There are thousands of reverse-transcriptase genes in the genomes of all mammals.

People may not understand genes or genomes but they certainly understand races.

人们也许不懂得基因或者基因组但是一定知道人种.

As genomes grew in length, internal selection began to rule the genome.

随着基因组长度的增长, 内部选择开始控制基因组.

Perhaps the most interesting genomes do both : They are a panacea and a Pandora's box.

或许,最耐人寻味的基因组同时具有这两种功能: 既是万能药又是潘多拉魔盒.

These opposing forces, Haig says, battle each other through genomic imprinting.

这些对立的作用, Haig说道, 通过基因印迹互相斗争.

A novel model of genomic data mining and a corresponding algorithm for pattern discovery were proposed.

提出了一种新的基因组数据模型和模式发现算法.

The classical genomic and the rapid non-genomic mechanisms are involved in the GC effects mentioned above.

糖皮质激素在脑内的作用机制有经典的基因组机制和快速的 非 基因组机制.

Objective To construct DNA library , genomic DNA was extracted from Tyzzer organism.

目的提取泰泽病原体基因组DNA, 为建立该菌基因组文库奠定基础.

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

结论克隆了人ALR基因组DNA全序列.

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.