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Showing 1 to 6 of 6 for “"membrane-bound dehydrogenases"”.
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The Development of Genetic Tools for Protein Characterization and Genetic Engineering in the Acetic Acid Bacterium Gluconobacter Oxydans
… The incomplete oxidations are carried out by membrane-bound dehydrogenases that channel electrons directly into the electron transport chain. Many of these oxidative products are regio- and stereo-specific, and the use of G. oxydans in industrial practices allows the production of enantiopure …
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Characterization of plasmids among the three species of Gluconobacter
… they partially oxidize the substrate using membrane-bound dehydrogenases and excrete the product into the surrounding growth medium. It is these limited oxidations that make the gtuconobacters industrially useful. Although much is known about the physiology of the limited oxidations in the …
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The nature of sorbital (a primary) and sorbose (a secondary) dehydrogenases of Gluconobacter species
… limited oxidations using the NAD(P)-independent membrane-bound dehydrogenases in which the products are released back to the medium. Reports of further limited oxidations of these primary oxidation products by <i>Gluconobacter</i> in single step or sequential oxidations by secondary …
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Characterization of plasmids in Gluconobacter
… gluconobacters are well known for their plasma membrane-bound dehydrogenases that rapidly oxidize compounds and release the products into the medium. In 1989, Qazi et al. proposed that genes coding for membranebound glucose dehydrogenase are on a plasmid in G. oxydans strain ATCC 9937. The only …
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Isolation and characterization of the (NAD(P)-independent)polyol dehydrogenase from the plasma-membranes of gluconobacter oxydans ATCC strain 621
… catalyzed by constituitively synthesized plasma-membrane bound dehydrogenases. These bacteria would have to expend much energy to constituitively synthesize a separate substrate-specific dehydrogenase for each polyol substrate oxidized. Therefore, it is my hypothesis that Gluconobacter possess a …
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Auswirkungen der Deletion membranständiger Dehydrogenasen auf Gluconobacter oxydans DSM 7145
Essigsäurebakterien, im besonderen die Gattung Gluconobacter, sind in ihrer Fähigkeit verschiedenste Zucker, Zuckeralkohole und Polyole unvollständig zu oxidieren unübertroffen. Die für die Oxidation verantwortlichen Dehydrogenasen werden in zwei Gruppen, membranständige und cytoplasmatische …