Exotic Pet Behavior Birds Reptiles And Small Mammals 1St Edition

Exotic Pet Behavior Birds Reptiles And Small Mammals 1St Edition

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Comprehensive veterinary reference covering exotic pet behavior birds reptiles and small mammals 1st edition. This digital edition provides in-depth coverage suitable for veterinarians, veterinary students, technicians, and animal health professionals.

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• Instant digital download after purchase
• High-quality PDF format - works on all devices
• Fully searchable text for quick clinical reference
• Printable pages for study and practice use

Category: and Small Mammals

Published by Global Vet and Co Ltd.

Table of Contents

• References (p.8)
• Contents (p.9)
• 1 Introduction (p.14)
• 2 Conventional Live and Inactivated Veterinary Vaccines (p.14)
• 3 Genetically Engineered Veterinary Vaccines (p.15)
• 4 Subunit and Virus Like Particles (VLP)-Based Vaccines (p.15)
• 5 DNA Vaccines (p.16)
• 6 Viral Vector-Based Vaccines (p.17)
• 7 Future Perspectives and Research Directions (p.18)
• 8 Summary (p.19)
• References (p.20)
• 1 Introduction (p.24)
• 2 Knowledge of Target Antigens (p.24)
• 3 Knowledge of Optimal Route for Vector Delivery (p.25)
• 4 Knowledge of Immune Responses Induced by Vaccine Vectors (p.26)
• 5 Knowledge of Target Population for Immunization with Vaccine Vectors (p.27)
• 6 Knowledge of Vaccine Use Prophylactically or Therapeutically (p.28)
• 7 Summary (p.29)
• References (p.29)
• 1 Introduction (p.30)
• 2 Poxviruses (p.33)
• 3 Adenoviruses (p.36)
• 4 RNA Viruses (p.39)
• 5 Summary (p.40)
• References (p.40)
• 1 Introduction (p.45)
• 2 Adjuvants and Viral Vectored Vaccines (p.46)
• 3 Conventional Adjuvants (p.48)
• 4 Molecular Adjuvants (p.50)
• 5 Antigen-Adjuvant Fusions (p.51)
• 6 Co-expressed Molecular Adjuvants (p.51)
• 7 Future Directions (p.55)
• 8 Summary (p.57)
• References (p.57)
• 1 Introduction (p.61)
• 2 Adenovirus as a Vaccine Delivery Vector (p.63)
• 3 Summary (p.73)
• References (p.73)
• 1 Introduction (p.79)
• 2 Construction of Poxvirus Vectors (p.80)
• 3 Strategies Used in Developing Recombinant Poxvirus Vectors (p.81)
• 4 Application of Poxvirus Vectors (p.83)
• 5 Orthopoxvirus-Based Veterinary Vaccines (p.83)
• 6 Avipoxvirus-Based Vectors (p.86)
• 7 Parapoxvirus-Based Vectors (p.89)
• 8 Swinepox Virus-Based Vector (p.91)
• 9 Capripoxvirus-Based Vector (p.92)
• 10 Leporipoxvirus as Vector (p.93)
• 11 Future Directions and Potential for Other Applications (p.94)
• 12 Summary (p.94)
• References (p.95)
• 1 Introduction (p.102)
• 2 Considerations for the Construction of Herpesvirus Vectors (p.104)
• 3 Construction Strategy for Herpesvirus-Based Vaccine Vectors (p.106)
• 4 Bovine Herpesvirus 1 (p.107)
• 5 Equine Herpesvirus 1 Vectors (p.109)
• 6 Herpesvirus of Turkey Vectors (p.111)
• 7 Pseudorabies Virus Vectors (p.112)
• 8 Concluding Remarks (p.114)
• 9 Summary (p.115)
• References (p.115)
• 1 Introduction (p.119)
• 2 History (p.120)
• 3 Host Range and Virus Propagation (p.120)
• 4 Virus Classification (p.121)
• 5 Virus Structure (p.121)
• 6 Viral RNAs (p.121)
• 7 Transcription and RNA Replication (p.123)
• 8 Viral Proteins (p.123)
• 9 Immune Response During Natural Infection (p.124)
• 10 Reverse Genetics (p.124)
• 11 Construction Strategies of Paramyxovirus Reverse Genetics Systems (p.125)
• 12 Paramyxoviruses as Vaccine Vectors (p.130)
• 13 Rescue of a Recombinant Paramyxovirus Containing a Foreign Gene (p.130)
• 14 The Size of the Foreign Gene and the Number of Foreign Genes That Can Be Accommodated by a Paramyxovirus Vector (p.132)
• 15 Stability of the Foreign Gene in Paramyxovirus Vector (p.132)
• 16 Incorporation of the Foreign Glycoprotein into the Envelope of Paramyxovirus Vector (p.132)
• 17 Immunogenicity of Paramyxovirus-Vectored Vaccines (p.133)
• 18 Derivatives of Paramyxovirus Vectors (p.134)
• 19 Specific Paramyxovirus Vectors for Veterinary Vaccine Development (p.136)
• 20 Conclusion and Future Perspectives (p.138)
• 21 Summary (p.139)
• References (p.139)
• 1 Introduction (p.146)
• 2 Construction of the Rhabdoviral Vector (p.148)
• 3 Propagation-Competent Rhabdoviruses Expressing a Foreign Antigen (p.148)
• 4 Propagation-Competent Chimeric Rhabdoviruses (p.148)
• 5 Biosafety Aspects of Propagation-Competent Rhabdovirus Vectors (p.148)
• 6 Propagation-Incompetent Rhabdovirus Vectors (p.149)
• 7 Complementing Defective Rhabdoviruses (p.150)
• 8 Application of the Viral Vector (p.150)
• 9 Summary (p.151)
• 10 Future Directions (p.151)
• References (p.152)
• 1 Introduction (p.154)
• 2 Background (p.155)
• 3 Construction of the CoV Vectors (p.160)
• 4 Application of Recombinant CoVs as Vaccine Vectors (p.166)
• 5 Future Directions and Other Potential Applications (p.168)
• 6 Summary (p.169)
• References (p.169)
• 1 Introduction (p.174)
• 2 Alphavirus Structure, Genome, and Life Cycle (p.175)
• 3 Alphavirus Expression Vector Systems (p.176)
• 4 Application of Alphavirus Vectors (p.176)
• 5 Summary (p.181)
• References (p.182)
• 1 Introduction (p.188)
• 2 Vector Vaccine Manufacturing Process Development (p.188)
• 3 Vector Vaccine Industrial Production (p.192)
• 4 Manufacturing of Poxvirus Vectors (p.194)
• 5 Manufacturing of Herpesvirus Vectors (p.195)
• 6 Manufacturing of Adenovirus Vectors (p.196)
• 7 Future Directions and Potential for Other Applications (p.198)
• 8 Summary (p.200)
• References (p.201)
• 1 Introduction (p.205)
• 2 Regulatory Requirements (p.205)
• 3 Information on the Vector Genetic Construct Generation, Control, and Master Seed Production (p.209)
• 4 Quality: Manufacturing Process, Quality Control, Specifications (p.209)
• 5 Safety Evaluation (p.210)
• 6 Efficacy Evaluation (p.214)
• 7 Future Directions (p.215)
• 8 Summary (p.215)
• References (p.216)
• 1 Chapter Introduction (p.219)
• 2 Chapter Introduction (p.225)
• References (p.229)
• ... and 20 more chapters

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