共线性

Synteny refers to the conservation of gene order and orientation between different species.
同源群指的是不同物种间基因顺序和方向的保守性。
Through synteny analysis, we can identify corresponding chromosomal regions in related species.
通过同源群分析，我们可以识别出相关物种中对应的染色体区域。
Comparative genomics has revealed extensive synteny among mammalian genomes.
比较基因组学揭示了哺乳动物基因组之间广泛的同源群现象。
Synteny helps researchers understand how chromosomes have evolved over time.
同源群帮助研究人员理解染色体随着时间如何进化。
The synteny breakpoint within this region suggests that a chromosomal rearrangement event occurred.
该区域内的同源群断裂点表明发生了一次染色体重排事件。
Whole-genome duplication events can disrupt synteny relationships between duplicated genes.
全基因组复制事件可能破坏复制基因之间的同源群关系。
By studying synteny, biologists can infer functional associations among genes.
通过研究同源群，生物学家可以推断基因之间的功能关联。
Genes involved in the same biological pathway often show strong synteny across diverse organisms.
参与同一生物通路的基因在多种生物体中往往表现出强烈的同源群特征。
A high degree of synteny was observed between the human and chimpanzee genomes.
在人类和黑猩猩基因组之间观察到了高度的同源群特性。
Mapping synteny breakpoints is crucial for understanding the structure and evolution of complex genomes.
映射同源群断裂点对于理解复杂基因组的结构和演化至关重要。