Different people have different combinations of pseudogenes, however.
然而，不同人的“假基因”的结合方式也不同。
There are also genes that no longer make a protein; these defective remnants of evolution are called pseudogenes.
也有基因不再制造蛋白，这些进化中的残余物称为假基因。
Identification of human pseudogenes is importance to genome evolution, molecular medicine research and application.
假基因的准确鉴定对基因组进化、分子医学研究和医学应用具有重要意义。
Giant and red panda genomes also share 10 pseudogenes, or "false" genes, which look like real genes but have no apparent function.
大熊猫和红熊猫的基因组里都有10个假基因，这些基因看起来跟真的一样，但是却没有明显的功能。
For comparison, versions of about 300 human olfactory receptor pseudogenes are still functional genes in the genomes of rats and mice.
大约有300个人类嗅觉受体的伪基因，其相应基因在大鼠和小鼠的基因组内，仍是具有功能的基因。
These results should be carefully examined before coming to any conclusion, as many traps await the similarity seeker: paralogues, multidomain proteins, pseudogenes, etc.
这些结果应该在下任何结论前被认真检查，因为很多陷阱在等待相似性搜索者：旁系同源物、多结构域蛋白质、假基因等。
Influence of neighboring base composition on nucleotide substitution bias was observed in the sequence of nuclear pseudogenes and chloroplast non-coding and coding sequences.
核苷酸替换偏好性受其相邻碱基组成的影响现象已经在核基因组假基因序列和叶绿体基因组的非编码序列和编码序列中发现。
Influence of neighboring base composition on nucleotide substitution bias was observed in the sequence of nuclear pseudogenes and chloroplast non-coding and coding sequences.
核苷酸替换偏好性受其相邻碱基组成的影响现象已经在核基因组假基因序列和叶绿体基因组的非编码序列和编码序列中发现。
应用推荐