Genetic Engineering Of Animals An Agricultural Perspective

Genetic Engineering Of Animals An Agricultural Perspective

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Comprehensive veterinary reference covering genetic engineering of animals an agricultural perspective. This digital edition provides in-depth coverage suitable for veterinarians, veterinary students, technicians, and animal health professionals.

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Category: Biology

Published by Global Vet and Co Ltd.

Table of Contents

• Preface (p.6)
• Contents (p.8)
• Contributors (p.12)
• 1 Introduction (p.15)
• 2 Materials (p.16)
• 3 Methods (p.17)
• 4 Notes (p.20)
• References (p.21)
• 1 Introduction (p.22)
• 2 Materials (p.25)
• 3 Methods (p.26)
• 4 Notes (p.32)
• References (p.36)
• 1 Introduction (p.37)
• 2 Materials (p.39)
• 3 Methods (p.40)
• 4 Notes (p.45)
• References (p.46)
• 1 Introduction (p.47)
• 2 Materials (p.48)
• 3 Methods (p.51)
• 4 Notes (p.57)
• References (p.60)
• 1 Introduction (p.61)
• 2 Materials (p.63)
• 3 Methods (p.64)
• 4 Notes (p.65)
• References (p.68)
• 1 General (p.70)
• 2 Molecular Biology (p.71)
• 3 Host Range (p.72)
• 4 Clinical Disease in Avian Species (p.72)
• 5 AIV Detection and Characterization Methods (p.74)
• References (p.75)
• 1 Introduction (p.78)
• 2 Materials (p.83)
• 3 Methods (p.84)
• 4 HPAI and Other Atypical AI Viruses (p.87)
• References (p.88)
• 1 Introduction (p.91)
• 2 Materials (p.93)
• 3 Methods (p.94)
• References (p.99)
• 1 Introduction (p.100)
• 2 Materials (p.103)
• 3 Methods (p.104)
• 4 Notes (p.108)
• References (p.111)
• 1 Introduction (p.112)
• 2 Materials (p.116)
• 3 Methods (p.117)
• 4 Notes (p.121)
• References (p.124)
• 1 Introduction (p.126)
• 2 Nucleic Acid Amplification Based Tests (p.127)
• 3 Sequencing (p.129)
• References (p.130)
• 1 Introduction (p.131)
• 2 Materials (p.134)
• 3 Methods (p.137)
• 4 Notes (p.143)
• References (p.145)
• 1 Introduction (p.147)
• 2 Materials (p.149)
• 3 Methods (p.150)
• 4 Notes (p.154)
• References (p.156)
• 1 Introduction (p.157)
• 2 Materials (p.159)
• 3 Methods (p.160)
• 4 Definitions (p.169)
• References (p.173)
• 1 The Elements of an Infection Study (p.174)
• 2 Virus Selection (p.175)
• 3 Host Selection (p.175)
• 4 Study Design (p.177)
• 5 Sampling (p.179)
• 6 Sample Evaluation and Testing (p.180)
• 7 Lessons Learned by the Authors (p.181)
• 8 Definitions of Terms Commonly Used to Describe Infection Studies (p.183)
• 1 Introduction (p.189)
• 2 History of Avian Influenza Vaccine Use (p.190)
• 3 Licensing Authority (p.190)
• 4 Avian Influenza Vaccine Technologies (p.190)
• 5 Support and Direct Experimental Components for Avian Influenza Vaccine Assessment (p.192)
• 6 Assessment of Vaccine Efficacy (p.197)
• 7 Potency (p.201)
• References (p.202)
• 1 Introduction (p.203)
• 2 Materials (p.207)
• 3 Methods (p.209)
• 4 Notes (p.218)
• References (p.218)
• 1 Introduction (p.220)
• 2 Available Methods for Avian Cytokine Analysis (p.221)
• 3 Our Current Understanding of Avian Cytokines (p.221)
• 4 Materials for Quantitative Real-Time RT-PCR for Cytokines (p.224)
• 5 Methods (p.224)
• References (p.234)
• 1 Introduction (p.237)
• 2 Hemagglutination Inhibition for Virus Characterization (p.238)
• 3 Real-Time RT-PCR (p.239)
• References (p.241)
• 1 Molecular Characteristics of Swine IAV (p.243)
• 2 Swine in the Ecology of IAV (p.247)
• 3 Clinical Disease and Control (p.249)
• 4 Detection and Characterization Methods (p.251)
• 5 Research Questions (p.253)
• References (p.254)
• 1 Introduction (p.259)
• 2 Materials (p.260)
• 3 Methods (p.260)
• References (p.263)
• 1 Introduction (p.264)
• 2 Materials (p.267)
• 3 Methods (p.268)
• 4 Notes (p.272)
• References (p.274)
• 1 Introduction (p.276)
• 2 Materials (p.279)
• 3 Methods (p.282)
• 4 Notes (p.289)
• References (p.292)
• 1 Introduction (p.293)
• 2 Materials (p.294)
• 3 Methods (p.295)
• 4 Notes (p.298)
• References (p.299)
• 1 Introduction (p.300)
• 2 Materials (p.302)
• 3 Methods (p.304)
• 4 Notes (p.307)
• References (p.309)
• 1 Introduction (p.310)
• 2 Materials (p.312)
• 3 Methods (p.314)
• 4 Notes (p.318)
• References (p.320)
• 1 Introduction (p.322)
• 2 Materials (p.323)
• 3 Methods (p.326)
• 4 Notes (p.331)
• References (p.332)
• 1 Introduction (p.333)
• 2 Materials (p.336)
• 3 Methods (p.337)
• 4 Notes (p.339)
• References (p.340)
• 1 Introduction (p.342)
• 2 Materials and Reagent Preparation (p.344)
• 3 Methods (p.345)
• 4 Notes (p.347)
• References (p.348)
• 1 Introduction (p.349)
• 2 Materials (p.350)
• 3 Methods (p.352)
• 4 Guidelines for Transmission Studies for Phenotyping (p.355)
• 1 The Viruses (p.357)
• 2 Pathology (p.358)
• 3 Surveillance and Vaccination (p.359)
• 4 Interspecies Transmission (p.360)
• References (p.361)
• 1 Introduction (p.363)
• 2 Materials (p.364)
• 3 Methods (p.365)
• 4 Notes (p.367)
• References (p.368)
• 1 Introduction (p.370)
• 2 Quality of RNA (p.371)
• 3 Viral RNA Extraction Methods (p.372)
• 4 Application of Magnetic Bead-Based Nucleic Acid Extraction Method for Isolation and Purification of Equine Influenza Virus RNA in Nasal Swab Specimens (p.376)
• 5 Notes (p.380)
• References (p.382)
• 1 Introduction (p.384)
• 2 Materials (p.387)
• 3 Methods (p.387)
• 4 Notes (p.389)
• References (p.391)
• 1 Introduction (p.394)
• 2 Materials (p.395)
• 3 Methods (p.396)
• 4 Notes (p.399)
• References (p.401)
• 1 Introduction (p.402)
• 2 Materials (p.404)
• 3 Methods (p.407)
• 4 Notes (p.411)
• References (p.412)
• Index (p.414)
• ... and 41 more chapters

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