Titlebook: Genetic Engineering of Microorganisms for Chemicals; Alexander Hollaender,Ralph D. DeMoss,Ralph S. Wolf Book 1982 Springer Science+Busines

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Martin Fassnacht,Stefanie Wriedtimportant characteristics and were used only during specific experiments. Though the cyanobacteria have often been utilized as an organism in photosynthetic research, the range of experiments have been somewhat narrow. These include an assessment of the phycobiliproteins in light-harvesting as well

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https://doi.org/10.1007/978-3-322-92472-8 used (i.e., F, F′, and Hfr strains), but these techniques presented many problems and resultant events usually occurred at a low frequency. Despite the difficulties, these studies led to the initial descriptions of conjugative plasmids coding for lactose and sucrose utilization in . (7,18,26,28) an

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Strategies: Models and Problems,n was once believed. And since these species have received so much attention, many biochemists who turn their attention to soil isolates find that bacterial aromatic catabolism is complicated and confusing. It is, in fact, neither; because the never-ending degradation of the Earth’s aromatic natural

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Perspectives for the Genetic Engineering of Hydrocarbon Oxidizing Bacteria,ring fission pathways. Detailed genetic analysis has been carried out for a few hydrocarbon oxidation pathways, including the plasmidborne . and . systems for oxidation of n-alkanes and of toluene or xylenes. In both cases, there is duplication of plasmic-and chromosome-encoded activities at certain

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Photosynthesis and Cloning in Cyanobacteria,important characteristics and were used only during specific experiments. Though the cyanobacteria have often been utilized as an organism in photosynthetic research, the range of experiments have been somewhat narrow. These include an assessment of the phycobiliproteins in light-harvesting as well

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Genetic and Molecular Studies of the Regulation of Atypical Citrate Utilization and Variable Vi Ant used (i.e., F, F′, and Hfr strains), but these techniques presented many problems and resultant events usually occurred at a low frequency. Despite the difficulties, these studies led to the initial descriptions of conjugative plasmids coding for lactose and sucrose utilization in . (7,18,26,28) an

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Genetic Engineering of Microorganisms for Chemicals978-1-4684-4142-0