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[细胞质糖肽诱导碳酸氢根离子通过线粒体内膜的电致转运]

[Electrogenic transport of bicarbonate ions through the internal mitochondrial membrane induced by cytoplasmic glycopeptide].

作者信息

Gaĭnutdinov M Kh, Konov V V, Luchenko M V, Turakulov Ia Kh

出版信息

Biull Eksp Biol Med. 1985 Nov;100(11):561-3.

PMID:4063503
Abstract

Cytoplasmatic glycopeptide-induced bicarbonate ion electrogenic transport through mitochondrial membrane has been studied. Glycopeptide, described earlier as a factor increasing inner mitochondrial membrane permeability for phosphate ions, has been also shown to induce bicarbonate ion electrogenic transport through inner mitochondrial membrane. HCO3- ion transport, induced by cytoplasm glycopeptide is realized by pH-dependent pore. The interrelation of cytoplasm glycopeptide with mitochondria is regulated by mitochondrial energization.

摘要

对细胞质糖肽诱导的碳酸氢根离子通过线粒体膜的电致转运进行了研究。糖肽先前被描述为一种增加线粒体内膜对磷酸根离子通透性的因子,也已被证明可诱导碳酸氢根离子通过线粒体内膜的电致转运。细胞质糖肽诱导的HCO3-离子转运是通过pH依赖性孔实现的。细胞质糖肽与线粒体的相互关系受线粒体能量化调节。

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