植物细胞质膜离子通道研究进展

doi:10.11983/CBB18022

摘要/Abstract

摘要： 多种有机和无机离子作为重要的营养物质、渗透物质、辅酶和信号分子, 参与植物生殖、生长发育和逆境反应等多种生物学过程。离子通道是离子跨质膜和内膜运动的重要渠道和动态调控因子, 直接影响和调控细胞内离子浓度及亚细胞分布的动态变化。目前, 植物尤其是模式植物拟南芥(Arabidopsis thaliana)的多个离子通道家族被先后鉴定出来, 其中部分离子通道蛋白定位在细胞质膜上, 其基本生物学功能, 诸如蛋白结构、离子选择性和通透性、门控特点、活性调控机理以及不同离子通道之间的协同关系等均取得重要进展。该文概要介绍近年来植物细胞质膜离子通道方面的研究进展。

关键词: 离子, 跨膜运动, 离子通道, 细胞质膜, 植物细胞

Abstract: Multiple ions, including cations and anions, are involved in growth, development, reproduction and stress responses as essential nutrients, osmotic components, cofactors of proteins and signaling molecules in plants. Ion channels localized in the plasma membrane and endomembrane of plant cells are essential tunnels and dynamic regulators of ion flux across biological membranes and are involved in the direct regulation of ion homeostasis in plant cells. A large number of ion channels have been identified in diverse plant species, especially in the model plant Arabidopsis, in recent years. Many ion channels are localized in the plasma membrane, and their protein structure, ion selectivity and permeability, gating patterns, activity-regulating mechanisms and the functional coordinating mechanisms between different ion channels have been analyzed. In this review, we summarize the research progress on the plasma membrane ion channels of plant cells and discuss the outstanding questions.

Key words: ions, ion flux across membrane, ion channels, plasma membrane, plant cells

谭艳秋,孙姝璟,董静云,徐伟,王玲玲,王永飞. 植物细胞质膜离子通道研究进展. 植物学报, 2019, 54(1): 102-118.

Yanqiu Tan,Shujing Sun,Jingyun Dong,Wei Xu,Lingling Wang,Yongfei Wang. Advances in Plasma Membrane Ion Channels of Plant Cells. Chinese Bulletin of Botany, 2019, 54(1): 102-118.

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链接本文: https://www.chinbullbotany.com/CN/10.11983/CBB18022

https://www.chinbullbotany.com/CN/Y2019/V54/I1/102

图/表 6

图1 拟南芥Shaker家族单个亚基和离子通道的拓扑结构(改自Sharma et al., 2013) (A) 单个亚基拓扑结构; (B) Shaker离子通道的多种不同四聚体组成形式, 包括内向和外向质膜K+通道。S1-S6: 单亚基的第1-6个跨膜区; N/C端: 氨/羧基末端; P: 通道孔区; +: 带正电荷的电压感受器结构域; cNBD: 环核苷酸结合域

Figure 1 Topological structure of a representative subunit and tetramers of Shaker family from Arabidopsis (modified from Sharma et al., 2013) (A) Topological structure of a Shaker subunit; (B) Diverse tetramers of K+ channels composed of Shaker members, including inward and outward K+ channels. S1-S6: Transmembrane domains 1-6; N/C termini: The amino terminal and carboxyl terminal; P: Pore region; +: With positive charged voltage sensor domain; cNBD: Cyclic nucleotide binding domain.

图2 拟南芥GLR亚基的蛋白结构(Lam et al., 1998; Price et al., 2012) S1-S4: 第1-4跨膜区; LBD: 配体结合结构域; N/C端: 氨/羧基末端

Figure 2 Putative protein structure of an Arabidopsis GLR member (Lam et al., 1998; Price et al., 2012) S1-S4: Transmembrane domains 1-4; LBD: Ligand binding domain; N/C termini: The amino terminal and carboxyl terminal

图3 拟南芥MCA1和MCA2通道蛋白结构(A)及张力激活通道活性的分子机理(B) (Kamano et al., 2015) S: 跨膜区; EF: EF-手型Ca2+结合结构域; N/C端: 氨/羧基端

Figure 3 Protein structure of Arabidopsis MCA1 and MCA2 (A) and a molecular mechanism of how MCA1/2 channels are activated by the tension of plasma membrane (B) (Kamano et al., 2015) S: The transmembrane domain; EF: EF-hand Ca2+ binding domain; N/C termini: The amino terminal and carboxyl terminal

图4 拟南芥OSCA家族通道蛋白结构(改自Yuan et al., 2014)

Figure 4 The putative protein structure of an OSCA member from Arabidopsis (modified from Yuan et al., 2014)

图5 拟南芥ALMT家族通道蛋白结构(改自Sharma et al., 2016)

Figure 5 The putative protein structure of an ALMT member from Arabidopsis (modified from Sharma et al., 2016)

图6 SLAC1亚基(A)和离子通道蛋白结构(B) (Vahisalu et al., 2008; Chen et al., 2010)

Figure 6 The topological structures of a SLAC1 subunit (A) and the structure of a SLAC1 channel as a trimer (B) (Vahisalu et al., 2008; Chen et al., 2010)

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