GFP has also been used for more, um, creative purposes.

绿色荧光蛋白还具有更富创造性的用途。

GFP provides major journals and other sources related to business.

巨灵财经资讯提供与商业有关的重要学术期刊及其他信息资料。

As a reporter gene, GFP has been used in a variety of biological researches.

GF P基因作为报告基因已被广泛应用于各种生物的研究中。

In this review, we mainly describe discovery, improvement, and application of GFP.

本文主要回顾总结了绿色荧光蛋白的发现、优化改造及其应用。

Objective To construct saccharomyces cerevisiae expression vector with GFP as report gene.

目的构建以绿色荧光蛋白（GFP）为报告基因的酿酒酵母表达载体。

The natural fluorescence of GFP is incoherent, just like the light emitted by a normal light bulb.

自然存在的荧光蛋白质(gfp)是杂乱分布的，如同普通电灯发出的光线。

In 1992 Dr Prasher also cloned GFP, so that it no longer had to be harvested from living creatures.

在1992年，普拉舍博士也克隆了“绿色荧光蛋白”(gfp)，所以它不再必须是从活着的生物体中提取。

The story behind the discovery of GFP is one with the three Nobel Prize Laureates in the leading roles.

背后的故事绿色荧光蛋白的发现之一的三个诺贝尔奖获得者中的主导作用。

But wild type GFP and EGFP are not ideal to detect the transient changes of gene expression regulation.

但野生型GFP及增强型GFP等因半衰期长，稳定性强，对反映一过性转录表达调控的变化不甚理想。

Results The plasmids containing the PPT element and different internal promoters and GFP gene were constructed.

结果构建了含PPT元件和含不同内部启动子和GFP的质粒。

By using DNA technology, researchers can now connect GFP to other interesting, but otherwise invisible, proteins.

通过使用DNA技术，研究人员现在可以连接到其他有趣的绿色荧光蛋白基因，但在其他无形，蛋白质。

A tantalizing prospect because almost any organism, from a bacterium to a cow, can be programmed to synthesize GFP.

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。

When introduced to UV light, the GFP gobbles up photons, producing electrons that enter the circuit as electricity.

当把紫外光放进来的时候，GFP呼哧哧地把光子抓走，并产生电子进入电路产生电流。

The green fluorescence protein (GFP) gene recombinant virus labeling is a new method for the neuroanatomical studies.

绿色荧光蛋白（GFP）基因重组病毒标记技术是神经解剖研究的新方法。

Generally, GFP is attached at one end of the protein and does not significantly alter the attached protein's function.

一般情况下，GFP是挂在该蛋白的一个末尾上，不会明显地改变该蛋白的功能。

Results Saccharomyces cerevisiae expression vector with GFP as report gene was constructed and expressed successfully.

结果成功构建了以GFP为报告基因的酿酒酵母载体，并在酵母中得到表达。

In awarding the prize, the Royal Swedish Academy compared the impact of GFP on science to the invention of the microscope.

宣布奖项时，瑞典皇家科学院称绿色荧光蛋白在科学领域的重要性堪比显微镜的发明。

Methods: By using GFP gene as a marker, to observe expression of human tyrosine hydroxylase type I (HTH1) gene in vitro or in brains.

方法：以绿色荧光蛋白(GFP)作为标记，观察hth_1基因在体外和脑内的表达。

Note that you use your previously initialized variables along with a fourth parameter that indicates the GFP mask for memory initialization.

请注意使用了先前初始化的变量以及指示用于内存初始化的GFP屏蔽第四个参数。

The IDB domain of Syk(L)has complete nuclear translocalization function, which is able to transport cytoplasm protein GFP into nucleus.

的IDB域具有完整的核移位功能，能将融合的胞浆蛋白GFP转移到细胞核内；

The result also professes that the MAR sequence can enhance the expression of GFP gene significantly (data was shown in another paper).

研究还显示，MAR序列能明显增强绿色荧光蛋白基因的表达能力(这一结果在另文讨论)。

They also observed that the fibers were fluorescent, indicating that the GFP molecules retained their 3-d structure while linked together.

他们还观察到该纤维发荧光，这表明当GFP分子连接在一起时还保持其三维结构。

This expanded the possibilities for exploiting bioluminescence dramatically, because it meant that GFP did not have to be injected into tissue.

这样极大提高了开发生物荧光的可能性，因为这意味着“绿色荧光蛋白”不再必须被注射到组织中，取而代之的是，其基因序列可以被加入到活体的基因中去。

However, while perfectly specific, the large size of fluorescent proteins like GFP often disrupts the natural activity of proteins inside cells.

然而，尽管有了充分特定的应用，但如绿色荧光这样较大的荧光蛋白经常会破坏细胞中蛋白的正常活动。

While GFP is a protein that consists of 238 amino acids, the new technique USES a small, hydrophobic, and membrane-permeable fluorescent molecule.

尽管绿色荧光蛋白是由238个氨基酸组成蛋白质，是一种微小的、疏水性膜渗透的荧光分子。

Mammalian cell lines from different genus and different tissues can be infected by Bac-GFP, but their transduced cell rate is extremely different.

GFP可感染不同种属不同组织的哺乳动物细胞系，但转导率有差异。

The atrazine-degrading genetically engineered microorganism(GEM) was labeled by transforming a plasmid containing green fluorescent protein(GFP) gene.

通过转化绿色荧光蛋白基因质粒，对阿特拉津降解基因工程菌进行标记。