Rabies - Scientific Basis of the Disease and Its Management

Rabies - Scientific Basis of the Disease and Its Management

von: William H. Wunner, Alan C. Jackson, Alan C. Jackson

Elsevier Reference Monographs, 2010

ISBN: 9780080550091 , 680 Seiten

2. Auflage

Format: PDF, ePUB

Kopierschutz: DRM

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Rabies - Scientific Basis of the Disease and Its Management


 

Front cover

1

Rabies

4

Copyright page

5

Contents

6

Foreword

11

Preface

18

Contributors

19

Chapter 1 The History of Rabies

22

1 Introduction

22

2 Remedies for dog rabies from the early and middle ages to the 18th century

23

3 Rabies in the New World

27

4 The early role of wild animals in the spread of rabies

28

5 Development of the first-generation rabies vaccine

32

References

40

Chapter 2 Rabies Virus

44

1 Introduction

44

2 Rabies virus structure

45

3 Rabies virus replication

50

4 Life cycle of rabies virus infection

54

5 Virus cell-to-cell spread – perpetuating the virus life cycle

62

6 Structure of rabies virus proteins in relation to function

63

References

77

Chapter 3 Molecular Epidemiology

90

1 Introduction

90

2 Methods and definition of terms

91

3 Viral taxonomy

117

4 Aspects of rabies pathogenesis and evolution revealed by molecular epidemiology

131

5 Conclusions and future trends

135

Acknowledgments

136

References

136

Chapter 4 Epidemiology

144

1 Introduction to concepts

144

2 The epidemiology of human rabies

150

3 Routes of rabies virus transmission to humans

164

4 Risk and prevention of rabies following an exposure

165

5 Epidemiology of rabies in mammalian populations

168

6 Dissemination of canine rabies and evidence for periodic cycles

176

7 Cross-species transmission (spillover) of rabies virus

178

8 Spatial spread and epidemiology of wildlife rabies

187

9 Control of rabies directed toward mammalian reservoir hosts

193

References

201

Chapter 5 Rabies in Terrestrial Animals

222

1 Introduction

222

2 Host range and susceptibility

224

3 Transmission

231

4 Clinical course

232

5 Differential diagnosis

235

6 Viral excretion and public health implications

235

7 Reservoirs and other lyssaviruses

237

8 Rabies in domestic animals

237

9 Wildlife reservoirs

247

10 Other animals as reservoirs or simply spillover hosts?

263

11 Conclusions

266

References

267

Chapter 6 Bat Rabies

280

1 Introduction – general considerations on bat rabies

280

2 Bat rabies in the New World

282

3 Bat rabies in the Old World

298

References

320

Chapter 7 Human Disease

330

1 Introduction

330

2 Exposures, incubation period and prodromal symptoms

330

3 Clinical forms of disease

335

4 Investigations

340

5 Differential diagnosis

344

6 Therapy

345

7 Recovery from rabies

346

8 Rabies due to other Lyssavirus genotypes

350

References

354

Chapter 8 Pathogenesis

362

1 Introduction

362

2 Events at the site of exposure

362

3 Spread to the CNS

369

4 Spread within the CNS

370

5 Spread from the CNS

371

6 Animal models of rabies virus neurovirulence

372

7 Rabies virus receptors

375

8 Brain dysfunction in rabies

377

9 Recovery from rabies and chronic rabies virus infection

389

10 Summary

392

References

393

Chapter 9 Pathology

404

1 Introduction

404

2 Macroscopic findings

404

3 Pathology in the central nervous system

405

4 Pathology in the peripheral nervous system

418

5 Pathology involving the eye and extraneural organs

422

6 Summary and conclusions

424

References

424

Chapter 10 Diagnostic Evaluation

432

1 Introduction

432

2 Post-mortem diagnosis of rabies in animals

434

3 Virus isolation

450

4 Use of molecular methods to detect viral RNA

451

5 Diagnosis of rabies in humans

474

6 Rabies antibody assays

480

Acknowledgements

483

References

483

Chapter 11 Rabies Serology

492

1 Introduction

492

2 Investigative serology

493

3 Serologic methods

495

4 Choosing an assay

501

5 Quality assurance measures

504

6 Conclusions

507

References

507

Chapter 12 Immunology

510

1 Introduction

510

2 Molecular components of a specific immune response

510

3 Immune responses during RABV infection

512

4 Immunological basis for post-exposure vaccination efficiency

519

5 Conclusions

522

References

522

Chapter 13 Human Rabies Vaccines

526

1 Introduction

526

2 Value of vaccination

527

3 Nerve tissue vaccines

529

4 Cell culture vaccines

530

5 Conclusions

534

References

534

Chapter 14 Animal Vaccines

538

1 Introduction

538

2 Animal rabies vaccines

538

References

548

Chapter 15 Next Generation Rabies Vaccines

552

1 Introduction

552

2 Recombinant virus vaccines

552

3 DNA-based rabies vaccines

558

4 Oral rabies vaccines derived from plants

560

References

561

Chapter 16 Public Health Management of Humans at Risk

566

1 Introduction

566

2 Pre-exposure vaccination

569

3 Post-exposure vaccination

574

4 Adverse reactions to cell culture vaccines

582

5 Interchangeability of vaccines

582

6 Rabies in children

583

7 Travel to canine rabies endemic countries

584

8 Rabies control in developing countries

585

9 Educational awareness

586

References

587

Chapter 17 Dog Rabies and its Control

594

1 Introduction

594

2 The burden of canine rabies

594

3 Historical perspectives on dog rabies control

597

4 Dog accessibility

599

5 Vaccination coverage

601

6 The epidemiological theory of dog rabies control

603

7 Oral vaccination of dogs

605

8 Age at first vaccination

606

9 Dog rabies control in wildlife conservation

607

10 Economics of dog vaccination for rabies control

608

11 Dog population management

609

12 Conclusion

610

Acknowledgements

611

References

611

Chapter 18 Rabies Control in Wild Carnivores

616

1 Introduction

616

2 Historical aspects of rabies control in wildlife

616

3 The concept of controlling rabies in wildlife

620

4 Initiation of wildlife rabies control programs

621

5 Diagnosis of suspect wildlife

623

6 Vector species biology in relation to rabies epidemiology

623

7 Transportation of wildlife

624

8 Point infection control: the first callfor control

624

9 Bait development for delivery of oralrabies vaccine

626

10 ORV initiation/considerations

627

11 Importance of vector home range and density for vaccine bait distribution

633

12 Large-scale vaccine bait distribution technology

634

13 Surveillance prior to, during and after a rabies control program

635

14 Vaccine baiting costs/benefits and costs of rabies control

639

15 Vaccine baiting efficiency and baiting success guidelines

640

16 Contingency planning

642

17 Modeling

642

18 Conclusion

644

References

645

Chapter 19 Future Developments and Challenges

656

1 Introduction

656

2 Pathogenesis

656

3 Epidemiology

657

4 Prevention of human rabies

658

5 Diagnosis and therapy of human rabies

659

6 Control of animal rabies

660

7 Summary

662

References

662

Index

666

A

666

B

667

C

668

D

669

E

670

F

671

G

671

H

672

I

672

J

673

K

673

L

673

M

674

N

675

O

675

P

676

Q

677

R

677

S

679

T

679

U

680

V

680

W

681

Z

681