The eukaryotic genome : organisation and regulation : Fiftieth Symposium of the Society for General Microbiology held at UMIST, April 1993

著者

書誌事項

The eukaryotic genome : organisation and regulation : Fiftieth Symposium of the Society for General Microbiology held at UMIST, April 1993

edited by Paul Broda, Stephen G. Oliver, and Paul F.G. Sims

（Symposia of the Society for General Microbiology, 50）

Cambridge University Press, 1993

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注記

"Published for the Society of General Microbiology."

Includes bibliographical references and index

内容説明・目次

内容説明

The history of molecular genetics shows that the study of simple microbial models, provided first by bacteriophages and then bacteria, yields data of fundamental importance to the whole of biology. The genomes of eukaryotic microbes, although many times smaller than those of mammals and flowering plants, also provide essential keys to our general understanding of biology. This volume reviews how much has been achieved with these more complex microbial models and points the way forward in this exciting and burgeoning field.

目次

  • Contributors
  • Editors' preface
  • 1. Yeast genome organisation and evolution S. G. Oliver
  • 2. Replication initiation in yeast chromosomes W. L. Fangman, M. K. Raghuraman, B. M. Ferguson, and B. J. Brewer
  • 3. Telemores and telomerase in small eukaryotes C. W. Greider
  • 4. Structural and functional organisation of yeast chromatin F. H. Toma
  • 5. Microbial mitochondrial genomes windows on other worlds D. H. Williamson
  • 6. Gene organisation in filamentous fungi G. Turner
  • 7. Genome organisation and control of gene expression in trypanosomatids E. Pays
  • 8. Current issues in homologous recombination H. L. Klein
  • 9. Regulation of fungal development by mating type genes U. Kues and L. A. Casselton
  • 10. Switching and gene regulation in Candida albicans D. R. Soll, B. Morrow, and T. Srikantha
  • 11. The control of gene expression in filamentous fungi M. X. Caddick and A. S. Turner
  • 12. Multiple interactions control the expression of yeast genes J. Mellor
  • 13. Global regulation of mitochondrial biogenesis in yeast L. A. Grivell, J. H. de Winde, and W. Mulder
  • Evolution of the eukaryotic genome T. Cavalier-Smith
  • Index.

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