gene order

In post-genomic era , the gene order has been decoded , but the biological functionis still shrouded in mystery .

后基因组时代，基因序列已经被破译，但生物功能的奥秘还没有解开。

It suggested that prokaryotic expression plasmids constructed successfully when we checked the reading frame of the plasmids without any frameshift after purpose gene order insertion . 6 .

核对各载体的阅读框在插入目的基因序列后均无移码，说明原核表达载体构建成功。

Han race , Hui race , Mongolia , Gene order .

汉族；回族；蒙古族；基因顺序。

Advances on Research of Arthropoda Mitochondrial Genomes and Analysis of Gene Order

节肢动物线粒体基因组研究进展与基因顺序分析

The genome team reorganization is the genome team changes the gene order of rank the biochemistry process .

基因组重组是基因组改变基因排列顺序的生化过程。

Despite our awareness of the wide reach of selection as an evolutionary force , its expanding sphere of influence for example , on gene order or synonymous mutations continues to surprise us .

撇开这一点不说，选择理论还能在解释基因序列和同义突变等新名词方面发挥作用，其影响范围之大，实在令人惊讶。

K-means clustering is simple and fast . However , the number of cluster centers , the choice of initial cluster centers , the distribution of gene order and gene expression data will affect the correctness and precision of clustering results .

其中K-means聚类简单快速，但待聚类数目、初始聚类中心的选择、基因排列顺序以及基因表达谱数据的分布都会影响聚类结果。

Genotyping of TTV : according to reported part gene order of TTV DNA , it has high variability . To detect TTV DNA in blood serum by PCR is the maim means to diagnosis the TTV infection .

TTV的基因分型从已报道的TTVDNA部分基因序列来看，TTVDNA具有高度变异性，采用聚合酶链反应（PCR）检测血清TTVDNA是诊断TTV感染的主要手段。

The goal is to find the shortest sequence of genome arrangements operations that transform one genome into another . The genome team reorganizes the sorting question to originate in the genome team the gene order of rank comparison .

基因组重组排序问题来源于基因组中基因排列顺序的比较。其目标是找到最短的重组操作序列，将一个基因组转变为另一个基因组。

The main research contents are listed as follow : ( 1 ) . Alzheimer disease , the technology of gene-chip , current research situation to identify genes associated Alzheimer disease and the main methods of finding the optimal gene order are introduced . ( 2 ) .

主要研究内容如下：？（1）.综述了阿尔茨海默病，基因芯片技术，寻找阿尔茨海默病致病基因的研究现状，以及应用全局优化思想求解最优DNA微阵列序列的主要方法。

The features of complete mitochondrial genome from 68 species of arthropods have been surveyed and summarized with respects of their genomic organization , contents , and gene order , and in particularly gene order of these mitochondrial genomes have analyzed in details .

在总结了68种节肢动物线粒体基因组的测序种类、基因组组成、结构及基因排序情况的基础上，特别对节肢动物线粒体基因组基因排列顺序数据进行了详细的分析。

The number of complete mitochondrial genomes of arthropod species studied has been increased to 44.In this article we attempt to summarize the basic features of mt genome , the gene order , the occurrence of mt gene rearrangements and the mechanism of gene rearrangement of arthropods , etc.

目前，已测定mt基因组全序列的节肢动物已增加到44种。归纳、总结了节肢动物mt基因组的基本特征、基因顺序、基因重排的发生和机制等。

By analysing the gene order of the Sh_2 / A_1 orthologous region of maize , rice , sorghum , wheat , and barley , the Sh_2 and A_1 homologs are separated by 20 kb in rice and sorghum and by 140 kb in maize .

玉米，水稻，高梁，小麦，及大麦的Sh2/A1直向同源区域的基因顺序分析表明，Sh2和A1同系物间隔分别为20kb（在水稻和高梁）和140kb（在玉米）；

Objective : To analysis their functions of LEA gene in order to cultivated salt tolerance plants through the genetic engineering means .

目的：验证柽柳LEA基因的功能，为通过基因工程手段培育耐盐植物提供基础资料。

The most efficient and ultimate method is to utilize saline-alkaline resisted gene in order to breed high-resisted species .

提高植物抗盐性最根本、最经济、最有效的方法是充分利用抗盐基因，培育新的高抗盐品种。

Objective : We investigated the relationship between Ada protein and the effective transcription of alkA gene in order to study the regulation of alkA gene expression by Ada protein .

目的：研究Ada蛋白质对alkA基因表达的调节，探讨Ada蛋白质与alkA基因有效转录的关系。

Objective : To sequence core 1 β 3-Galactosyltransferase gene in order to sought an abnormality in coding region sequence of the sequence in IgA nephropathy ( IgAN ) .

目的：测定核心1β3-半乳糖基转移酶基因的DNA序列，试图在IgA肾病（IgAN）患者中发现该基因编码区DNA序列的异常。

Saleh . " We were also able to locate where the estrogen receptor binds on the gene in order to block its expression , which indicates that the hormone exerts direct action in this case . "

Saleh博士解释道，“我们也能够定位雌激素受体与该基因结合并阻断其表达的位置，这项研究显示了荷尔蒙在这方面发挥了直接作用。”

Objective To construct a highly efficient eukaryotic expression vector carrying human peroxisome proliferator-activated receptor δ( hPPAR δ) gene in order to provide an ideal molecular platform for screening natural ligands and functional study of hPPAR δ .

目的构建高效表达人过氧化物酶体增殖物激活受体δ（hPPARδ）的真核表达载体，为hPPARδ受体功能和基于hPPARδ受体靶点的药物筛选提供分子研究平台。

A Preliminary Research on the Gene Loss During Order Evolution of Saccharomyces cerevisiae

酿酒酵母进级进化过程中的基因丢失现象初探

It must protect its habitat and gene diversity in order to conserve species .

保护物种则必须从保护其生存环境、研究其基因多样性等多方面进行。

Results showed that the high-efficiency DNA recombination had take place and the target gene was working order after DNA excitation . Objective : ⅰ .

结果显示，诱导后染色体DNA实现了高效重组，非目的基因片段消失，目的基因GUS在诱导后表达正常。

Including HIF-1a can promote tumour cell glucose transporter proteins ( Glut ) gene expression in order to meet the energy needs of tumour growth .

其中就包括HIF-1a可以促进肿瘤细胞葡萄糖转运蛋白（Glut）基因的表达，以满足肿瘤生长的能量需求。

The mt genome of Gekko is similar to most of the vertebrates in gene components , order , orientation , tRNA structures , low percentage of guanine and high percentage of thymine , and skews of base GC and AT .

基因组的组成、顺序、编码链的选择、tRNA的结构、较低的碱基G含量、对碱基T的偏好以及GC和AT偏斜，都与大部分脊椎动物相同或相近。

In the course of the experiment the skin of the accident to be pathogenic acetic acid bacteria ( Granulibacter bethesdensis ) gene fragments in order to further understanding of the gene in the skin of cloven-hoofed animals that exist in the function and laid the foundation for disease prevention .

在此实验的过程中意外得到皮肤中的致病乙酸细菌（Granulibacterbethesdensis）基因片段，为进一步了解该基因在偶蹄类动物皮肤中存在的功能和预防动物疾病奠定了一定的基础。

Then cross-spectrum evaluation method was applied to gene expression data in order to find time-delay relations among genes .

然后针对基因之间的延时调控关系，尝试了将信号处理中的互谱估计方法运用到基因表达数据分析中。

Objective To develop an efficient non-viral gene delivery system in order to transfer ? CDKN1B gene efficiently into lung and liver carcinoma cells .

目的研究开发一种能有效转染CDKN1B基因进入肺和肝癌细胞的非病毒基因传递系统。

In this study , Vitamin E ( Tocopherol ) level of Medicago sativa is promoted by gene engineering technology in order to improve its quality .

本论文通过提高紫花苜蓿叶片中的VitaminE（Tocopherol）水平，以进一步改良苜蓿的营养品质。

As the complexity and diversity of gene structure , in order to improve the identification accuracy , the position of bases in gene should be divided into three classes .

由于基因结构复杂多样，为了提高辨识精度，基因中碱基的位置应分为3部分。

Japonica rice Taichung 65 and its pollen sterile near-isogenic lines were used to study the function of specific-compatibility gene in vitro in order to further perfect the academic viewpoint .

利用粳稻台中65及其F1花粉不育近等基因系和它们的F1作研究材料，对这些遗传背景基本相同但具有不同F1花粉不育基因座位材料进行花粉愈伤组织诱导率及花药开裂性的研究。