The DNA molecule is compounded from many smaller molecules.
脱氧核糖核酸分子是由许多更小的分子组成的。
A mechanism for the repair of mismatched bases in a DNA molecule.
一种修复DNA分子中错配碱基的机理。
Francis Crick, with James Watson in 1953 with a model of their DNA molecule.
1953年，弗兰西斯克里克与詹姆斯·沃特森制造了DNA分子。
Pushing a DNA molecule through the hole changes the speed at which ions pass.
在将一个DNA分子压过洞的同时，会改变离子通过的速度。
They take almost any DNA molecule, they bind it, and they bring it into the cell.
它们几乎吸收所有的DNA分子，结合进自己的细胞里。
Each gene in a DNA molecule carries the instructions for making a single kind of protein.
每一个DNA分子中的基因都带着命令制造出一种独一无二的蛋白质。
The unit shown above, therefore, is no more than a small portion of the whole DNA molecule.
所以，上面所展示的一个组别的分子式不过就是全部的DNA分子的一小部分。
The DNA molecule is a double helix, resembling a ladder that's been twisted along its length.
DNA（脱氧核糖核酸）的分子是一种双螺旋结构，酷似一架沿纵向扭曲的梯子。
Crick and Watson demonstrated the structure of the DNA molecule in their academic papers.
克里克和沃森在他们的学术论文中论证了DNA的分子结构。
To observe this, a DNA molecule is stretched between a magnetic bead and a glass surface.
为了观察此现象，DNA分子在玻片上由一个磁珠拉伸。
Each of these subunits is a gene. Another way to represent a DNA molecule, then, is as follows.
每一个细分后的分子都是一种基因。
DNA molecule encoding mutant prepro-neuropeptide Y, a mutant signal peptide, and uses thereof.
编码前神经肽Y原突变体，一种信号肽的突变体，的DNA分子及其应用。
In this case, a carbon nanotube is basically a rolled up sheet of graphene the size of a DNA molecule.
这里的碳纳米管基本上就是一层卷成筒的石墨，其大小相当于一个dna分子。
It is shown that the DNA molecule system can evolve into chaotic state under the action of laser.
最后指出，在激光的作用下，DNA分子系统可进入混沌状态。
The common types of DNA molecule marker and the character of every type is written in this article.
本文综述了DNA分子标记的常见类型，以及各类型的特点。
In the research of DNA computer, immobilization of DNA molecule is an essential technology at first.
在DNA计算机的研制中，DNA分子的固定是首先需要处理的一个最为基本的技术问题。
Get the conditions right and the result is that the Wells each contain just one sort of DNA molecule.
设置好合适的反应条件，然后其结果就会是每一个小槽刚好包好一段DNA。
The simplicity of using a single DNA molecule reportedly makes the nanomotor easier to manufacture and develop.
这种单分子马达据称能令马达的研究和制造更为简化。
Each DNA molecule that forms a chromosome must contain a centromere, two telomeres, and replicating origins.
每个dna分子包含一个着丝粒、两个端粒和多个复制源。
The cellular activity that produces these receptors also produces a type of circular DNA molecule as a by-product.
而产生这些受体的细胞活性也会制造副产品——一种环状DNA分子。
Figure 4, Another of Dr. Gregory's images: an impression of the DNA molecule rendered using glowing microorganisms.
图4，格里高利博士的另一幅作品：用荧光微生物绘制出的DNA分子演示图。
That's pretty small, but not small enough to, say, measure the gaps between proteins or look at a DNA molecule up close.
这确实已经相当小了，但可以说还没足够小到能测量出蛋白质分子间的缝隙、或是更靠近地观察DNA(脱氧核糖核酸)分子。
In order to solve this problem, we must focus our mind on the basic principle and techniques of DNA molecule synthesis firstly.
为了解决这个问题，必须十分熟悉有关dna分子合成的基本原理以及合成技术，这也是本文需要研讨的首要问题。
This means that DNA molecule system under laser action produces chaos, and will further lead to variation of inheritance of cell.
这就是说，在激光作用下，dna分子系统将产生混沌，进而导致细胞遗传性的破坏。
The single piece of DNA molecule winds itself around special proteins to form into very tight coils like a string (shown in yellow).
这个一段DNA分子把自己弯曲在特殊的蛋白质周围而形成非常紧的卷如一段弦一样(如黄色部分所示)。
As the position of the bead changes when the DNA molecule is repaired, researchers are able to observe the repair process in detail.
正因为当DNA分子发生修复时磁珠的位置发生了改变，这样研究者就可以详细的观察此修复过程。
Genes are fragments of DNA molecule, the sequences of nucleotides (or bases) in genes represents hereditary of human beings and other creatures.
基因是DNA分子上具有遗传效应的特定核苷酸序列的总称；
The results showed that the entire DNA molecule was damaged by acetic acid including backbone phosphodiester groups, deoxyribose and base stacking.
证明了乙酸对DNA的损伤是整个分子，包括骨架磷酸基团、脱氧核糖及碱基。
A force is exerted on the magnetic bead using a magnetic field, enabling researchers to pull and rotate a single DNA molecule in a controlled fashion.
研究者运用磁场使磁珠产生力，这样就在可控模式下可以对单个DNA分子进行拉伸旋转。
A force is exerted on the magnetic bead using a magnetic field, enabling researchers to pull and rotate a single DNA molecule in a controlled fashion.
研究者运用磁场使磁珠产生力，这样就在可控模式下可以对单个DNA分子进行拉伸旋转。
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