Hombría James Castelli-Gair, Sotillos Sol
CABD; CSIC/JA/Universidad Pablo de Olavide; Seville, Spain.
JAKSTAT. 2013 Jul 1;2(3):e26089. doi: 10.4161/jkst.26089. Epub 2013 Aug 8.
One of the main contributions of Drosophila to the JAK-STAT field is the study of morphogenesis. JAK-STAT signaling controls the formation of many different structures through surprisingly different morphogenetic behaviors that include induction of cell rearrangements, invagination, folding of tissues, modulation of cell shape, and migration. This variability may be explained by the many transcription factors and signaling molecules STAT regulates at early stages of development. But is STAT just acting as an upstream inducer of morphogenesis or does it have a more direct role in controlling cell behaviors? Here we review what is known about how the canonical phosphorylation of STAT contributes to shaping the embryonic and imaginal structures.
果蝇对JAK-STAT领域的主要贡献之一是对形态发生的研究。JAK-STAT信号传导通过惊人的不同形态发生行为控制许多不同结构的形成,这些行为包括诱导细胞重排、内陷、组织折叠、细胞形状调节和迁移。这种变异性可能由STAT在发育早期调节的许多转录因子和信号分子来解释。但是STAT仅仅作为形态发生的上游诱导剂起作用,还是在控制细胞行为方面具有更直接的作用呢?在这里,我们回顾一下关于STAT的经典磷酸化如何有助于塑造胚胎和成虫结构的已知情况。