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高等植物的液泡膜质子转运ATP酶作为第三类质子泵。

The tonoplast proton-translocating ATPase of higher plants as a third class of proton-pumps.

作者信息

Marin B, Gidrol X, Chrestin H, D'Auzac J

出版信息

Biochimie. 1986 Dec;68(12):1263-77. doi: 10.1016/s0300-9084(86)80078-5.

Abstract

Taken together, all the data reported recently in the literature suggest that tonoplast ATPase belongs to a new class of proton pumps. To date, the most studied system is the proton-pumping ATPase from the tonoplast of Hevea latex. Its main characteristics are presented. It resembles the mitochondrial ATPase in its specificity, its substrate affinity, and its sensitivity to different inhibitors. However, for some aspects, it resembles the plasma membrane system in its response to other inhibitors tested (quercetin for example). It differs from both ATPases in its sensitivity to nitrate as well as by its molecular structure, i.e. a complex exhibiting a least 4 or 5 polypeptides. These results favor the existence of a third class of proton pumps, intermediate between the F1F0-class and the E1E2-class.

摘要

综上所述,文献中最近报道的所有数据表明,液泡膜ATP酶属于一类新的质子泵。迄今为止,研究最多的系统是橡胶树乳胶液泡膜上的质子泵ATP酶。文中介绍了其主要特性。它在特异性、底物亲和力以及对不同抑制剂的敏感性方面与线粒体ATP酶相似。然而,在某些方面,它在对其他测试抑制剂(例如槲皮素)的反应上与质膜系统相似。它在对硝酸盐的敏感性以及分子结构方面与这两种ATP酶都不同,即一种至少由4或5种多肽组成的复合体。这些结果支持存在第三类质子泵,它介于F1F0类和E1E2类之间。

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