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Equilibrium between monomeric and dimeric mitochondrial F1–inhibitor protein complexes

机译:单体和二聚体线粒体 F1 抑制蛋白复合物之间的平衡

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摘要

Mg-ATP particles from bovine heart mitochondria have more than 95 of their F1 in complex with the inhibitor protein (IF1). The F1–IF1 complex was solubilized and purified. The question addressed was if this naturally occurring complex existed as monomers or dimers. Size exclusion chromatography and electron microscopy showed that most of the purified F1–IF1 complex was a dimer of two F1–IF1. As determined by the former method, the relative concentrations of dimeric and monomeric F1–IF1 depended on the concentration of protein that was applied to the column. Apparently, there is an equilibrium between the two forms of F1–IF1.
机译:来自牛心脏线粒体的 Mg-ATP 颗粒与抑制蛋白 (IF1) 复合物中含有超过 95% 的 F1。将F1-IF1复合物溶解纯化。所解决的问题是,这种天然存在的复合物是以单体还是二聚体的形式存在。尺寸排阻色谱和电子显微镜显示,大部分纯化的 F1-IF1 复合物是两个 F1-IF1 的二聚体。由前一种方法测定,二聚体和单体F1-IF1的相对浓度取决于施加到色谱柱上的蛋白质浓度。显然,两种形式的 F1-IF1 之间存在平衡。

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