Hopfield, J. J. 1982. The mechanism of electron transfer in the electron transport chain. In Oxidases and Related Systems. T. E. King, editor. Pergamon Press, Oxford. 35-49.The mechanism of electron transfer in the electron transport chain. Oxidases and Related Redox Systems . 1982...
Which of the following is not a redox center in the electron transport chain?A. FMNB. Fe-S clustersC. Co QD. cytochromesE. hemoglobin 相关知识点: 试题来源: 解析 E. hemoglobin 电子传递链(ETC)中,FMN(复合体I)、Fe-S簇(复合体I和III)、CoQ(作为移动载体)及细胞色素(复合体III和IV)均为氧...
Why is oxygen needed in the electron transport chain? The Electron Transport Chain: The electron transport chain is the final step of aerobic cellular respiration. During aerobic cellular respiration oxygen and glucose are used to make water, carbon dioxide and ATP. ...
The electron transport chain is an unusual pathway in that it takes place in the inner mitochondrial membrane. This process contain a series of four complexes that serve to transport electrons from NADH and FADH2 until they reduce oxygen.
THE life cycle of certain pathogenic African trypanosomes is characterized by a striking change in the mechanism of oxidative reactions on which the aerobic metabolism of the organism depends. Vertebrate bloodstream forms ofgroup trypanosomes apparently depend on a non-mitochondrial, cyanide-insensitive ...
Two terminal oxidases in the electron transport chain of mycobacteria. Mutations in QcrB in the cytochrome bc1:aa3 confer resistance to TB47 Full size image Fig. 5 Effect on the sensitivity to TB47 during the over-expression of CydABs inM. smegmatis.aThe inhibition rates againstM. smegmatismc...
Moreover, 3-HK, the upstream substance of Quin, not only traverses the BBB, but also induces myriad free radicals [53] and is involved in the inhibition of complex I, II, and IV in the electron transport chain (ETC), thereby aggravating mitochondrial impairment and intracellular oxidative ...
Mathematical formulae and computations are presented which may be useful in understanding equilibrium phenomena at an energy transduction site in an electron transport chain, such as variation of apparent midpoint potential with phosphate potential, crossover phenomena, and respiratory control. The model ...
Photosystem II was identified later, and it was determined to be earlier in the electron transport chain. But it was too late; the name got stuck. When Water molecules are broken down to liberate electrons, then the electrons proceed down a gradient, accumulating energy in the form of ATP ...
Cadmium can also be sequestered within the cells by metal-chelating proteins, while chromate and dichromate are reduced to the less toxic and insoluble trivalent cation Cr(III) by specific NAD(P)H-dependent enzymes under aerobic conditions or in the electron transport chain of bacteria such as ...