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Transport unplugged: KCCs are regulated through an N-terminal plug of the ion pathway

机译:通过一个传输不插电:关注监管氨基端插头的离子通道

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摘要

The ability to regulate transmembrane ion transport in response to various cues is vital to any living cell. In neurons, one key example of critical ion control relates to the extrusion of chloride mediated by the potassium-chloride-cotransporters (KCC1-4). In a recent hallmark study, Chi et al (2021) report cryo-EM structures of human KCC1 and KCC3b, delineating in detail how regulation by phosphorylation inhibits the transport activity. The authors also identify a stabilizing binding site for nucleotides and speculate on its functional role.
机译:调节跨膜离子的能力运输在回应各种线索是至关重要的任何活细胞。关键的离子控制的挤压有关氯的potassium-chloride-cotransporters (KCC1-4)。最近特征研究,气et al(2021)报告人类KCC1和KCC3b低温电子显微镜结构,详细描述如何监管磷酸化抑制交通活动。作者还确定一个稳定绑定核苷酸和推测功能的作用。

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