Like all living things, humans are bioluminescent: We glow. 人类和所有其他生物一样,都有着生物发光现象,也就是说人体确实会发光。
They also recorded gene expression in real-time using a bioluminescent reporter of gene activity. 同时他们采用基因活性生物发光法记录了基因的实时表达情况。
Factors on Application of Bioluminescent Bacteria to Measure Acute Toxicity of Copper in Soils 应用淡水发光细菌测定土壤Cu急性毒性的影响因素研究
The bioluminescent assay of microbial ATP in postmortem tissues for the estimation of postmortem interval 生物发光法检测肝脏组织中微生物ATP含量推断死亡时间
This gene enables the jellyfish to glow with the bioluminescent protein aequorin. 该种基因使水母能够在发光蛋白质的作用下发光。
The construction of tumor-specific bioluminescent eukaryotic expression vector and the study of its preliminary effect 肿瘤特异性生物发光真核表达载体的构建及其初步特点的研究
As well as replacing traditional streetlights, bioluminescent plants would be useful for people who are not hooked up to the electricity grid. 如果研究能成功,这种“荧光树”将会取代传统路灯,而成为依赖“电能”的人类的福音。
Research on Bioluminescent Tomography Forward Problem Based on Non-Truncated Wavelet Finite Element 基于非截断小波有限元的BLT正向问题研究
Darkness in Antarctica's Weddell Sea gives this comb jelly a chance to show off its candy-colored bioluminescent cells. 在南极洲的威德尔海洋里,黑暗让这个海鸡冠有机会展示它糖果色彩般的生物发光性细胞。
And you can go swimming in a bioluminescent lake. 而且你可以在闪闪发亮的湖中游泳。
It would be helpful to understand the bioluminescent essence and origin of the firefly and other bioluminescence organism. 这将有助于理解萤火虫及其它生物自发荧光的本质和起源进化过程。
This liquefied metal arced up and then cascaded into a hollow tower that pulsed with bioluminescent colors. 这些熔化的金属发出弧光,落进一个脉动着生物荧光色彩的中空塔。
Evaluating the critical ischemia time of the amputated Umb by bioluminescent method 应用生物发光法判断温缺血断肢再植时限
The application of bioluminescent and chemiluminescent analysis technique to biology and medicine increasingly be attached importance. 生物和化学发光分析技术在生物医学中的应用日益受到重视。
Quantitative detection of NADH by in vitro bacterial luciferase bioluminescent 细菌荧光素酶体外发光体系的建立及应用于NADH定量检测
This bioluminescent, squid-like creature would be capable of living on the bottom of the salty ocean on Jupiter. 这种自身能够发光的墨鱼状生物能够在木星上的深海区生存。
Photons 'transportation model in biological tissues and optical simulation environment are key components of in vivo bioluminescent imaging research. 光子在生物组织中的传输模型和光学仿真环境的建立是开展在体生物光学成像前向问题研究的关键环节。
In this paper, a photon propagation model of bioluminescent imaging based on Monte Carlo method is proposed. 提出了一种基于MonteCarlo方法的在体生物光学成像中的光子传输模型。
Advance in the Study of Ultra-weak Bioluminescent Mechanisms and Detecting Methods 生物超弱发光机制及其检测方法研究进展
The sensor system uses the optical fiber as the transmission medium of bioluminescent bacteria signal, separating the sensor and the optical detecting system, which is convenient for field use. 传感器系统采用光纤作为发光菌信号传导介质,使传感器与后面的集成光学检测分析系统相分离,便于现场应用。
Rapid bioluminescent technique to detect bacteria in meat 肉类食品细菌污染生物发光快速分析技术研究
The photon propagation model and photon propagation rule are two key components of bioluminescent imaging. 研究生物组织中的光子传输模型和光子传输规律,是开展在体生物光学成像研究的两个关键环节。
With the development of molecular marker technology and bioluminescent imaging, in vivo bioluminescent imaging has received more and more attention. It has been applied to noninvasive real-time imaging of physiological and pathological process in biological tissues. 随着分子标记技术和光学成像技术的发展,在体生物光学成像倍受关注,已经开始应用于对生物组织的生理或病理过程的无损实时动态成像。
A level set based method was also proposed for the reconstruction of bioluminescent source. 另外,本文还提出一种基于多相水平集法的重建算法来进行未知光源的重建。
In view of the above shortcomings, in this paper, the reaction conditions of ATP bioluminescent method were optimized and the new technology of ATP bioluminescent method was constructed by single factor experiment, double factors optimization experiment. 针对上述缺点,本文通过单因素试验、双因素优选试验优化了ATP生物发光反应条件,建立了ATP生物发光检测新技术。
According to the structure and characteristics of firefly luciferase, the stability of enzyme was studied. New enzyme protectants were developed, which made the stability and sensitivity of the ATP bioluminescent detection techniques were greatly improved. 根据萤火虫荧光素酶的结构特点和性质,对ATP生物发光反应中酶的稳定性进行研究,研制出新型酶保护剂,提高了ATP生物发光检测技术的稳定性和灵敏度。
In order to determine the most effective ATP extractant, the concentration of the extractant and extraction time, the ATP bioluminescent method was combined with the plate count method. The same conclusions were reached using both methods. 在提取剂的筛选、提取剂浓度及提取时间的确定过程中,将ATP生物发光法和平板计数法进行协同研究,得出了一致的结论。
Bioluminescence Tomography ( BLT) allows in vivo localization and quantification of bioluminescent sources inside a small animal to reveal various molecular and cellular activities. 自发荧光断层成像(BLT)是一种生物医学分子成像技术,它通过对体内的光源进行局部化和量化来揭示细胞及分子的活动信息。
It is noteworthy that the benzothiazole moiety is present in a number of antitumor agents and bioluminescent molecules. 值得注意的是,苯并噻唑骨架广泛的存在于抗癌药物和生物发光分子中。