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1)  Allomonas
异单胞菌属
2)  Monas,Zymomonas
单胞菌属
3)  Pseudomonas
假单胞菌属
1.
Distribution of integrons in clinical Pseudomonas strains and its transferable drug resistance;
假单胞菌属细菌中整合子的分布及其可转移耐药性研究
2.
Detection of abundance of Pseudomonas in environmental samples by real-time quantitative PCR;
实时荧光定量PCR法检测环境假单胞菌属细菌丰度
3.
Advance of Taxonomy of Pseudomonas Based on 16S rRNA Sequence;
根据16SrRNA序列对假单胞菌属分类学的研究进展
4)  xanthomonas
黄单胞菌属
5)  Pseudomonas sp
假单胞菌属
1.
The bacterial strain was identified as Pseudomonas sp.
为了筛选高效多环芳烃芘的降解菌株并研究其降解条件,为生物修复多环芳烃污染土壤提供科学依据和实验材料,从长期受石油污染土壤中分离筛选得到一株芘降解菌B4,初步鉴定为假单胞菌属(Pseudomonassp。
2.
And the test result shows that the strain is Pseudomonas sp that can use phenol as the only carbon source as shown by the control experiments.
经生理生化特征测定及外观鉴定,将其初步鉴定为假单胞菌属。
3.
They are identified as Pseudomonas sp.
经分类鉴定表明一株属于假单胞菌属(Pseudomonas sp。
6)  Halomonas
盐单胞菌属
1.
Objective: To isolate and to identify a strain of Halomonas from the Huanghai sea soil in Lianyungang, studying the activities of its product.
结果:分离得到一株盐单胞菌Halomonas-GY1,Halomonas-GY1符合盐单胞菌属特征,但其生理生化特征与几个典型的盐单胞菌属菌种存在差异。
2.
Physiological and biochemical analysis of two Halomonas species CM1 and CM4,which were isolated from the salt of some sea products from Qingdao,was carried out and the results showed that the two strains possessed the features of the genus Halomonas, but some of them were not identical to those of the classical species of this genus,suggesting that they may be new species of this genus.
结果表明 CM1和 CM4符合盐单胞菌属 ( H alomonas)的特征 ,但与几个典型的盐单胞菌属菌种有显著的差异 ,因而可能是该属的新种 。
3.
Isolation and characterization of a moderately halophilic bacterium Halomonas sp.NY-011;
16SrDNA序列比对和构建的系统发育树表明该菌属于盐单胞菌属(Halomonas)。
补充资料:发酵单胞菌属
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CAS号:

性质:一属氧化酶阴性、过氧化氢酶阳性、化能异养的革兰氏阴性细菌。细胞大小为(1.0~1.4)μm×(2.0~6.0) μm,两端钝圆,不运动或有1~4根极生鞭毛运动。专性厌氧或兼性好氧。葡萄糖或果糖可经ED途径生成乙醇、二氧化碳、乳酸和少量乙醛、甘油等产物,耐5%以上乙醇。各种菌株都需生物素和泛酸。不还原硝酸盐。多数菌株都可生长在pH值4或更低的酸度下。在葡萄糖-酵母膏琼脂上长出光滑、白色至奶油色、直径1~2mm的菌落。可从美洲龙舌兰发酵的龙舌兰酒或中爪哇的古木提棕榈发酵液中分离。也存在于苹果酒等酒精饮料中并使其变质。G+C mol%值为47.5~49.5。惟一模式种为运动发酵单胞菌(Z. mobilis)。近年来正在开发此菌生产酒精,它在发酵温度、代谢速率和产物转化率等方面都比传统的酵母酒精发酵更优越。

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