1) 1.5-fold genome of DHBV
1.5倍DHBV基因组
2) whole genome duplication
全基因组倍增
1.
In this review,we focus on four recent advances in rice genome analysis: an whole genome duplication which is believed to occur in rice genome; evolution of rice genome size; the indica-japonic divergence that was likely to occur later than the previous estimate of 1 million years ago; hypothesis for GC compositional gradients in rice genes.
内容主要包括:水稻基因组被证实曾发生过全基因组倍增;水稻基因组大小变化的趋势;水稻籼粳亚种的分化时间比以前估计的100万年前要迟得多;对水稻基因产生GC含量负梯度现象的解释。
3) haploid genome
单倍体基因组
1.
It based upon the size ratio between the cloned gene and its haploid genome.
基因拷贝数分析的研究王瑛（中国科学院动物研究所，北京，１０００８０）陈来同（北京大学生命科学学院，北京，１００８７１）关键词基因拷贝数；单倍体基因组；α１－抗胰蛋白酶基因；大鼠ＲＡＬＲＳ－１重复序列中图分类号Ｑ５７８基因拷贝数（ｃｏｐｙｎｕｍｂｅｒ）。
4) Polyploid genome evolution
多倍体基因组进化
5) 1.2-genome length HBV
1.2倍基因组长度HBV
6) gene duplication
基因倍增
1.
Analysis of gene duplication and gene loss in Arabidopsis genome;
拟南芥基因倍增及基因流失分析
2.
Among them,ABCA transporters have a unique topology and the members of this subfamily had expanded twice by gene duplication after the divergences between amphibian and mammal,respectively.
基因结构分析发现这两次扩展均是通过基因倍增实现的,这些倍增的产物在啮齿目和食肉目中得到保留,而在灵长目中却有一半变成假基因或被删除。
补充资料：基因组
见基因、染色体倍性。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条