Brønsted Acids Bounded to the Mitochondrial Membranes as a Substrate for ATP Synthase

L. V. Eroshenko; A. S. Marakhovskaya; I. M. Vangeli; P. I. Semenyuk; V. N. Orlov; L. S. Yaguzhinsky

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Brønsted Acids Bounded to the Mitochondrial Membranes as a Substrate for ATP Synthase

机译：布朗斯台德酸绑定到线粒体膜上作为ATP合酶的底物

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Starting from 1961, two models for transformation of the energy of oxidation reactions in mitochondria have been discussed in the literature. The model of Mitchell [1] implies that the multienzyme phosphorylation system can work in a dissociated form, while the other model (by Williams) considers a supercomplex [2]. We have earlier demonstrated that the phosphorylation system is able to function in both modes, corresponding to two structural states of mitochondria [3]. The operation modes of the phosphorylating system are provided by the system of mitochondrial volume regulation [4, 5].

机译：从1961年开始，文献中讨论了两种线粒体氧化反应能量转化的模型。 Mitchell的模型[1]暗示多酶磷酸化系统可以以解离形式工作，而另一种模型（由Williams提出）则认为是超级复合物[2]。我们先前已经证明，磷酸化系统能够以两种模式起作用，分别对应于线粒体的两个结构状态[3]。磷酸化系统的操作模式由线粒体体积调节系统提供[4，5]。

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《Doklady biochemistry & biophysics》 |2012年第mayajuna期|p.158-161|共4页
作者
L. V. Eroshenko; A. S. Marakhovskaya; I. M. Vangeli; P. I. Semenyuk; V. N. Orlov; L. S. Yaguzhinsky;
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Belozerskii Institute of Physicochemical Biology,Moscow State University, Moscow, 119991 Russia;

Belozerskii Institute of Physicochemical Biology,Moscow State University, Moscow, 119991 Russia;

Belozerskii Institute of Physicochemical Biology,Moscow State University, Moscow, 119991 Russia;

Belozerskii Institute of Physicochemical Biology,Moscow State University, Moscow, 119991 Russia;

Belozerskii Institute of Physicochemical Biology,Moscow State University, Moscow, 119991 Russia;

Belozerskii Institute of Physicochemical Biology,Moscow State University, Moscow, 119991 Russia;

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1. Crucial aminoacids in the F-O sector of the F1FO-ATP synthase address H+ across the inner mitochondrial membrane: molecular implications in mitochondrial dysfunctions [J] . Trombetti Fabiana, Pagliarani Alessandra, Ventrella Vittoria, Amino acids . 2019,第4期

机译：在内部线粒体膜的F1FO-ATP合酶地址H +的F-O-ATP合酶地址H +中的关键氨基酸：线粒体功能障碍的分子影响
2. Characterisation of phosphate binding to mitochondrial and bacterial membrane‐bound ATP synthase by studies of inhibition with 4‐chloro‐7‐nitrobenzofurazan [J] . Ferguson Stuart J., Greenfield Anthony J., Perez Juan A., FEBS Letters . 1986,第1期

机译：通过4-氯-7-硝基硝基苯并呋喃的抑制作用研究磷酸盐与线粒体和细菌膜结合的ATP合酶的结合
3. Evidence of the Proximity of ATP Synthase Subunits 6 (a) in the Inner Mitochondrial Membrane and in the Supramolecular Forms of Saccharomyces cerevisiae ATP Synthase [J] . Jean Velours, Claire Stines-Chaumeil, Johan Habersetzer, The Journal of biological chemistry . 2011,第41期

机译：内部线粒体膜中ATP合酶亚基6（A）的验证及其酿酒酵母的超分子形式
4. Asymmetric Hetero-Diels–Alder Reaction of Non-activated Substrates Utilizing Dual Activation of Cationic Fe(III) Lewis Acid and Chiral Br?nsted Acid [C] . Rei Tomifuji, Takuya Kurahashi, Seijiro Matsubara 日本化学会春季年会講演予稿集 . 2018

机译：利用阳离子Fe（III）Lewis酸和手性β的非活化基材的不对称异质蛋白 - 桤木反应。
5. On the membrane-bound rotor of chloroplast ATP synthase. [D] . Varco-Merth, Benjamin David. 2008

机译：叶绿体上的ATP合酶的膜结合转子上。
6. Evidence of the Proximity of ATP Synthase Subunits 6 (a) in the Inner Mitochondrial Membrane and in the Supramolecular Forms of Saccharomyces cerevisiae ATP Synthase [O] . Jean Velours, Claire Stines-Chaumeil, Johan Habersetzer, 2011

机译：在内部线粒体膜和超分子形式的酿酒酵母ATP合酶中ATP合酶亚基6（a）的证据。
7. Crucial aminoacids in the FO sector of the F1FO-ATP synthase address H+ across the inner mitochondrial membrane: molecular implications in mitochondrial dysfunctions [O] . Fabiana Trombetti, Alessandra Pagliarani, Vittoria Ventrella, 2019

机译：F1FO-ATP合成酶地址H +横跨内部线粒体膜的F1FO-ATP合酶地址H +的关键氨基酸：线粒体功能障碍中的分子影响

Brønsted Acids Bounded to the Mitochondrial Membranes as a Substrate for ATP Synthase

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