Bacterial genetics in natural environments
著者
書誌事項
Bacterial genetics in natural environments
Chapman and Hall, 1990
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注記
Includes bibliography and index
内容説明・目次
内容説明
This book has arisen from the Second European Meeting on Bacterial Genetics and Ecology (Bageco-2) held at the University of Wales, College of Cardiff which we organised on 11-12 April 1989. The meeting was attended by some 60 participants from eight European countries and was made possible by partial financial support from the Commission of the European Communities (CEC) and Imperial Chem ical Industries (UK) Ltd. The meeting was organised to discuss modern developments in the genetics of bacteria in aquatic and terrestrial habitats. It followed on from, and complemented, the first meeting of this series organised by Jean-Pierre Gratia in Brussels during April 1987 which concentrated more on medical and epidemiological issues. ! The next meeting will be organised by Michel J. Gauthier in 1991 at Nice, France. If you have been fired with enthusiasm for ecological bacterial genetics after having read this book, and want to attend the next meeting but did not hear about the one in Cardiff, you should write to Dr Gauthier to be put on the address list. A lot is now known about bacterial genetics at the physiological, biochemical and molecular level, and bacterial ecology has developed rapidly over the last 20 years. However, until very recently, few researchers have crossed the divide and linked these two specialisms.
目次
Section I: General Aspects of Studying Genetics in Nature.- 1 Genetic approaches to the study of gene transfer in microbial communities.- 2 Factors influencing the dissemination of DNA by bacterial conjugation.- 3 Factors limiting gene transfer in bacteria.- 4 Phage genetics and ecology.- Section II: Aquatic Habitats.- 5 Plasmid transfer in the epilithon.- 6 Laboratory standardised biofilms as a tool to investigate genetic transfers in water systems.- 7 Survival of laboratory and freshwater bacteria carrying an extrachromosomal xylE gene in freshwater microcosms.- 8 Gene transfer in marine environments.- 9 Gene transfer in activated sludge.- Section III: Terrestial Habitats.- 10 Plasmid transfer between soil bacteria.- 11 Gene transfer in polluted soils.- 12 The potential for gene exchange between rhizosphere bacteria.- 13 The use of a Sesbania rostrata microcosm for studying gene transfer among microorganisms.- 14 Plasmid transfer to indigenous bacteria in soil and rhizosphere: problems and perspectives.- 15 Use of wide host range promoters to monitor the fate of recombinant DNA in soil.- 16 The role of soil bacteria in risk assessment analysis.- 17 Gene transfer between streptomycetes in soil.- 18 The survival of genetically engineered microorganisms and bacteria on inanimate surfaces and in animals.- Section IV: Conclusions.- 19 Plasmid transfer and the release of genetically engineered bacteria in nature: a discussion and summary.
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