Titlebook: Hydrocarbon and Lipid Microbiology Protocols; Isolation and Cultiv Terry J. McGenity,Kenneth N. Timmis,Balbina Nogale Book 2017 Springer-Ve

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Protocol for Isolation, Screening, and Cultivation of Asphaltene-Degrading Microorganism, in higher viscosity, emulsion formation, coke production, and consequently clogging of pipelines. These compounds contain metals such as iron, nickel, and vanadium and hence are poisonous for catalysts in refinery processes. This has led to a strong incentive to find microorganisms which are able t

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Cultivation of Anaerobic Microorganisms with Hydrocarbons as Growth Substrates,ctron acceptors. Cultivation of such microorganisms is technically often more elaborate than that of other anaerobes. Special technical measures include, for instance, dilution of potentially toxic hydrocarbons in an inert carrier phase and precautions to avoid diffusion of traces of oxygen through

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Enrichment and Isolation of Metal Respiring Hydrocarbon Oxidizers,ty of mechanisms that exist to provide energy and electrons to support bacterial life, the use of insoluble metallic elements as electron acceptors is one of the most interesting. The prevalence of metallic elements in the minerals that comprise soils and sediments raises the possibility that metal

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Enrichment and Isolation of Chloroxyanion-Respiring Hydrocarbon Oxidizers,ion and characterization. Respiration of the chloroxyanions perchlorate (ClO..) and chlorate (ClO..), collectively termed (per)chlorate, is the only non-phototrophic process shown to produce molecular oxygen (O.). Accordingly, strains that respire (per)chlorate while oxidizing hydrocarbons have been

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