The experiment indicates that the method adapts to non-coding DNA sequence analysis.
实验表明，该方法适合用于非编码DNA序列分析。
Epigenetics refers to the function of DNA that does not depend on the coding DNA sequence itself but on the accessory molecules and mechanisms affected by DNA.
表观遗传学指的是DNA的功能不取决于编码dna的序列本身而是在于影响DNA的辅助分子和机制。
Basically, a DNA strand is pushed through a 2nm hole on a silicon chip and, as it moves through, that chip is able to use an electrical charge to read the strand's coding sequence.
DNA链被拉进硅基芯片上的直径2nm的孔，随着它穿过小孔，该芯片可以通过电荷读取到链上的编码序列。
The genetic information contained in DNA consists of a linear sequence of successive coding units, known AS codons.
DNA中的遗传信息是由连续的编码单位即密码子的线形序列构成的。
After analyzing different formats of DNA graphic representations, a new graphic coding pattern for DNA sequence with binote and tristave method was suggested.
在分析已知各类DNA的图形表示模式的基础上，提出一种DNA序列的“双符三阶”图形编码，并以此对一些特异DNA编码序列进行分析。
The graphic coding of DNA sequence is the geometric representation of DNA sequences by means of different notes and line segments in different positions.
DNA的图形编码是在几何意义下，在不同位置，用不同的标记符号及不同的方向线段，对DNA的序列进行编码。
Objectives: 98% of DNA sequence in human genome belongs to non-coding sequence.
目的：在人类基因组中，有98%的DNA序列属于非编码序列。
Objectives: 98% of DNA sequence in human genome belongs to non-coding sequence.
目的：在人类基因组中，有98%的DNA序列属于非编码序列。
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