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首页> 外文期刊>Biochimica et biophysica acta. Biomembranes >Mitochondria isolated in nearly isotonic KCl buffer: focus on cardiolipin and organelle morphology.
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Mitochondria isolated in nearly isotonic KCl buffer: focus on cardiolipin and organelle morphology.

机译:线粒体几乎在等渗的KCl缓冲液中分离:专注于心磷脂和细胞器形态。

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Rat liver mitochondria were isolated in parallel in two different isolation buffers: a standard buffer containing mannitol/sucrose and a nearly physiological KCl based solution. The two different organelle preparations were comparatively characterized by respiratory activity, heme content, microsomal and Golgi contamination, electron microscopy and lipid analyses. The substitution of saccharides with KCl in the isolation buffer does not induce the formation of mitoplasts or disruption of mitochondria. Mitochondria isolated in KCl buffer are coupled and able to maintain a stable transmembrane charge separation. A number of biochemical and functional differences between the two organelle preparations are described; in particular KCl mitochondria exhibit lower cardiolipin content and smaller intracristal compartments in comparison with the standard mitochondrial preparation.
机译:在两种不同的分离缓冲液中平行分离大鼠肝线粒体:一种含有甘露醇/蔗糖的标准缓冲液和一种几乎生理性的基于KCl的溶液。通过呼吸活动,血红素含量,微粒体和高尔基体污染,电子显微镜和脂质分析对两种不同的细胞器制剂进行了比较表征。在分离缓冲液中用KCl取代糖不会诱导线粒体的形成或线粒体的破坏。在KCl缓冲液中分离的线粒体可以耦合并能够维持稳定的跨膜电荷分离。描述了两种细胞器制剂之间的许多生化和功能差异。与标准的线粒体制剂相比,尤其是KCl线粒体的心磷脂含量更低,而晶体内部的隔室更小。

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