他们从萤火虫和海洋荧光细菌中提取基因，并对它们进行了修改，可以很容易地添加到其他生物体中，使它们发光。
They took genes from fireflies and bioluminescent marine bacteria and modified them that can be easily added to other organisms to make them glow.
这盏灯是用生物荧光细菌制作的，能照亮一间屋子，是精灵古怪微生物概念屋的组成部分。
This lamp USES bioluminescent bacteria to light up a room, a component of the weirdly compelling Microbial Home concept.
威德博士目前在研究一种叫做Vibriofischeri的荧光细菌，这各细菌对于各种污染非常敏感。
Dr Widder is working with a bioluminescent bacterium species called Vibrio fischeri that is sensitive to a wide variety of pollutants.
瑞士洛桑大学的凡德尔·米尔(Janvan derMeer)认为通过用荧光细菌来监测污染的手段可以通过基因工程而更完善。
Jan van der Meer at the University of Lausanne in Switzerland is taking the idea of using bioluminescent bacteria as pollution monitors a step further, by tinkering with their genetics.
去年，整个细菌工程队研究人员定期用荧光一致染色，我们期待这能有更多关于探讨细胞集合行为的论文。
Last year, researchers engineered an entire colony of bacteria to periodically fluoresce in unison, and we can expect many more papers exploring the behaviour of collections of cells.
由于不同细菌对不同污染的敏感程度不同，因此，不同颜色的荧光可以用来显示特定的化学物质。
And because different bacterial species are sensitive to different pollutants, different coloured glows can indicate the presence of specific chemicals.
用荧光扫描器与分析软件逐个检测带有荧光的探针，识别显现出的细菌或病毒序列。
In turn, a fluorescent scanner and analysis software are used to detect the probes that have lit up, identifying the presence of viral or bacterial sequences.
研究者透露说，在水或食物样品中加入荧光素酶和荧光素可以被用来检测atp，这样就可以确定样品中是否存有细菌或者其他病原体。
Researchers realised that adding luciferase and luciferin to a sample of water or food could be used to detect ATP, and thus determine whether the sample contained bacteria or other pathogens.
但是细菌性和病毒性的感染产生不同的ROS，所以就会有不同种类的荧光。
But bacterial and viral infections produce different ROS's and so have different types of glows.
这个前景是美好的，因为从细菌到牛都可以用来合成荧光蛋白质。
A tantalizing prospect because almost any organism, from a bacterium to a cow, can be programmed to synthesize GFP.
介绍了细菌荧光显微镜直接计数法的基本原理、仪器设备、分析和计算方法，并对水样过滤操作方法作了一些改进。
This article introduces the basic principle, instrument, analysis and calculative method on how to take count of bacteria by fluorescence microscope.
所采样品冷藏带回，应用荧光显微镜计数细菌总数，倒平板法计数弧菌总数。
Bring the sampling to the laboratory under low temperature circumstances, then, census the total numbers of bacteria by fluorescence microscope and vibrio by selection technique of plate cultivation.
目的：评价聚合酶链反应（PCR） ，细菌培养，抗酸染色，荧光染色对结核病的诊断价值。
Objective:To evaluate the diagnostic value of polymerase chain reaction (PCR), culture, Semar acid fast staining, fluorescent staining in tuberculosis.
结果表明，用广谱探针可检测到所有植原体产生荧光信号，而细菌不产生荧光信号。
The results showed that the universal probe could detect all the phytoplasmas used, while no signal was detected for bacteria.
通过对细菌轮廓荧光强度均值的判断，证实龈下菌斑中存在ROX-126标记的阳性细菌。
The ROX-126-labeled positive cells were found in the subgingival plaque by the mean fluorescence intensity of the cells' profile.
运用透射电镜、钙染色和革兰染色等手段观察其形态特征，采用单克隆抗体间接免疫荧光染色进行细菌鉴定。
The obtained cells were observed using transmission electron microscopy(TEM), detected with alizarin red staining and Gram staining, and identified by indirect immunofluorescence staining .
本法特异性强：痢疾杆菌AOFA只对痢疾杆菌形成特异性的荧光菌团，且能从此荧光团中分离出典型痢疾杆菌，对不凝集弧菌等其他肠道12种细菌皆不形成典型荧光菌团。
AOFA of bacillary dysentery is specific to the bacteria in forming fluorescent clumps, which could not be rendered by tests carried out with nonagglutining vibrio and enteric bacteria of 12 species.
目的使用生物磁石复合体的新型荧光免疫测定方法，高感度快速分离检测目标细菌。
Objective a new typed method was investigated with fluoroimmunoassay using bio magnetic combination for highly sensitive, rapid detachment and detection of the target bacteria.
本文基于发光细菌发光抑制法系统检测了六种量子点的毒性，并初步探讨了新型荧光碳点的毒性。
In this paper, a novel method so-called bioluminescence inhibition assay with luminous bacteria (Photobacterium phosphoreum) was introduced to evaluate the toxicity of quantum dots.
研究了腐植酸对荧光假单胞细菌（从土壤分离）降解甲苯的影响。
The biological degradation potential on toluene of the bacteria Pseudomonas fluorescens isolated from soil, as influenced by humic acids, was investigated.
本试验旨在探讨荧光光度法研究瘤胃原虫对细菌吞噬作用的可行性。
The study was conducted to examine the feasibility of spectrofluorimetry used to study the phagocytosis of rumen protozoa on bacteria.
本试验旨在探讨荧光光度法研究瘤胃原虫对细菌吞噬作用的可行性。
The study was conducted to examine the feasibility of spectrofluorimetry used to study the phagocytosis of rumen protozoa on bacteria.
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