coding DNA

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。

Study on the DNA coding for DNA computing and Genetic Algorithms is implemented in this dissertation.

本文对DNA计算的DNA编码和遗传算法进行了研究。

Recognition for the coding region of DNA sequences is the premise of T cell epitopes identification.

准确地识别出DNA序列的蛋白质编码区是开展T细胞表位筛选工作的前提。

This numerical value can act as the lowest estimator of the mutation rate of codons controlled by the coding DNA.

这个数值可以作为由DNA编码区控制的密码子突变率的最低估计值。

But as compared to the DNA letter coding, the DNA graphic coding is more intuitive, direct visualizing and more convenient for searching and comparing the similarity of DNA seg-ments.

DNA图形编码相对于DNA的字符编码而言，具有直观、简明、形象和便于比较局部DNA序列的相似性等特点。

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。

Comparison of different coding methods for DNA primary sequences

DNA一级序列不同编码方法和相似度比较

Comparison of HIV-1 Fusion Peptide Coding DNA Sequences

HIV-1融膜肽的编码DNA序列比较

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。

A gcl conserved sequence of 319 bp, which contained BTB/ POZ domain coding sequence, was isolated from Quail ( Coturnix coturnix) genome DNA using the BTB degenerated primers.

本研究应用简并PCR克隆技术，在鹌鹑（Coturnix coturnix）中扩增得到319bp的gcl基因（包含BTB/POZ结构域编码序列）保守序列。

Predicting Protein Coding Regions of DNA Sequences Based on Wavelet Translation Technique

基于小波变换技术预测DNA序列的编码区

Study on Non-coding DNA

非编码DNA的研究

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。

Core processes of epigenetic inheritance include DNA methylation, histone modification, nucleosome remodeling, nuclear dynamics and chromatin interaction with non-coding RNAs.

核心过程的表观遗传的产业包括DNA甲基化、组蛋白改性、核小体重建、核染色质动力学和互动子都存在。

Results of translation, alignment and analysis led to "the dominant sequence" and the mutation distribution of the fusion peptide coding DNA sequences.

得到融膜肽及其编码序列的优势序列及突变分布。

The accumulated knowledge and technology on DNA and the coding capacity of DNA itself have made DNA self-assembly the most promising self-assembly technology.

对于DNA的知识、技术积累和DNA自身的编码能力使得基于DNA的自组装方法成为最有潜力的自组装方法。

The biochemical explanation goes something like this: One of the most important functions of telomeres is to protect coding DNA ( genes) when cells divide.

生物化学的解释是这样的：端粒的最重要功能之一是当细胞分裂时，保护编码DNA（基因）。

Fusion peptide coding DNA sequences were retrieved from 95 HIV-1 complete genome entries of GenBank.

通过分析GenBank中的全部95个HIV1完整基因组序列，设计融膜肽探针序列，对所获得的95段融膜肽的编码DNA序列进行了翻译、对准和分析。

Faced with this paradox, Crick and other scientists developed a new vision of the genome during the 1970s. Instead of being overwhelmingly packed with coding DNA, the genome was made up mostly of noncoding DNA.

面对这一悖论，克里克和其他科学家在20世纪70年代提出了关于基因组的新观点：基因组并没有塞满编码DNA，事实上，基因组绝大部分是非编码DNA。

The digital coding of any DNA tandem repeats can be easily obtained;( 6).

可以方便求出任意碱基重复单元的重复系列的数字编码法则；

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.

So we lucubrate the coding problem of DNA computer in-depth based on the discussion of major influencing factors of coding problem.

所以，我们在详细讨论影响编码的主要因素的基础上，对DNA计算机中的编码问题进行了较为深入的研究。

Here, we provided a new perspective to further understand the mechanisms of DNA damage and repair pathways by analyzing the potential functions of the tandem repeats and non-coding RNA located in the genome of D.

本论文通过对耐辐射球菌中串联重复序列和非编码RNA的生物信息学研究，试图从新的角度来理解耐辐射球菌的DNA损伤修复机理。

A Critical Review on the Correlation Properties of Coding DNA Sequences

DNA编码序列的关联特性

Entropy-based divergence measures have provided an impelling tool in evaluating sequence complexity, predicting CpG island, and detecting borders between coding and non-coding DNA regions etc.

在分析DNA序列复杂度、预测基因编码区和非编码的DNA边界识别等问题中，以熵为基础构造的离散量度量提供了一种强有力的工具。

In this paper, some problems on algorithm and coding are studied within DNA computing, which is the most popular subfield of biomolecular computing.

本文探讨了生物计算中最受关注的DNA计算中的一些算法及编码问题。

This dissertation mainly studied the sequence alignment, the numerical coding method of DNA sequences, mutation analysis, the graphical representation of DNA sequences and the similarity analysis of biological sequences. First, we described a new method for pairwise alignment.

本文将在序列比对、序列的数字编码、突变分析、基于数字编码的图形表示及相似性分析方面进行研究。

Each DNA component contains encoding region and non-coding one.

国内外研究表明DNA组分非编码区具有的启动子功能。

But researchers from North America, the U.K. and Australia extracted fragments of nucleic acids from three mammoth specimens, creating hemoglobin based on its coding DNA sequence.

然而，北美、英国和澳大利亚的研究人员从三个猛犸标本中提取出核酸片段，并给予其编码的DNA序列重新构建了血红蛋白。

Comparison Study on the Methods for Finding Borders Between Coding and Non-coding DNA Regions in Rice

寻找水稻DNA编码与非编码区边界方法的比较研究