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首页> 外文期刊>Nucleus >Heat-shock stress activates a novel nuclear import pathway mediated by Hikeshi
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Heat-shock stress activates a novel nuclear import pathway mediated by Hikeshi

机译:热休克应力激活了由Hikeshi介导的新型核输入途径

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Cellular stresses significantly affect nuclear transport systems. Nuclear transport pathways mediated by importin β-family members, which are active under normal conditions, are downregulated. During thermal stress, a nuclear import pathway mediated by a novel carrier, which we named Hikeshi, becomes active. Hikeshi is not a member of the importin β family and mediates the nuclear import of Hsp70s. Unlike importin β family-mediated nuclear transport, the Hikeshi-mediated nuclear import of Hsp70s is not coupled to the GTPase cycle of the small GTPase Ran but rather is coupled with the ATPase cycle of Hsp70s. Hikeshi-mediated nuclear import is essential for the attenuation and reversal of the thermal stress response in human cells. The mechanism and functions of this newly identified nuclear import pathway will be discussed.
机译:细胞应力显着影响核运输系统。由正常情况下活跃的importinβ家族成员介导的核转运途径被下调。在热应激期间,由新型载体介导的核输入途径(我们称为“ Hikeshi”)变得活跃。 Hikeshi不是importinβ家族的成员,并且介导Hsp70s的核输入。与importinβ家族介导的核转运不同,Hikeshi介导的Hsp70s的核输入不与小GTPase Ran的GTPase循环偶联,而是与Hsp70s的ATPase循环偶联。 Hikeshi介导的核输入对于衰减和逆转人体细胞的热应激反应至关重要。将对这一新近确定的核进口途径的机制和功能进行讨论。

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