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Optimized native gel systems for separation of thylakoid protein complexes: novel super- and mega-complexes

机译:优化的天然凝胶系统,用于分离类囊体蛋白复合物:新型的超级复合物和巨型复合物

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pGel-based analysis of thylakoid membrane protein complexes represents a valuable tool to monitor the dynamics of the photosynthetic machinery. Native-PAGE preserves the components and often also the conformation of the protein complexes, thus enabling the analysis of their subunit composition. Nevertheless, the literature and practical experimentation in the field sometimes raise confusion owing to a great variety of native-PAGE and thylakoid-solubilization systems. In the present paper, we describe optimized methods for separation of higher plant thylakoid membrane protein complexes by native-PAGE addressing particularly: (i) the use of detergent; (ii) the use of solubilization buffer; and (iii) the gel electrophoresis method. Special attention is paid to separation of high-molecular-mass thylakoid membrane super- and mega-complexes from iArabidopsis thaliana/i leaves. Several novel super- and mega-complexes including PS (photosystem) I, PSII and LHCs (light-harvesting complexes) in various combinations are reported./p
机译:基于凝胶的类囊体膜蛋白复合物分析代表了一种监测光合作用动力学的有价值的工具。天然PAGE保留了蛋白质复合物的成分,通常还保留了其构象,因此可以分析其亚基组成。然而,由于各种各样的天然PAGE和类囊体溶解系统,该领域的文献和实践实验有时引起混乱。在本文中,我们描述了通过天然PAGE寻址分离高等植物类囊体膜蛋白复合物的优化方法,特别是:(i)使用洗涤剂; (ii)使用溶解缓冲液; (iii)凝胶电泳法。要特别注意从拟南芥叶片中分离高分子类囊体膜的超级复合物和巨型复合物。报告了几种新颖的超级复合体,包括PS(光系统)I,PSII和LHC(光捕获复合体)的各种组合。

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