The first section provides readers with an overview of the bacterial and viral diseases and the current understanding of innate immunity and interactions with pathogens. Section II includes case studies, where three pathogens are presented, namely two bacteria (Aeromonas hydrophila and Vibrio anguillarum, the common causes of bacterial diseases in freshwater and marine aquaculture, respectively) and the white spot syndrome virus (an important viral disease in shrimp). These case studies serve as models for the study of various bacterial and viral diseases. Section III presents new platform technologies that are widely used in the study of human pathogens. It aims to spur fish biologists to use modern and cutting edge technologies for their studies so that the study of fish disease can move into the mainstream and focus on the basics. The final section is on marine biotechnology, discussing biotechnology products that are urgently needed for the aquaculture industry — spin-offs from basic research, including diagnostics, immunotherapy and vaccine development, and the use of probiotics.

Contents:

• General:
• Bacterial Diseases of Fish — Where Do We Go from Here? (A C Barnes & A E Ellis)
• Viruses of Fish (T D Lewis & J-A C Leong)
• Innate Immune Recognition of Pathogens in Teleost Fish (K V Ewart & S C M Tsoi)
• Pathogenesis – Case Studies:
• Molecular Mechanisms of Interactions Between Aeromonas hydrophila and Hosts (R Gavín et al.)
• Molecular Mechanisms of Host–Pathogen Interactions Between Vibrio anguillarum and Fish (J H Crosa & T Welch)
• Molecular Characterization and Pathogenicity of White Spot Syndrome Virus (C-F Lo et al.)
• Platform Technologies to Study Pathogenesis:
• Use of Functional Genomics to Identify and Characterize Virulence Factors of Edwardsiella tarda (Y P Tan et al.)
• Use of Genomics and Proteomics to Study White Spot Syndrome Virus (X Zhang et al)
• Virus–Host Interactions of White Spot Syndrome Virus (D Zuidema et al.)
• Molecular Immunity in Fish-Pathogen Interactions (T Aoki & I Hirono)
• Current Trends in Disease Control:
• Use of Molecular Diagnostic Tests in Disease Control: Making the Leap from Laboratory Development to Field Application (C O Cunningham)
• Current Trends in Immunotherapy and Vaccine Development for Bacterial Diseases of Fish (K D Thompson & A Adams)
• Current Trends in Immunotherapy and Vaccine Development for Viral Diseases of Fish (S LaPatra et al.)
• Role of Probiotics in Fish Disease Prevention (T H Birkbeck)