Conclusion Human genomic DNA of ALR consists of 3 exons and 2 introns.

The purpose of all this transcribed genomic informationremainsunclear.

所有这一被转录的基因信息的目的仍不清晰.

Genomic analysis of parasitic human pathogens, particularly Plasmodium falciparum, and Leishmania major.

人类寄生性病原体的基因体分析, 特别是疟原虫与利什曼原虫.

However, few discrete genomic loci have been analyzed for their spatial location, prompting the current study.

然而, 目前只有少数分散基因座的空间构象得以研究, 仅这些成果也极大程度的促进了该领域的研究工作.

Methods Comparative genomic hybridization ( CGH ) analysis was performed in 10 central neurocytomas.

方法应用比较基因组杂交技术,研究10例中枢神经细胞瘤的遗传学改变.

The DNA segments which have certain regulatory function in genomic sequences are called transcriptional regulatory elements.

基因组中具有调控功能的DNA序列片段可称为转录调控元件.

RAPD analysis is a simple and efficient method in detecting genomic DNA variation.

RAPD技术是检测基因组DNA发生诱变的一种简便、有效方法.

Intro 2 : Biological Side of Computational Biology ; Central Dogma ; Comparative Genomics; Models & Real World Applications.

概论 2: 计算生物学的生物方面.中心信条、较基因体学、型 与 现实世界的应用.

Microarray technology is the chief tool for functional genomics research.

基因芯片技术是后基因组时代功能基因组研究的主要工具.

Proteins 1:3 D Structural Genomics , Homology, Catalytic and Regulatory Dynamics, Function & Drug Design.

蛋白质1:三度空间结构基因体学 、 源相似性、化与调节的动力学 、 能 与 药物设计.

The present paper reviews the newest developments and the wide applications of comparative genomics in plants.

评述植物比较基因组学最新的发展及应用状况.

Applications of diamond nanoparticles in current genomics and proteomics research.

奈米钻石在基因体与蛋白质体上的应用.

Crop improvement continues to benefit from advances plant molecular biology and genomics.

作物改良继续受益于先进的分子生物学和遗传学技术.

This is a review on forest tree genomics.

摘要林木基因组学研究进展迅速.

Research lurches from fad to fad-cancer viruses, immunology, genomics.

研究方向变来变去 -- 癌症病毒学 、 免疫学 、 基因学.

Nanogen recently began marketing its NanoChip Molecular Biology Workstations system to scientists and genomics laboratories.

那诺金公司最近已开始向科学家和基因组学实验室推销纳米芯片分子生物学工作站系统.

Genome-based Celera Genomics, the private company involved in the effort.

赛莱拉基因组学公司是对此项研究做出贡献的私人公司.

Cancer genetics, somatic mutagenesis, DNA repair, genomics and molecular medicine.

肿瘤发生的遗传机制; 体细胞突变的发生机制; DNA修复, 基因组学与分子医学.

The lab applies statistical and computational Methods: To functional genomics data.

该实验室主要将统计方法和计算机技术应用于功能基因组数据.

With the decrease of genotype entropy, the genetic diversity degree of population also decreases.

随着基因型信息熵的减少,群体的遗传多样性程度也越来越小.

The results indicated the browning rate was different because of different genotype materials.

结果表明,基因型不同的材料发生褐化的程度不同.