T-box transcription factor genes are widely conserved in metazoan development and widely involved in developmental processes. With the phase of T-box gene discovery winding down, the phase of transcriptional target discovery for T-box transcription factors is finally taking off and yielding rich rewards. Mutant phenotypes in mouse and zebrafish as well as morpholino studies in zebrafish have helped to link the T-box genes to a variety of signaling pathways through diverse target genes and feedback loops. Particularly in early mesoderm development, it is emerging that a network of T-box genes interacts with Wnt/beta-catenin and Notch/Delta signaling pathways, among others, to control the important processes of mesoderm specification, somite segmentation, and left/right body axis determination.

译文

:T-box转录因子基因在后生动物的发育中广泛保守,并广泛参与发育过程。随着T-box基因发现阶段的结束,T-box转录因子的转录靶点发现阶段终于开始,并产生了丰厚的回报。小鼠和斑马鱼中的突变表型以及斑马鱼中的吗啉代研究已帮助通过不同的靶基因和反馈环将T-box基因与多种信号通路联系起来。特别是在中胚层的早期发展中,正在出现T-box基因网络与Wnt /β-catenin和Notch / Delta信号通路相互作用等,以控制中胚层规格,体节分割和左/右的重要过程。体轴确定。

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