结论5′- NCR序列保守性大于核心区。型别是导致基因变化的主要原因。
Conclusion 5 '-ncr is more conserved than the core region and the genotype is the major cause of gene variation.
充分显示了DMRT1基因在进化上的高度保守性。
The results indicated that DMRT1 genes were highly conservative in phylogeny.
说明猪链球菌gdh基因及其蛋白具有高度的保守性，为进一步研究与应用提供了重要依据。
It was suggested that the GDH gene and its protein were highly conservative and the study offered the important basis for its further study and application.
结果说明，NS1基因具有高度保守性。
这些结果表明，萘降解细菌的降解基因和转座基因具有高度的保守性。
These results indicated that degradative and transposable genes of the naphthalene-degrading bacteria are highly conserved.
小RNA病毒科属于正链RNA病毒，该科各属病毒基因组结构和基因表达机制具有保守性。
The viruses of Picornaviridae are positive-strand RNA viruses, the genome organization and mechanisms of gene expression belong to highly conserved among them.
结论5'-NCR序列保守性大于核心区。型别是导致基因变化的主要原因。
Conclusion 5 '- NCR is more conserved than the core region and the genotype is the major cause of gene variation.
序列同源性分析表明，绵羊ttf - 1基因的核酸和蛋白质序列在不同哺乳动物之间有很高的同源性，分子在进化上均相当保守。
Homogeneous analysis demonstrated that nucleotide and amino acids sequences of sheep TTF-1 gene between different species mammal are comparatively conservative.
而在蠕虫和酵母中找到的25个与老化相关的基因中，只有3个基因是早先被认为在许多有机体的具保守性的。
Of the 25 aging-related genes they found in both worms and yeast, only three had been previously thought to be conserved across many organisms.
在HCV的编码基因中，核心区(C区)序列具有高度遗传保守性，c基因表达产物具有良好的抗原稳定性。
Among HCV encoding gene, core region shows greater sequence conservation. Core gene expression has favorable antigen stability.
分子杂交结果显示，编码功能蛋白的基因及其邻近顺序存在相当程度的保守性。
Southern hybridization results showed that coding sequences and neighboring sequences of genes were relatively conserved.
这些结果表明，野猪肌细胞生成素基因的编码序列在进化过程中是高度保守的，而内含子部分尤其是第1内含子具有丰富的序列多态性。
Theses results demonstrated that all exons of MyoG gene were highly conservative, but its introns (especially intron 1) were more polymorphic in the process of wild boar evolution.
上述结果表明植物ADF基因在进化中具有高度保守 性。
These results demonstrated that the plant ADF genes are highly conserved in structure.
同源性搜寻发现此基因存在于真核生物中而且保守性较强，表明它可能具有重要的作用。
Homology search showed that this gene existed in eukaryotes and highly conserved throughout eukaryotes, suggesting an essential role of this gene.
线粒体基因组具有种内高度保守性。
Mitochondrial DNA sequence is highly conserved within species.
线粒体基因组具有种内高度保守性。
Mitochondrial DNA sequence is highly conserved within species.
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