Research Catalog

Bacterial invasion into eukaryotic cells

Title
Bacterial invasion into eukaryotic cells / edited by Tobias A. Oelschlaeger and Jörg Hacker.
Publication
New York : Kluwer Academic/Plenum Publishers, [2000], ©2000.

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TextRequest in advance QH573 .S8 v.33Off-site

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Additional Authors
  • Oelschlaeger, Tobias A.
  • Hacker, Jörg (Jörg Hinrich)
Description
xxxviii, 687 pages : illustrations.
Series Statement
Sub-cellular biochemistry, 0306-0225 ; v. 33
Uniform Title
Sub-cellular biochemistry ; v. 33.
Subjects
Bibliography (note)
  • Includes bibliographical references and index.
Contents
  • Introduction: Strategies of Bacterial Interaction with Eukaryotic Cells / Tobias A. Oelschlaeger and Jorg Hacker -- 1.. Beneficial Bacterial-Host Interactions -- 2.. Detrimental Bacterial-Host Interactions -- 2.1.. Classical Adhesins -- 2.2.. Adhesins as Invasins -- 2.3.. Bacterial Effectors -- 3.. Conclusions -- 4.. References -- Part I. Nonprofessional facultative intracellular bacteria -- Chapter 1. Microtubule Dependent Invasion Pathways of Bacteria / Tobias A. Oelschlaeger and Dennis J. Kopecko -- 1.. Introduction -- 2.. Role of the Host Cell -- 3.. Role of the Bacterium -- 4.. Intracellular Fate -- 5.. The in Vivo Situation -- 6.. Concluding Remarks -- 7.. References -- Chapter 2. Interaction of Enteropathogenic Escherichia coli with Host Cells / Ilan Rosenshine, Stuart Knutton and Gad Frankel -- 1.. Introduction -- 2.. Virulence Genes of EPEC -- 3.. The Colonization Process -- 4.. Cell Biology of EPEC Infected Cell -- 5.. Concluding Remarks -- 6.. References -- Chapter 3. E. coli Invasion of Brain Microvascular Endothelial Cells as a Pathogenetic Basis of Meningitis / Kwang Sik Kim -- 1.. Introduction -- 2.. Models of Blood-Brain Barrier -- 3.. E. coli Structure Contributing to Invasion of Brain Microvascular Endothelial Cells (BMEC) -- 4.. BMEC Structures Involved in E. coli Invasion -- 5.. Mechanisms of E. coli Invasion of BMEC -- 6.. Age-Dependency of E. coli Meningitis -- 7.. Summary -- 8.. References -- Chapter 4. Host Cell Invasion by Pathogenic Neisseriae / Christoph Dehio, Scott D. Gray-Owen and Thomas F. Meyer -- 1.. Introduction -- 2.. Pilus-Mediated Interactions -- 3.. Opa-Mediated Interactions -- 4.. Opc-Mediated Interactions -- 5.. Interactions Mediated by a Novel Multiple Adhesin Family -- 6.. The Influence of Lipooligosaccharide on Host Cell Interactions -- 7.. The Meningococcal Capsule -- 8.. Role of the Porin PorB in Cellular Interactions -- 9.. Summary -- 10.. References -- Chapter 5. Bartonella Interactions with Host Cells / Michael F. Minnick and Burt E. Anderson -- 1.. Introduction -- 2.. Host Cell Types -- 3.. Adherence to Host Cells -- 4.. Entry into Host Cells -- 5.. Intracellular Replication and Host Cell Death; Contribution to Bartonellosis -- 6.. Conclusions and Future Directions -- 7.. References -- Chapter 6. Host Cell Invasion by Streptococcus pneumoniae / Axel Ring and Elaine Tuomanen -- 1.. Introduction -- 2.. Structural Determinants of Invasion -- 3.. The Process of Invasion -- 4.. A Model of Pneumococcal Invasion -- 5.. Dynamic Virulence Features -- 6.. Conclusions -- 7.. References -- Chapter 7. High Frequency Invasion of Mammalian Cells by [beta] Hemolytic Streptococci / P. Patrick Cleary and David Cue -- 1.. Streptococcal Pathogenesis -- 2.. S. pyogenes Efficiently Invades Epithelial Cells -- 3.. Adhesins, Invasins, and Integrin Receptors -- 4.. Reality Check: Does Intracellular Invasion Impact on the Virulence or Epidemiology of Streptococcal Infections? -- 5.. Conclusion -- 6.. References -- Chapter 8. Nocardia asteroides as an Invasive, Intracellular Pathogen of the Brain and Lungs / Blaine L. Beaman and LoVelle Beaman -- 1.. Introduction -- 2.. In Vivo Animal Models -- 3.. In Vitro Tissue Culture Models -- 4.. Adherence of Nocardiae to Host Tissues -- 5.. Possible Mechanisms for Specificity for Adherence -- 6.. Internalization of Nocardiae Within Host Cells -- 7.. Possible Mechanisms for Invasion -- 8.. Intracellular Growth -- 9.. Possible Mechanisms for Dissemination after Invasion -- 10.. Conclusions -- 11.. References -- Chapter 9. Mycoplasma Interaction with Eukaryotic Cells / Shlomo Rottem and David Yogev -- 1.. Introduction -- 2.. Adherence to Host Cells -- 3.. Fusion with Host Cells -- 4.. Invasion of Host Cells -- 5.. Competition for Biosynthetic Precursors -- 6.. Modulating the Immune System -- 7.. Circumventing the Host Immune System -- 8.. Prospects for Future Research -- 9.. References -- Part II. Professional Facultative Intracellular Bacteria -- Chapter 10. Mycobacterial Invasion of Epithelial Cells / Luiz E. Bermudez and Felix J. Sangari -- 1.. Introduction -- 2.. Mycobacterium avium Interaction with Intestinal Epithelial Cells -- 3.. Mycobacterium tuberculosis and Alevolar Epithelial Cells -- 4.. Conclusions -- 5.. References -- Chapter 11. Invasion of Epithelial Cells by Bacterial Pathogens: The Paradigm of Shigella / Kirsten Niebuhr and Philippe J. Sansonetti -- 1.. Introduction -- 2.. The Model of Shigella Infection -- 3.. Entry into Epithelial Cells: Molecules and Signals -- 4.. Bacterial Motility and Cell-to-Cell Spread -- 5.. Host Cell Killing -- 6.. Concluding Remarks -- 7.. References -- Chapter 12. Salmonella Invasion of Non-Phagocytic Cells / Lisa M. Schechter and Catherine A. Lee -- 1.. Introduction -- 2.. Experimental Systems to Study Salmonella Interactions with Non-Phagocytic Cells -- 3.. Host Cell Responses to Salmonella Invasion -- 4.. Bacterial Factors Required for Salmonella Invasion of Non-Phagocytic Cells -- 5.. Evolutionary Aspects of Salmonella Invasion -- 6.. Regulation of Salmonella Invasion -- 7.. Conclusions -- 8.. References -- Chapter 13. Salmonella Interactions with Professional Phagocytes / Robert A. Kingsley and Andreas J. Baumler -- 1.. Introduction -- 2.. Salmonella as a Pathogen Residing within Macrophages -- 3.. Uptake and Trafficking -- 4.. The Parasitophorous Vacuole -- 5.. Macrophage Death -- 6.. Evolution of Intracellular Parasitism -- 7.. References -- Chapter 14. Interaction of Yersinia with Host Cells / Anne Boland and Guy R. Cornelis -- 1.. The Genus Yersinia -- 2.. Invasion of Host Tissues by Yersinia -- 3.. Yersinia: A New Type of Interaction with Eukaryotic Cells -- 4.. Interaction of Yersinia with Macrophages -- 5.. Conclusion -- 6.. References -- Chapter 15. Invasion of Mammalian and Protozoan Cells by Legionella pneumophila / Yousef Abu Kwaik -- 1.. Background -- 2.. Introduction -- 3.. Initial Interactions between L. pneumophila and Its Primitive Protozoan Hosts -- 4.. Intracellular Replication within Protozoa -- 5.. Role of Protozoa in Legionnaires' Disease -- 6.. Attachment and Entry to Mammalian Cells -- 7.. Intracellular Survival and Replication within Macrophages -- 8.. Trafficking of the L. pneumophila Phagosome -- 9.. Molecular Aspects of Intracellular Replication -- 10.. NaCl[superscript R] Phenotype of L. pneumophila Mutants and Potential Attenuation -- 11.. Role of Alveolar Epithelial Cells in Legionnaires' Disease -- 12.. Different Fates of pmi and mil Mutants within Macrophages and Alveolar Epithelial Cells -- 13.. Role of Iron in the Intracellular Infection -- 14.. Gene Expression by Intracellular Bacteria -- 15.. Killing of the Host Cell -- 16.. Concluding Remarks -- 17.. References -- Chapter 16. Internalization of Listeria monocytogenes by Nonprofessional and Professional Phagocytes / Michael Kuhn and Werner Goebel -- 1.. Introduction -- 2.. The Intracellular Life Cycle of L. monocytogenes -- 3.. Listerial Proteins Involved in Invasion into Nonprofessional Phagocytic Cells -- 4.. Cellular Receptors, Host Cell Signaling, and the Mechanism of Invasion -- 5.. Uptake by Professional Phagocytes -- 6.. Regulation of the Expression of Invasion-Associated Genes -- 7.. In Vivo Significance of the Results Obtained with Cell Culture Systems -- 8.. Conclusions -- 9.. References -- Chapter 17. Host-Plant Invasion by Rhizobia / V. Viprey, X. Perret and W.J. Broughton -- 1.. Process of Infection -- 2.. Role of Bacterial Cell-Surface Components -- 3.. Secretion of Bacterial Proteins during Nodulation -- 4.. Conclusions and Perspectives -- 5.. References -- Part III. Obligate Intracellular Bacteria --
  • Chapter 18. Chlamydia: Internalization and Intracellular Fate / M. Scidmore-Carlson and T. Hackstadt -- 1.. Introduction -- 2.. Entry -- 3.. Establishment of the Replication Competent Vacuole -- 4.. Characteristics of the Chlamydial Vacuole -- 5.. Conclusions -- 6.. References -- Chapter 19. Interaction of Rickettsiae with Eukaryotic Cells: Adhesion, Entry, Intracellular Growth, and Host Cell Responses / Marina E. Eremeeva, Greogory A. Dasch and David J. Silverman -- 1.. Introduction -- 2.. Hemolysis of Erythrocytes as a Model System for Study of Adhesion and Entry of Rickettsiae -- 3.. Adhesion, Entry, and Intracellular Growth of Rickettsiae in Eukaryotic Cells -- 4.. Eukaryotic Cell Responses Induced by Rickettsial Infection -- 5.. Conclusion and Perspectives -- 6.. References -- Chapter 20. Ehrlichial Strategy for Survival and Proliferation in Leukocytes / Yasuko Rikihisa -- 1.. Introduction -- 2.. Outer Membrane Proteins of Ehrlichia spp -- 3.. Ehrlichial Binding and Host Cell Surface Receptors -- 4.. Ehrlichial Internalization and Replication -- 5.. The Ehrlichial Inclusion Compartment -- 6.. Ehrlichiacidal Mechanism by Interferon-[gamma] -- 7.. Induction of Host Cell Cytokine Gene Expression by Ehrlichiae -- 8.. HSP60 and HSP70 of Ehrlichiae -- 9.. Concluding Remarks -- 10.. References -- Part IV. New Approaches and Applications -- Chapter 21. DNA Vaccine Delivery by Attenuated Intracellular Bacteria / Guido Dietrich and Werner Goebel -- 1.. Summary -- 2.. DNA Vaccination -- 3.. Alternative Methods for DNA Vaccine Delivery -- 4.. Discussion -- 5.. References -- Chapter 22. Vaccines against Intracellular Pathogens / Raul G. Barletta, Ruben O. Donis, Ofelia Chacon, Homayoun Shams and Jeffrey D. Cirillo -- 1.. Abstract -- 2.. Introduction -- 3.. Protection against Salmonella -- 4.. Vaccination against Salmonella -- 5.. Protection against Mycobacterial Diseases -- 6.. Vaccines against Mycobacteria -- 7.. Concluding Remarks -- 8.. References -- Chapter 23. Identification and in Situ Detection of Intracellular Bacteria in the Environment / Bettina C. Brand, Rudolf I. Amann, Michael Steinert, Dorothee Grimm and Jorg Hacker -- 1.. Intracellular Microorganisms in the Environment -- 2.. rRNA Molecules: Scope for the Detection of Intracellular Bacteria -- 3.. Identification and in Situ Detection of Different Intracellular Organisms -- 4.. Perspectives -- 5.. References -- Chapter 24. New Approaches for Diagnosis of Infections by Intracellular Bacteria / Reinhard Marre -- 1.. Introduction -- 2.. Amplification Methods -- 3.. Specific Applications of Nucleic Acid Amplification Tests -- 4.. Perspectives -- 5.. References.
ISBN
  • 9780306462900
  • 0306462907
OCLC
  • ocm44073820
  • 44073820
  • SCSB-5371017
Owning Institutions
Columbia University Libraries