基于LD的作图方法不仅是新基因发掘的有效途径，而且也是联系结构基因组学和表型组学的一座桥梁。
LD mapping is an effective approach to discovering novel genes and a bridge for connecting structural genomics to phenomics.
最后，研究表型与基因型的系统相关性为表型组学新兴领域的关键目标，另外还可预期这将有助于复杂疾病的诊断。
Finally, systematic correlation of phenotype with genotype is a key goal of the emerging field of phenomics, which is also expected to help define complex diseases.
以比较基因组学为研究手段，细菌进化基因组学可从基因组水平深入认识物种分化、生境适应、毒力进化、耐药性产生蔓延等表型进化过程。
It is the time to call for evolutionary genomics which probe into bacterial diversity, niche adaptation, virulence evolution, and drug resistance from the view of whole genome.
以比较基因组学为研究手段，细菌进化基因组学可从基因组水平深入认识物种分化、生境适应、毒力进化、耐药性产生蔓延等表型进化过程。
It is the time to call for evolutionary genomics which probe into bacterial diversity, niche adaptation, virulence evolution, and drug resistance from the view of whole genome.
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