Baxter Stockman: Inside every human, there's a dormant animal gene. This will return them to their rightful place in the animal kingdom!
苍蝇博士：每个人都有一个潜在的动物基因，这将让他们在动物王国里变回自己应有的位置！
We have to do in-vitro cell culture experiments first, prove it in an animal model, and then develop a molecule or protein which will affect the mutated gene product.
我们首先得做一个体外细胞培养实验，在动物模型中证明它的存在，然后开发出一种能影响突变基因产物的分子或蛋白质。
It has at least one gene necessary for photosynthesis-so far it's the only animal known with this ability.
它有至少一个基因是光合作用所必需的——到目前为止这是唯一被发现具有此项能力的动物。
Gene "B" makes an animal care only for itself.
基因B让动物只关心自己。
Gene "a" makes an animal care for its offspring.
基因A让动物关心后代。
What we're trying to do is identify that gene and keep it from turning on, and just let the animal hatch out with its tail.
我们试图确认那个基因，阻止它的启动，希望能够孵化出有长尾的小鸡。
How all-female species avoid the shrinkage of their gene pool is among the animal kingdom's great mysteries.
一些物种只有雌性存在，可为什么它们的基因库不会缩小呢？这是动物界的一个很大的谜题。
Suppose an animal has a gene that carries out two different functions.
假设某种动物有一个实现两种不同功能的基因。
Remember that the clones stem from an animal model. Why is the chicken an appropriate model for inner ear gene discovery? What are disadvantages of the chicken model?
请记住复殖株是由动物模式生物而来的。为什么鸡是适合用来找寻内耳基因的模式生物？以鸡来当作模式生物的缺点为何？
So that’s a possibility — take a gene out of an animal and stick it into the chicken, but we just don’t know enough about what all the genes do.
话转回来，把某种动物的某个基因提取出来加入小鸡的DNA中，是可能的手段。不过我们对基因了解的不够多。
Transgenic animal is an ideal method to study the function of specific gene.
转基因动物的方法为研究基因的功能提供了一个理想的途径。
The discovery of a previously unknown nucleotide, called hydroxymethylcytosine, inside animal cells suggests a new mechanism for regulating gene expression.
新发现的位置核苷酸，叫做强甲基胞嘧啶，位于动物细胞内，提示着有新的基因表达调控机制。
We are able to turn off the SREBP gene, which controls the production of fat in the liver, and when this happens the fatty liver goes away but the animal remains obese and still remains diabetic.
我们可以关闭SREBP基因，它可控制肝脏脂肪的生产，当发生这种情况时，脂肪肝可消失，但该动物仍然有肥胖和糖尿病。
Gene targeting technology and its application in research of animal model of human disease were briefed in this paper.
本文就基因打靶技术及其在人类疾病动物模型研究中的应用做一介绍。
The dermoid sinus gene is believed by some to be recessive, meaning that the animal must receive one defective gene from each parent in order to develop the condition.
有人认为皮窦基因是隐性的，也就是犬只必须从父母双方各获得一个皮窦基因才可能导致疾病发生。
Gene transfer is a new and widely used technology in bioscience field. At present over 80 percent of transgenic animal models are constructed by means of microinjection.
转基因是近年来在生命科学领域广泛应用的新兴技术，目前80%以上的转基因动物模型是利用显微注射法构建完成的。
Previous work using animal models has demonstrated that this gene therapy can improve and preserve vision.
先前利用动物模型的试验表明，这一基因治疗能保护及改善视力。
DNA methylation plays an important role in gene regulation and animal development.
DNA甲基化在基因调节和动物发育中起着重要作用。
This paper reviewed the application of biotechnology in animal nutrition from the aspects of gene project, microorganism project and cell project.
本文从基因工程、微生物工程、细胞工程等方面综述了生物技术在动物营养应用研究方面情况。
They are not toxicological studies, which would involve analysing the animal tissue for toxic effects, or studies of other safety aspects such as the rate of horizontal gene transfer.
它们不是毒理学研究。毒理学研究涉及分析动物组织研究毒性作用，或其他安全方面的研究，如横向基因转移率。
The methylation beautification is the vertebrate DNA only nature beautification way, the animal genome team methylation and the gene expression close related.
甲基化修饰是脊椎动物DNA唯一的自然修饰方式，动物基因组甲基化与基因表达密切相关。
The technology system of gene knockout mice is a most urgently needed technique in the life science research, especially in human genomic project and medical animal models research.
基因剔除小鼠的技术体系是生命科学研究，尤其是人类基因组计划和医学实验动物模型等领域所急需的关健技术。
Meanwhile, carry on the animal behavior test, including Open Field behavior, Hole-board test, Tail Flick Latency (TFL) test and Step-down test to discover the gene function on the whole animal level.
同时进行旷场行为测试、洞板试验、甩尾试验、步下法试验等动物行为学实验，旨在研究这些基因在整体动物水平上的功能表现。
New perspectives on the evolution of the human gene material and of animal species will be gained.
将会获得有关人类和动物种基因物质进化的展望。
Animal studies have confirmed that the gene is critical to bone development, and there are known mutations in humans that can cause extremely rare but severe bone disease.
动物实验已经证实这一基因对骨的发育极其重要，也已知道人类这一基因的某些突变会引起罕见但严重的骨疾病。
This review summarized the biological functions of FTO gene and its relevance to animal production.
本文对FTO基因的生物学功能及其与动物生产的关系进行综述。
This review summarized the biological functions of FTO gene and its relevance to animal production.
本文对FTO基因的生物学功能及其与动物生产的关系进行综述。
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