Bacterial pathogenesis a molecular approach

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Veröffentlicht: Washington, DC ASM Press 2011
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Datensatz im Suchindex

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adam_text Titel: Bacterial pathogenesis Autor: Wilson, Brenda A Jahr: 2011 Contents Preface xiii Chapter 1 The Power of Bacteria 1 Why Are Bacteria Once Again in the Public Health Spotlight? 1 Bacteria, an Ancient Life Form 2 Pressing Current Infectious Disease Issues 4 Emerging and Reemerging Infectious Diseases 4 Food-Borne and Water-Borne Infections 4 Modern Medicine as a Source of New Diseases 6 Postsurgical and Other Wound Infections 6 Bioterrorism 8 A New Respect for Prevention 8 Surveillance: an Early-Warning System 9 Making Hospitals Safe for Patients 9 And Now for Some Really Good News: You ve Got a Bacterial Infection! 10 The H. pylori Revolution 10 The Aftermath 11 Microbiota Shift Diseases 11 Genomics 12 Modeling the Host-Pathogen Interaction in Experimental Animals 13 Correlation Studies 13 A Brave New World of Pathogenesis Research 13 SELECTED READINGS 14 QUESTIONS 15 viii Contents Chapter 2 Skin and Mucosa: the First Lines of Defense against Bacterial Infections 16 Barriers: Skin and Mucosal Membranes 16 Defenses of the Skin 18 Epidermis 18 Normal Microbiota 19 Defenses of the Dermis 20 Defenses of Mucosal Surfaces 21 Special Defenses of the Gastrointestinal Tract 23 Models for Studying Breaches of Barrier Defenses 26 SELECTED READINGS 26 QUESTIONS 27 Chapter 3 The Innate Immune System: Always on Guard 28 Triggering Innate Immune Defenses 28 Phagocytes: Powerful Defenders of Blood and Tissue 28 Inflammation and Collateral Damage 36 NK Cells 37 The Complement Cascade 38 Characteristics and Roles of Complement Proteins and the Complement Cascade 38 Roles of Cytokines and Chemokines in Directing the Phagocyte Response 42 Other Activities of Cytokines 46 The Dark Side of the Innate Defenses: Septic Shock 47 SELECTED READINGS 50 QUESTIONS 50 Chapter 4 The Second Line of Defense: Antibodies and Cytotoxic T Cells 51 Antibodies 52 Characteristics of Antibodies and Their Diverse Roles in Preventing Infection 52 Serum Antibodies 54 Secretory Antibodies—Antibodies That Protect Mucosal Surfaces 56 Affinity and Avidity 57 CTLs 57 Production of Antibodies and Activated CTLs 58 Processing of Protein Antigens by DCs 58 Interaction between APCs and T Cells: the T-Cell-Dependent Response 61 The Thl/Th2 View of the Adaptive Immune System 62 Production of Antibodies by B Cells 64 Links between the Innate and Adaptive Defense Systems 65 T-Cell-Independent Antibody Responses 65 Mucosal Immunity 66 Development of the Adaptive Response System from Infancy to Adulthood 69 Adaptive Defense Systems in Nonmammals 70 The Dark Side of the Adaptive Defenses— Autoimmune Disease 70 SELECTED READINGS 71 QUESTIONS 71 SOLVING PROBLEMS IN BACTERIAL PATHOGENESIS 72 Chapter 5_ The Normal Human Microbiota 73 Importance of the Normal Microbial Populations (Microbiota) of the Human Body 73 Nucleic Acid-Based Approaches to Characterization of the Microbiota 74 Taking a Microbial Census by Using Microbial rRNA Sequence Analysis 74 Beyond the Metagenome 90 Overview of the Human Microbiota 90 Skin Microbiota 90 Oropharyngeal Microbiota 90 Microbiota of the Small Intestine and Colon 91 Microbiota of the Vaginal Tract 94 The Forgotten Eukaryotes 94 SELECTED READINGS 95 QUESTIONS 95 SOLVING PROBLEMS IN BACTERIAL PATHOGENESIS 96 Chapter 6 Microbes and Disease: Establishing a Connection 98 History and Relevance of Koch s Postulates 98 The First Postulate: Association of the Microbe with Lesions of the Disease 99 The Second Postulate: Isolating the Bacterium in Pure Culture 100 The Third Postulate: Showing that the Isolated Bacterium Causes Disease in Humans or Animals 101 The Fourth Postulate: Reisolating the Bacterium from the Intentionally Infected Animal 102 Modern Alternatives To Satisfy Koch s Postulates 102 Is a Fifth Postulate Needed? 103 The Microbiota Shift Disease Problem 106 Concepts of Disease 106 Contents ||| ix Varieties of Human-Microbe Interactions 106 Views of the Microbe-Human Interaction 106 Molecular Koch s Postulates 107 Virulence as a Complex Phenomenon 107 SELECTED READINGS 108 QUESTIONS 108 SOLVING PROBLEMS IN BACTERIAL PATHOGENESIS 109 Chapter 7 Mechanisms of Genetic Modification and Exchange: Role in Pathogen Evolution 111 Adapt or Perish 111 Acquiring New Virulence Traits by HGT 111 Mechanisms of Genetic Change and Diversification 112 Point Mutations, Gene Deletions or Duplications, and Chromosomal Rearrangements 112 Phase Variation 112 Antigenic Variation 115 HGT: Mobile Genetic Elements 116 Natural Transformation 116 Conjugation: Plasmids and Transposons 117 Phage Transduction 119 PAIs and Pathogen Evolution 121 Properties of PAIs 121 Pathogen Evolution in Quantum Leaps 123 SELECTED READINGS 126 QUESTIONS 127 SOLVING PROBLEMS IN BACTERIAL PATHOGENESIS 128 Chapter 8 Identification of Virulence Factors: Measuring Infectivity and Virulence 130 Animal Models of Infection 131 Human Volunteers 131 Nonhuman Animal Models 132 Measuring Bacterial Infection in Animal Models 135 Ethical Considerations 135 LDso and IDS0 Values 137 Competition Assays 138 Tissue Culture and Organ Culture Models 139 Tissue Culture Models 139 Gentamicin Protection Assay 141 Plaque Assay for Cell-to-Cell Spread 143 Fluorescence Microscopy Techniques for Assessing Effects of Pathogens on Host Cells 143 Organ Culture Models 144 The Continuing Need for Reliable and Plentiful Information about Disease Pathology 145 SELECTED READINGS 145 QUESTIONS 146 SOLVING PROBLEMS IN BACTERIAL PATHOGENESIS 146 Chapter 9 Identification of Virulence Factors: Molecular Approaches for Bacterial Factors 149 Traditional Biochemical and Genetic Approaches 151 Traditional Biochemical Approaches 151 Molecular Genetic Approaches 152 Transposon Mutagenesis 152 Measuring Virulence Gene Regulation: Gene Fusions 154 Finding Genes That Are Expressed In Vivo 156 Signature-Tagged Mutagenesis 156 IVET 159 Genomic Methods for Identifying Virulence Genes 165 GSH 165 IVIAT 167 Microarrays 169 Comparative Genomics for Vaccines and Therapeutics 171 The Importance of Bacterial Physiology 171 SELECTED READINGS 174 QUESTIONS 175 SOLVING PROBLEMS IN BACTERIAL PATHOGENESIS 176 Chapter 10 Identification of Virulence Factors: Molecular Approaches for Host Factors 178 Approaches to Identifying Host Factors Required for Infection 178 Transgenic Animal Models 178 Comparative Genomics of the Host Response 180 Transcriptional and Proteomic Profiling To Identify Host Factors Required for Infection 180 Using Genome-Wide RNAi Screening To Identify Host Factors Required for Infection 184 Using the Host s Immune Response To Find Bacterial Origins of Disease 186 The Promise and the Caution 187 SELECTED READINGS 187 QUESTIONS 188 SOLVING PROBLEMS IN BACTERIAL PATHOGENESIS 188 X El Contents Chapter 11 Bacterial Strategies for Evading or Surviving Host Defense Systems 193 Overview of Bacterial Defense Strategies 193 Preinfection 196 Survival in the External Environment 196 Biofilms 196 Motility and Chemotaxis 197 Colonization of Host Surfaces 199 Penetrating Intact Skin 199 Penetrating the Mucin Layer 199 Secretory IgA Proteases 200 Resistance to Antibacterial Peptides 200 Iron Acquisition Mechanisms 201 Adherence 203 Evading the Host Immune Response 210 Avoiding Complement and Phagocytosis 210 Invasion and Uptake by Host Cells 213 Surviving Phagocytosis 215 Evading the Host s Antibody Response 219 Cell-to-Cell Spread 220 Tissue Penetration and Dissemination 220 Beyond Virulence Factors 221 SELECTED READINGS 222 QUESTIONS 223 SOLVING PROBLEMS IN BACTERIAL PATHOGENESIS 224 Chapter 12 Toxins and Other Toxic Virulence Factors 225 Bacterial Toxins 225 Transparent Mechanisms, Mysterious Purposes 225 Characteristics and Nomenclature 230 Nonprotein Toxins 231 Protein Exotoxins 233 Protein Exoenzymes/ Effectors 239 Examples of Diseases Mediated by Toxins 239 DT 239 Botulism and Tetanus 246 Immunotoxins: Toxin-Based Therapeutics and Research Tools 251 SELECTED READINGS 252 QUESTIONS 252 SOLVING PROBLEMS IN BACTERIAL PATHOGENESIS 253 Chapter 13 Delivery of Virulence Factors 256 Bacterial Secretion Systems and Virulence 256 Common Secretory Systems 257 Secretion Systems Specific to Gram-Negative Bacteria 259 Sec-Dependent Secretion Systems 259 Sec-Independent Secretion Systems 260 Secretion Systems Specific to Gram-Positive Bacteria 267 CMT and ExPortal 267 T7SS 268 Secretion Systems as Vaccine and Therapeutic Targets 269 SELECTED READINGS 269 QUESTIONS 270 SOLVING PROBLEMS IN BACTERIAL PATHOGENESIS 270 Chapter 14 Virulence Regulation 275 Mechanisms of Virulence Gene Regulation 275 Types of Regulation 276 Gene Rearrangements 276 Transcriptional Regulation 277 cis-Acting RNA Thermosensors 287 Translational Regulation 289 Quorum Sensing 292 Quorum Sensing in Gram-Negative Bacteria 297 Quorum Sensing in Gram-Positive Bacteria 299 New Theory: Antibiotics and Quorum Sensing 299 SELECTED READINGS 307 QUESTIONS 307 SOLVING PROBLEMS IN BACTERIAL PATHOGENESIS 309 SPECIAL GLOBAL-PERSPECTIVE PROBLEMS: INTEGRATING CONCEPTS IN PATHOGENESIS 313 Chapter 15 Antimicrobial Compounds 317 Antimicrobial Compounds: the Safety Net of Modern Medicine 317 Importance of Antimicrobial Compounds 317 Killing versus Inhibiting Growth 318 Antiseptics and Disinfectants 319 Mechanisms of Action 319 Resistance to Antiseptics and Disinfectants 321 Antibiotics 321 Characteristics of Antibiotics 321 Tests Used To Assess Antibiotics 323 The Process of Antibiotic Discovery 324 Finding New Targets by Exploiting Genomics 327 The Economics of Antibiotic Discovery 328 Mechanisms of Antibiotic Action 330 Targets of Antibiotic Action 330 Contents xi Cell Wall Synthesis Inhibitors 331 Protein Synthesis Inhibitors 334 Antibiotics That Target DNA Synthesis 337 Antibiotics That Inhibit RNA Synthesis 340 Inhibitors of Tetrahydrofolate Biosynthesis 340 The Newest Antibiotics 340 The Newest Antibiotic Targets 342 Strategies for Enhancing Antibiotic Efficacy 343 The Continuing Challenge 343 SELECTED READINGS 344 QUESTIONS 345 SOLVING PROBLEMS IN BACTERIAL PATHOGENESIS 346 Chapter 16 How Bacteria Become Resistant to Antibiotics 347 The Dawning of Awareness 347 How Did We Get to Where We Are? 349 Mechanisms of Antibiotic Resistance 350 Overview of Resistance Mechanisms 350 Limiting Access of the Antibiotic 350 Enzymatic Inactivation of the Antibiotic 351 Modification or Protection of the Antibiotic Target 354 Failure To Activate an Antibiotic 357 Regulation of Resistance Genes 357 Multiple Resistance and Genetic Linkage 361 Antibiotic Tolerance 362 Horizontal Gene Transfer of Resistance Genes 362 Propagating and Maintaining Antibiotic Resistance through Selective Pressure and Changes in Fitness 365 Will We Return to the Preantibiotic Era? 366 SELECTED READINGS 368 QUESTIONS 368 SOLVING PROBLEMS IN BACTERIAL PATHOGENESIS 369 SPECIAL GLOBAL-PERSPECTIVE PROBLEM: INTEGRATING CONCEPTS IN PATHOGENESIS 370 Chapter 17 Vaccination—an Underappreciated Component of the Modern Medical Armamentarium 373 Vaccines: a Major Health Care Bargain 373 The Antivaccination Movement 374 The Success Stories 376 Subunit Vaccines 376 Conjugate Vaccines 379 The Less-than-Success Stories 379 What Makes an Ideal Vaccine? 383 Approaches to Enhancing Immunogenicity 384 Eliciting the Correct Type of Immune Response 384 Adjuvants 384 New Strategies 386 Programming Adaptive Immunity 386 Targeting Mucosal Immunity 388 DNA Vaccine Technology 392 Storage of Vaccines 392 Immunization Programs 392 Passive Immunization 393 SELECTED READINGS 393 QUESTIONS 394 SOLVING PROBLEMS IN BACTERIAL PATHOGENESIS 395 SPECIAL GLOBAL-PERSPECTIVE PROBLEM: INTEGRATING CONCEPTS IN PATHOGENESIS 397 Chapter 18_ The Gram-Positive Opportunistic Pathogens 399 What Is an Opportunist? 399 Shared Characteristics 400 Why Commensal Bacteria Act as Pathogens 400 Examples of Notable Gram-Positive Opportunists 401 S. aureus: a Toxically Loaded Commensal 401 S. epidermidis: an Accidental Pathogen 411 S. pneumoniae: a Commensal Nicknamed the Captain of All the Men of Death 414 C. difficile ( C. diff. ): a True Opportunist 423 That s Not All, Folks 431 SELECTED READINGS 432 QUESTIONS 433 SOLVING PROBLEMS IN BACTERIAL PATHOGENESIS 433 Chapter 19_ The Gram-Negative Opportunistic Pathogens 437 Jumping Over the (Cell) Wall: Gram-Negative Bacteria Can Be Opportunistic Pathogens Too 437 The Dark Side of Some Normal Inhabitants of the Human Body 438 The Ever-Changing Face of E. coli 438 B. fragilis Internal Abscesses 441 P. gingivalis and Periodontal Disease 442 Normal Soil Inhabitants Weigh In as Opportunists 443 P. aeruginosa Infections 443 B. cenocepacia—P. aeruginosa s Evil Twin 446 xii ITj Contents A. baumannii—an Emerging Threat from the Iraq War 446 Don t Forget the Arthropods 447 Ehrlichia spp. 447 The Broader View 448 SELECTED READINGS 449 QUESTIONS 449 SOLVING PROBLEMS IN BACTERIAL PATHOGENESIS 450 SPECIAL GLOBAL-PERSPECTIVE PROBLEM: INTEGRATING CONCEPTS IN PATHOGENESIS 452 Chapter 20 Biosecurity: the Changing Roles of Microbiologists in an Age of Bioterrorism and Emerging Diseases 457 When Microbiologists Are Called to the Front Line 457 Tracking Down a Bioterrorist 458 Unintentional or Deliberate? 459 Timing 462 Tracing the Source 462 Lessons Learned 462 The Top Four Bioterror Agents 465 B. anthracis Spores 465 Smallpox 466 V. pestis 467 Botulinum Neurotoxin 468 What If Bioterrorists Came Up with Something Completely New? 468 Biosecurity in an Ever-Changing World 469 Food Safety and Biosecurity 470 The Case for Food Irradiation 470 The Future of Biosecurity 472 SELECTED READINGS 473 QUESTIONS 473 SOLVING PROBLEMS IN BACTERIAL PATHOGENESIS 474 Glossary 477 Index 509
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genre (DE-588)4143413-4 Aufsatzsammlung gnd-content
genre_facet Aufsatzsammlung
id DE-604.BV036732687
illustrated Illustrated
indexdate 2025-02-03T17:28:01Z
institution BVB
isbn 9781555814182
language English
lccn 2010029309
oai_aleph_id oai:aleph.bib-bvb.de:BVB01-020650321
oclc_num 705918656
open_access_boolean
owner DE-355
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owner_facet DE-355
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physical XIV, 526 S. Ill., graph. Darst.
publishDate 2011
publishDateSearch 2011
publishDateSort 2011
publisher ASM Press
record_format marc
spellingShingle Bacterial pathogenesis a molecular approach
bacteria cabt
pathogenesis cabt
Pathogenese (DE-588)4115512-9 gnd
Bakterien (DE-588)4004296-0 gnd
Bakterielle Infektion (DE-588)4004301-0 gnd
Virulenz (DE-588)4129834-2 gnd
Pathogene Bakterien (DE-588)4173543-2 gnd
Molekularbiologie (DE-588)4039983-7 gnd
Pathogenität (DE-588)4205990-2 gnd
subject_GND (DE-588)4115512-9
(DE-588)4004296-0
(DE-588)4004301-0
(DE-588)4129834-2
(DE-588)4173543-2
(DE-588)4039983-7
(DE-588)4205990-2
(DE-588)4143413-4
title Bacterial pathogenesis a molecular approach
title_auth Bacterial pathogenesis a molecular approach
title_exact_search Bacterial pathogenesis a molecular approach
title_full Bacterial pathogenesis a molecular approach Brenda A. Wilson ...
title_fullStr Bacterial pathogenesis a molecular approach Brenda A. Wilson ...
title_full_unstemmed Bacterial pathogenesis a molecular approach Brenda A. Wilson ...
title_short Bacterial pathogenesis
title_sort bacterial pathogenesis a molecular approach
title_sub a molecular approach
topic bacteria cabt
pathogenesis cabt
Pathogenese (DE-588)4115512-9 gnd
Bakterien (DE-588)4004296-0 gnd
Bakterielle Infektion (DE-588)4004301-0 gnd
Virulenz (DE-588)4129834-2 gnd
Pathogene Bakterien (DE-588)4173543-2 gnd
Molekularbiologie (DE-588)4039983-7 gnd
Pathogenität (DE-588)4205990-2 gnd
topic_facet bacteria
pathogenesis
Pathogenese
Bakterien
Bakterielle Infektion
Virulenz
Pathogene Bakterien
Molekularbiologie
Pathogenität
Aufsatzsammlung
url http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=020650321&sequence=000004&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv AT wilsonbrendaa bacterialpathogenesisamolecularapproach