约翰∶2001年人类基因组工程的结束积累了大量的系统生物技术资讯。
John: Well, 2001 saw the end of the Human 5 Genome project, the piling up of huge amounts of information.
随着1988年生物质谱相关软电离技术的发明和2001年人类基因组测序完成，蛋白质组学进入了高速发展期。
The development of biomass related ionization method in 1988 and the accomplishment of human genome sequencing in 2001 are major breakthrough for Proteomic study.
在这项研究中，他们检测了76位人类基因组，发现了令人惊讶的转座因子出现频率，并发现它们在肺癌基因组中非常活跃。
For this study they examined the genomes of 76 people and found transposons were surprisingly prevalent; they also found they were very active in lung cancer genomes.
在狭鼻类和阔鼻类分散之后，这个家族开始在灵长类的基因组中扩散。
The family began to spread in the genome of primates after the divergence of the Catarrhini and Platyrrhini.
Haussler博士想测序1万种脊椎动物的基因组，这个数目也即是包括鱼类，两栖类，爬行类，鸟类和哺乳动物等所有物种总数的六分之一。
Dr Haussler wants to sequence 10,000 vertebrates, a sixth of the total number of species of fish, amphibians, reptiles, birds and mammals.
利用SLTR1和SLTR 2与水稻DNA杂交，结果显示两者广泛分布于水稻基因组中，是一类高拷贝重复序列。
They are both highly repetitive sequences and widely distributed in the rice genome, as shown by hybridization with specific probes of SLTR1 and SLTR2.
改进了从鲸类陈旧骨骼标本中进行基因组dna提取和PCR扩增的方法。
The method to extract genome DNA from old skeletal specimens of cetaceans was improved and the PCR amplification reaction was optimized.
这一结果提示，水稻作为禾本科植物的模式物种，应与竹类植物存在良好的基因组共线性关系，水稻基因组序列信息对竹类植物基因组研究与分析具有重要参考价值。
The results suggested that rice, as model plant for Poaceae, should have significant genomic synteny with bamboos, and its genomic sequences are important resource for bamboo genome research.
该数据库的目的就是加速从不同的观察点例如基因序列比较，主旨分析，聚类等进行比较基因组的研究。
The aim of MBGD is to facilitate comparative genomics from various points of view such as ortholog identification, paralog clustering, motif analysis and gene order comparison.
通过搜索数据库，我们在水稻基因组中发现了另外4个类SRWD1基因（SRWD2-SRWD5），这5个SRWD 基因组成了一个新型WD40亚家族。
By database searching, additional four SRWD1-like genes (SRWD2–SRWD5) were found in rice genome, and these five SRWD genes formed a novel WD40 subfamily.
根据AFLP标记结果聚类，梅品种根系内amf基因组dna的聚类类别与梅品种的“品种群”这一分类级别无相关关系。
The clustered groups of AMF DNA by AFLP marker from the roots of different cultivars of P. mume were not equal to cultivar groups.
根据AFLP标记结果聚类，梅品种根系内amf基因组dna的聚类类别与梅品种的“品种群”这一分类级别无相关关系。
The clustered groups of AMF DNA by AFLP marker from the roots of different cultivars of P. mume were not equal to cultivar groups.
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