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菌中p
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  bacterium p
     The optimum growth temperature ofphenol degrading bacterium P29 and the petroleum degrading bacterium H2 was 40-50℃,they are thermophile,the P28 and P30 are mesop-hile,their optimum growth temperature was 25-35℃。
     三株酚降解菌中P(29)和石油降解茵H2菌株适宜生长温度是40℃-50C,属高温型菌,P(28)和P(30)最适宜生长温度为25℃-30℃,属中温型菌。
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  “菌中p”译为未确定词的双语例句
     coli isolates in Hefei, Anhui Province between September, 1999 and September, 2000.To investigate the epidemiological data and drug-resistance of ESBLs producers in Hefei, Anhui Province between September, 1999 and September, 2000.To study resistant genotypes of ESBLs producers isolated from Hefei, Anhui Province between 1999 and 2000. Materials and Methods299 clinical isolates of K.
     了解 1999上000年合肥市多家医院临床分离的产 ESBLs的肺炎克雷伯菌和大肠埃希菌中p.内酚胺酶基因型的初步分布倩况。
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  相似匹配句对
     d.
     d
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     Conclusion The B. t.
     结论 在大肠埃希B.t.
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     THE POTENTIAL OF USING FUSARIUM IN BIOLOGICAL PEST CONTROL
     镰刀在生物防治的作用
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     and the filaments caus-ing scum were M. Parvicella and Nocardia SP.
     泡沫的丝状为M. Parvicella和NocardiaSP.
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     Study on the PHAs Biosynthesis Bacteria in Mangrove Soil
     红树林土壤PHAs合成的研究
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  bacterium p
A mercury resistant-soil bacterium P.10.15, identified as a close relative of Pseudomonas veronii, was shown to accumulate a specific compound in the stationary phase of growth.
      
cichorii whereas a linear electron transport system characterizes the related bacterium P.
      
Electronic excited states and excitation transfer kinetics in the Fenna-Matthews-Olson protein of the photosynthetic bacterium P
      
N81106 (Agrobacterium aurantiacum), Pantoea ananatis (Erwinia uredovora 20D3), marine bacterium P99-3, and P450 monooxygenase (CYP175A1) from Thermus thermophilus HB27.
      
27 and PI 150414 dry bean lines were highly tolerant to races 1 and 2 of the halo blight bacterium (P.
      
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Three phenol degrading bacteria designated as P28,P29,P30 respectively,and a petroleum degrading bactarium as H2,were is-olated from biological membrane in sewerage purification System forpetroleum industrial chemicals.We Have tested their ability of resis-tance and degradation for phenol,optimum growth temperature,pH an-d the concentration of NaCl.It was demonstrated that three phenoldegrading bacteria could llot only utilize phenol as the sole carbonsource,bttt also resist to the concentration of phenol as...

Three phenol degrading bacteria designated as P28,P29,P30 respectively,and a petroleum degrading bactarium as H2,were is-olated from biological membrane in sewerage purification System forpetroleum industrial chemicals.We Have tested their ability of resis-tance and degradation for phenol,optimum growth temperature,pH an-d the concentration of NaCl.It was demonstrated that three phenoldegrading bacteria could llot only utilize phenol as the sole carbonsource,bttt also resist to the concentration of phenol as high as400mg/L. While the petroleum degrading bacterium could only resistto the concentration of phenol up to 10mg/L oly,and coull not ntilizethe phenol as a carbon source. The optimum growth temperature ofphenol degrading bacterium P29 and the petroleum degrading bacterium H2 was 40-50℃,they are thermophile,the P28 and P30 are mesop-hile,their optimum growth temperature was 25-35℃。The optimum pH of all these strains was 7-8, and the optimum con-centration of NaCl Was 1-3%. The ability of perforlning zoogloesby the three phenol degrading bacteria wastested and showed that thezoogloea could been performed by strain of P30 only The strain of P30identified as the Zoogloea filipendula of Zoogloea.

本实验以石油化工废水生物处理塔中生物膜为材料,分离得三株苯酚降解菌(P(28)、P(29)、P(30))和一株石油降解菌(H2)。分别测定了它们对酚的降解和耐受能力、适宜的生长温度、PH和氯化钠浓度。证明三株酚降解菌不仅可以苯酚为唯一碳源,而且可耐受400毫克/升浓度的苯酚。石油降解菌则最高只能耐受10毫克/升,并且不能以苯酚为碳源。三株酚降解菌中P(29)和石油降解茵H2菌株适宜生长温度是40℃-50C,属高温型菌,P(28)和P(30)最适宜生长温度为25℃-30℃,属中温型菌。但所有上述菌株的最适宜pH均为7-8,最适宜的氯化钠浓度为1-3%。经对三株酚降解菌菌胶团形成能力的测定证明,只有P(30)菌株可形成菌胶团。经鉴定P(30)为动胶菌属的悬丝动胶菌(Zoogloeafilipendulal。

Objective To study the relationship between the classification of β-lactamases and the treatments of the third generation cephalosporins in 30 extended spectrum β-lactamases producing bacteria. Methods The treatment records of 26 patients who infected by ESBLs producing bacteria in Beijing hospital from Jan 2001 to Jul 2002 were studied retrospectively. Transconjugation test, PCR amplification, gene cloning and DNA sequencings were used to detect the classification of β-lactamases in ESBLs producing bacteria...

Objective To study the relationship between the classification of β-lactamases and the treatments of the third generation cephalosporins in 30 extended spectrum β-lactamases producing bacteria. Methods The treatment records of 26 patients who infected by ESBLs producing bacteria in Beijing hospital from Jan 2001 to Jul 2002 were studied retrospectively. Transconjugation test, PCR amplification, gene cloning and DNA sequencings were used to detect the classification of β-lactamases in ESBLs producing bacteria which were isolated from those patients; study the relationship between the treatments of the third generation cephalosporins and the classification of ESBLs. Results Most patients(86.2%) got the therapy of the third generation cephalosporins in a week. Ceftazidime and ceftriaxone were used 12 times in this study, respectively. DNA sequence of amplicons of CTX-M, TEM, SHVwere 4, 6, 9; 11, 15, 1, respectively. And 4 subtypes in CTX-M, 2 subtypes in SHV. SHV was founded mostly in K.pneumaniae (P<0.01). CTX-M type ESBLs took (58.3%) in the treatments group of ceftazidime, and took(66.6%) in ceftriaxone (P>0.05). Conclusion The key factor which effect on distributing of CTX-M type ESBLs was the widespread of plasmid-mediated enzymes in this study.

目的 研究临床分离的30株产超广谱p内酰胺酶(ESBLs)类型与应用第3代头孢菌素治疗的关系。方法 回顾性分析2001.01~2002—07选取的26位产ESBLs细菌感染患者应用第3代头孢菌素治疗情况。用接合试验、聚合酶链反应、PCR产物克隆测序鉴定从上述患者体内分离的产ESBLs细菌的β内酰胺酶类型。结果 大多数(86.2%)患者1周内接受了第3代头孢菌素治疗,头孢他啶12例次,头孢曲松12例次。PCR结果显示,肺炎克雷伯菌和大肠埃希菌的CTX—M、TEM、SHV基因阳性分别为4,6,9株和11,15,1株。其中,CTX—M型ESBLs 4种亚型,SHV型ESBLs 2种亚型。SHV型β内酰胺酶主要分布于肺炎克雷伯菌中(P<0.0 1),头孢他啶治疗组中CTX—M型ESBLs占58.3%,头孢曲松治疗组占66.6%(P>0.05)。结论质粒介导的CTX—M型:ESBLs的传播是影响ESBLs类型分布的主要因素。

 
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