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Regulation of Rho GTPases from the lateral sides of migrating cells

机译:从迁移细胞的侧面调节Rho GTP酶

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Migratory polarity and epithelial polarity share many common regulatory mechanisms. Rho GTPases play a key role in modulating cell polarity, which in migrating cells has been conventionally studied along the solitary front-rear axis. In recent work, we discovered that Pricklel (Pk1), a core component of planar cell polarity (PCP) signaling, mediates a novel lateral signaling pathway that coordinates multi-axial protrusive activities from the lateral cortex of migrating cancer cells. We identified that Arhgap21 and 23 are essential effectors of Pk1, and that lateral signaling regulates RhoA, actomyosin and focal adhesion dynamics. Interestingly, we showed that lateral signaling coordinates shape dynamics that are critical during cell migration and function orthogonally to front-rear directional polarity.
机译:迁移极性和上皮极性都有许多常见的监管机制。 Rho GTPAses在调制细胞极性中发挥关键作用,该极性在迁移电池中沿着孤立前后轴传统地研究。 在最近的工作中,我们发现Pricklel(PK1)是平面细胞极性(PCP)信号传导的核心分量,介导新的横向信号传导途径,其从迁移癌细胞的外侧皮质坐标。 我们鉴定了arhgap21和23是PK1的必要效应,并且横向信号调节RHOA,肌动酶和局灶性粘附动力学。 有趣的是,我们展示横向信号传导坐标,其在细胞迁移期间临界致力于正交到前后方向极性。

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