英语释义

1. an enzyme that catalyzes the oxidation of luciferin

2. an enzyme that catalyzes the oxidation of luciferin

片语

Cypridina luciferase分泌型海萤荧光素酶

gaussia luciferase荧光素酶

luciferase activity荧光素酶活性

bacterial luciferase细菌荧光素酶

natural luciferase荧光素酶

Luciferase assay荧光素酶检测

dual luciferase双荧光素酶

Renilla Luciferase海肾萤光素酶

luciferase analysis荧光素酶试验

英汉例句

• The effect of MDM2 on the transcriptional activity of er was detected by the reporter gene containing estrogen responsive elements luciferase (ERE-LUC).

  以含雌激素反应元件的荧光素酶(ERE -LUC)为报告基因，通过检测荧光素酶活性来确定MDM2是否对ER有转录调节因子的作用。

• We addressed this question with the method of luciferase reporter gene.

  我们用荧光素酶报告基因的方法，探讨了这个问题。

• METHODS: The regulating region of the human GCLC gene was cloned by PCR method to construct the wild type plasmid, which expressed luciferase reporting gene.

  方法：通过PCR的方法克隆GCLC基因的部分转录调控区基因，构建表达虫荧光素酶报告基因的质粒；

• Objective The possibility of peripherin binding protein (PBP) to improve the refolding of denatured luciferase in vitro was investigated.

  目的探讨感光受体外周蛋白结合蛋白（PBP）在体外是否有促进变性蛋白质复性的作用。

• The mice were also regularly injected with luciferin, so that the luciferase would have the fuel it needed to glow.

  小鼠还定期注射荧光素，以便荧光素酶能够持续发光。

• Luciferin, as the light-carrier substance or the energy-transfer substance, plays an indispensability role on the luminescent system of luciferase in the biology illuminant.

  在生物发光体内，荧光素作为直接释放光子的物质和能量的传递物质在荧光素酶发光体系中发挥着不可或缺的作用。

• The in vivo binding and functional relation between BRCA2 and FHL2 was demonstrated by co immunoprecipitation, mammalian two hybrid assay and luciferase detection.

  免疫共沉淀和哺乳动物细胞双杂交试验显示BRCA2和FHL2在体内特异性结合，并证实FHL2在体内形成同源二聚体；

• 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.

  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。

• The species, structure and applications of luciferase were researched.

  文章就荧光素酶的种类、结构及应用进行了研究。

• All three mutants showed higher luciferase activity than that of the wild type, and the V85I mutant showed the highest activity.

  三个突变异种均显示比野生型具有更高的荧光素酶活性，并且V85I突变异种活性最强。

• The investigators used genetically engineered E. coli cells to produce luciferase as a function of AHL concentration.

  研究者用基因工程的大肠埃希菌细胞生产荧光素酶作为AHL浓度函数。

• We used a reporter gene plasmid in which firefly luciferase expression is dependent on the HCV IRES.

  我们使用了依赖HCVIRES表达萤火虫荧光素酶的报告基因质粒。

• The transcriptional activation function of GR was evaluated through the detection of relative luciferase activity after dexamethasone treatment.

  相对荧光素酶活性法检测地塞米松作用后GR转录激活功能的变化。

• Unlike jellyfish photoproteins, which require calcium to light up, luciferase from fireflies needs a ready supply of luciferin and ATP.

  不像水母的发光蛋白需要钙离子来激活发光，萤火虫体内的荧光素酶需要足够的荧光素和AT P供应。

• He added the gene responsible for the formation of luciferase to the genome of herpes simplex virus type 1 and injected the modified virus into mice.

  他将荧光素酶的基因加入了单纯疱疹病毒1型病毒中，并且将这种修改过的病毒注入了小鼠体内。

• The transcriptional activity of the two splicing variants was detected with a luciferase reporter in transient transfections of human embryonic kidney293T cells.

  瞬时转染人胚胎肾细胞293t，用荧光素酶报告基因检测这两种剪切形式的转录活性。

• The possibility of peripherin binding protein (PBP) to improve the refolding of denatured luciferase in vitro was investigated.

  探讨感光受体外周蛋白结合蛋白（PBP）在体外是否有促进变性蛋白质复性的作用。

• In in vitro, DHT increased the AR activity and induced the expression of luciferase reporter gene in a concentration-dependent manner.

  核凈未能引起荧光素酶活性值的增加，但菌核凈能抑制DHT依赖的AR活性，并呈现。

• Methods The method of luciferase reporter gene was used.

  方法采用荧光素酶报告基因方法。

• Objective to study the DTA vector containing the Ewing family of tumors EWS-FLI1 binding sequence depresses the co-transferred luciferase reporter plasmid.

  目的研究含尤文家族肿瘤ews FLI1结合序列的DTA载体对报告基因表达的抑制作用。

• The human GRP94 promoter was then cloned upstream of the luciferase gene and showed enhanced activity in hypoxic conditions.

  随后人GRP94启动子克隆了荧光素酶基因上游区且缺氧环境中活性增强。