介导的泳动和Ⅳ型菌毛介导的蹭动在被膜形成的早期起重要作用,这两种运动能力丧失的突变子,不能在塑料表面形成生物被膜。
4) twitching of the flesh
肉膶
5) motility
运动性
1.
In vitro Effect of 5-Hydroxytryptamine on Motility and Length of Schistosoma japonicum Primary Sporocysts;
5-羟色胺体外对日本血吸虫母胞蚴运动性与体长的影响
2.
The structure and the motility characteristic of the lower limbs are researched in this paper with theory and method of its pattern design expounded.
文章研究了下肢带的构造及运动特点,提出了适合下肢带构造和运动特点的纸样设计理论和方法,以使服装既有审美性,又具有良好的运动性。
3.
The structure and the motility-characteristic of the limbs-area are researched in this paper with theory and method of its pattern design expounded.
文章研究了上肢带的构造及运动特点 ,提出了适合上肢带构造和运动特点的纸样设计理论和方法 ,以使服装既有审美性 ,又具有良好的运动性。
6) motility
胃动力
1.
Indexes of motility and clinical symptoms were examined in two groups.
[方法]通过对30例厌食症患儿中药开胃汤治疗,并设西药治疗32例为对照组口服吗叮林,观察胃动力学指标及临床症状的变化。
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以下为句子列表:
英文: The Role of Twitching Motility Mediated by Pili and Extracellular Alginate in Pseudomonas aeruginosa Biofilms Development
中文: 蹭行运动和胞外藻酸盐在铜绿假单胞菌生物被膜形成中的作用
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