luciferase [lu:'sifəreis]

luciferase的基本解释

n.

荧光素酶, 虫萤光素酶

与luciferase相关的网络例句 [注：此内容来源于网络，仅供参考]

Forty-eight hours after transfection, cells were harvested to determine luciferase activity by illuminometer. In the presence of RU486 a 40-fold maximum activation of the luciferase reporter gene was observed in cultured cells, whereas in the absence of RU486, no significant activation was observed. There was a positive correlation between the luciferase activation and RU486 concentration in a definite range. The results showed that the RU486-inducible regulatory vector was successfully constructed, which can be used to regulate the expression level of genes of interest in appropriate time by the inducer RU486. This inducible expression vector provides a platform for the research of gene regulation and gene therapy.

加入诱导剂RU486后，可以诱导表达荧光素酶，并在一定范围内两者呈正比，最高可以实现荧光素酶的40余倍的表达，而没有RU486时，几乎没有报告基因的表达，表明RU486诱导调控载体构建成功，可实现对目的基因的表达时间和表达水平的精确调控，为进一步的基因调控研究和和基因治疗提供了良好的工具。

Next,we transfected the HOXD13 expression vector,luciferase reporter driven by EPHA7 promoter and renilla luciferase reporter into mouse C3H10T1/2 cell. Thirty six hours after transfection,relative luciferase activity was tested by luminometer.

结果显示，与野生型HOXD13蛋白相比，p.Q317R突变体对EPHA7启动子的转录激活作用明显降低，下降至野生型的13%，而p.1314L突变体对EPHA7启动子的转录激活作用也降低，但降低程度没有p.Q317R明显，为野生型的63%。

Firefly luciferase activities were measured by double luciferase assays System,and Renilla luciferase was used as internal control.

生物学信息学预测VEGF可能是miR-126的靶基因，miR-126通过作用于VEGF的3\'UTR端而起到抑制基因表达的作用。

与luciferase相关的网络解释 [注：此内容来源于网络，仅供参考]

luciferase：萤光素酶

在研究胰岛素(Ins)、地塞米松(Dex)和甲基异丁基黄嘌呤(Mix)对脂肪细胞分化过程中PAI-1基因表达的影响基础上,为进一步探讨Ins、Dex调控PAI-1基因转录表达的调控机制,应用DNA重组技术,构建含萤光素酶(luciferase)报告基因和PAI-1启动子不同长度片段的嵌合质粒,

luciferase：荧光素酶

组织特异性基因表达: 荧光素酶(luciferase)是一类生物发光酶, 其中的renilla荧光素酶和firefly荧光素酶分别识别不同的底物, 一种细胞可被这两种荧光素酶标记: renilla 荧光素酶基因由一组成性稳定表达的启动子驱动, 作为内参,

luciferase：萤光素

另一种方法则利用了生物发光蛋白质,像是萤火虫的萤光素(luciferase),来侦测核酸连接在引子序列后所释放的焦磷酸. 这套方法是由目前任教於史丹佛大学的罗纳吉(Mostafa Ronaghi)所开发,焦磷酸定序╱生物年代(Pyrosequencing/Biotage)公司和454生命科学公司,

luciferase：虫荧光素酶

表明舌肌注射癌胚抗原多聚核酸疫苗可产生特异性的细胞和体液免疫反应.另一项以舌肌为靶位点的研究由C.Shuler等人开展[5],他们建立了直接注射质粒DNA于鼠舌肌中的动物模型,以氯化乙酰转移酶(CAT)基因,虫荧光素酶(luciferase)基因和β一半乳糖苷酶(lacZ)基因为报道基因,

LUC luciferase：荧光素酶

I/R Ischemia and reperfusion 缺血再灌注 | LUC luciferase 荧光素酶 | MLC myosin light chain 肌球蛋白轻链