Titlebook: Respiration in Archaea and Bacteria; Diversity of Prokary Davide Zannoni Book 2004 Springer Science+Business Media B.V. 2004 Aerobic respir

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Chapter 1: Respiratory Chains in Archaea: From Minimal Systems to Supercomplexes, eukaryotic respiratory systems. In particular the following aspects are addressed: 1. Several archaeal genomes have been completely analyzed, but protein chemical verification of the genomic data on electron transport systems lacks behing; 2. According to present knowledge, aerobic Archaea can oxid

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Chapter 3: Respiratory Electron Transport in , and ,,wo subunits NQO1 (NuoE) and NQO2 (NuoF), responsible for NADH binding and initial electron transfer reactions in other bacteria. The nature of the electron donor to complex I has yet to be identified. In both bacteria, reducing equivalents are transferred to the sole quinone, menaquinone-6. Menoquin

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Chapter 6: The Oxidation of Ammonia as an Engergy Source in Bacteria,O. The dehydrogenation catalyzed at the novel catalytic heme (heme P460) is unique by comparison with other known catalytic hemes which bind substrate to the iron; in all others electrons enter the system and reduce the substrate whereas the reverse is true with HAO. This mode of catalysis may be fu

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Chapter 7: Respiration in Methanotrophs,and non-growth substrates, and the respiratory chains in methanotrophs. The properities of the individual oxidative enzymes and respiratory components are reviewed and working models presented for electron flow during methane and ammonia oxidation.

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Chapter 10: Sulfur Respiration,iration by H. or formate consists of polysulfide reductase, methyl-menaquinone and hydrogenase or formate dehydrogenase. Each enzyme consists of two different hydrophilic and a hydrophobic subunit which anchors the enzyme in the membrane. The membrane anchors of hydrogenase and formate dehydrogenase

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Chapter 11: Hydrogen Respiration,NiFe]-H.ases; (3) the bidirectional cytoplasmic [NiFe]-H.ases; (4) the H. - evolving, energy -converting [NiFe]-H.ases. Unlike the [NiFe]-H. ases, the [Fe] - H.ases form a homogeneous group and and are primarily involved in H. evolution. The classification of H.ases on the basis of phylogenetic anal