同源框

Homeobox genes play a critical role in the development and differentiation of body structures during embryogenesis.
家盒基因在胚胎发育过程中身体结构的形成和分化中起到关键作用。
The homeobox is a highly conserved DNA sequence found in many eukaryotic genes that regulate animal body plans.
家盒是一种在许多调控动物体形发生的真核基因中发现的高度保守的DNA序列。
Mutations in homeobox genes can lead to developmental abnormalities and congenital disorders.
家盒基因的突变可能导致发育异常和先天性疾病的发生。
Researchers have identified several homeobox genes responsible for the segmentation of the vertebrate body axis.
研究人员已经识别出几个负责脊椎动物身体轴线分节的家盒基因。
In Drosophila, the Hox genes, a subset of homeobox genes, control the identity of segments along the anterior-posterior axis.
在果蝇中，作为家盒基因子集的Hox基因控制着前后轴线上各个体节的身份特性。
During evolution, homeobox genes have been duplicated and diversified to allow for the complexity seen in various organisms.
在进化过程中，家盒基因经过复制和多样化，从而允许各种有机体表现出的复杂性。
Comparative genomics has revealed that homeobox gene clusters are remarkably similar among different animal species.
比较基因组学揭示了不同动物物种之间的家盒基因簇惊人的相似性。
Through transcriptional regulation, homeobox proteins direct cell fate and organogenesis in multicellular organisms.
通过转录调控，家盒蛋白指导多细胞生物中的细胞命运和器官发生。
Recent studies suggest that some homeobox genes might also be involved in adult tissue regeneration and repair.
最近的研究表明，一些家盒基因也可能参与成体组织的再生和修复过程。
The discovery of homeobox genes provided a molecular basis for understanding how organisms develop from a single cell into complex forms with specific body patterns.
家盒基因的发现为理解单细胞如何发育成具有特定体形模式的复杂生物提供了分子基础。