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- Photobacterium phosphorescens [医] 发光菌, 光假单胞菌
- Vibrionaceae consists of Vibrio, Aeromonas, Plesiomonas and Photobacterium. 弧菌科主要包括弧菌属(Vibrio)、气单胞菌属(Aeromonas)、邻单胞菌属(Plesiomonas)和发光杆菌属(Photobacterium)。
- The dominant bacteria were Photobacterium,Vibrios,Aeromonas,Enterobacteriaceae,Xanthomonas,Agrobacterium,Bacillus. 其中优势菌为发光杆菌属、弧菌属,气单胞菌属、肠杆菌科、黄单胞菌属,次优势菌为土壤杆菌属、芽孢杆菌属、棒状杆菌属、小球菌属。
- Photmultiplier tube as photoelectricity detecting apparatus determines light intensity of sample doped photobacterium. 光电倍增管作为光电检测器，测定加入发光细菌样品的发光强度；
- The toxic mechanism of benzoic acids to Photobacterium phosphoreum was mainly electrophilic and toxicities could be described by TSA in combination with ELUMO. 苯甲酸类化合物对发光菌的致毒机制中可能有亲电作用发生,毒性可用TSA和ELUMO来联合描述。
- The toxicity of these effluents to Photobacterium phosphoreum was also determined.According to the toxicity category standard, their order of toxicity intensity was obtained. 应用发光细菌法测定了废水的生物毒性，并根据水质毒性分级标准进行了评价。
- Most of the bacteria were motile, Gram negative rods. They were identified to the genus level and classified into 12 groups. The major compounds of the micro biofilm included Aeromonas, Photobacterium, Moraxella, Pseudomonas, Vibrio and Alcaligenes etc. 依据形态及生理生化特征将革兰氏阴性细菌鉴定到属 ,分别属于气单胞菌属 ( Aeromonas)、发光杆菌属 ( Photobacteri-um)、莫拉氏菌属 ( Moraxella)、假单胞菌属 ( Pseudomonas)、弧菌属 ( Vibrio)和产碱菌属 ( Alcali-genes)等 12个属 ,其中气单胞菌属是优势菌属。
- In this study, the genotoxicity on 7 chemicals and 8 environmental samples were detected by strain T9171, photobacterium phosphoreum T3, sp. dark mutant and vicia-micronucleus test (VAMCN). 用明亮发光杆菌T3小种的暗变种T9171菌株和蚕豆根尖细胞微核技术检测了7种化合物和8种环境样品的基因毒性。
- The experiment can provide fundamental parameters for application of Photobacterium phosphoreum in environmental protecion, and it also give us a possible method for further research in cell's level. 上述实验为明亮杆菌在环境保护中的应用提供了基本参数，也为进一步从细胞水平上研究发光细菌提供了可能。
- The mechanisms of joint toxicity action were also simply deduced according to luminescence principle of photobacterium phosphoreum and molecule structures of the mixture components. 根据发光原理和混合体系组成，可初步推测联合毒性的作用机制。
- Bacillus smaragdinus phosphorescens 磷光碧色杆菌
- Keywords photobacterium phosphoreum;comprehensive toxicity; 发光细菌;综合毒性;
- Keywords photobacterium phosphoreum;flow injection.; 发光菌;流动注射;
- Keywords Algae;Photobacterium phosphoreum;Soil;Toxicity; 藻;发光菌;土壤;毒性;
- Research on QSAR of Alkyl Phenolic Compound to Photobacterium Phosphoreum 烷基酚类化合物对发光菌的定量构效相关研究
- Keywords Sediment Quality guidelines Photobacterium Ecotoxicology risk; 沉积物;质量基准;发光菌;生态毒性风险;
- Keywords vegetable;organophosphorous pesticide;photobacterium phosphoreum.; 蔬菜;有机磷农药;发光细菌;
- Keywords Photobacterium phosphoreum;cosolvents;DMSO;influence on toxicity test; 发光菌;助溶剂;二甲亚砜;毒性影响;
- Keywords Photobacterium phosphoreum;Toxicity test;Environmental monitoring.; 发光细菌;毒性测试;环境监测;
- Pseudomonas phosphorescens 磷光假单胞菌
