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含铁蝶呤蛋白复合物在NADP还原和电子传递中的参与

[Participation of the iron-containing pterine-protein complex in NADP reduction and electron transport].

作者信息

Makarov A D, Stakhov L F

出版信息

Biokhimiia. 1976 Aug;41(8):1380-6.

PMID:15645
Abstract

A factor of protein nature, containing pteridines and iron ions was isolated from pea leaves. The compound was shown capable of activating NADP reduction during chloroplasts illumination in the absence of ferredoxin. The compound was termed "NADP-reducing factor" (NRP). Freshly isolated NRF in combination with the protein possessing the NADP-reductase activity, reduces NADP in the dark. The factor accepts the electron from the reaction site of the first photosystem and activates hydrogen liberation in the systems, containing hydrogenase. A possibility of an existence of an additional site of NADP reduction in chloroplasts is discussed.

摘要

从豌豆叶中分离出一种具有蛋白质性质、含有蝶啶和铁离子的因子。该化合物在没有铁氧还蛋白的情况下,能够在叶绿体光照期间激活NADP还原。该化合物被称为“NADP还原因子”(NRP)。新分离的NRF与具有NADP还原酶活性的蛋白质结合,能在黑暗中还原NADP。该因子从第一个光系统的反应位点接受电子,并在含有氢化酶的系统中激活氢的释放。文中还讨论了叶绿体中存在NADP还原额外位点的可能性。

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