About this Research Topic
Aquaculture is a major contributor to global food and nutrition security and creates employment opportunities for millions of people. The blue transformation vision by the food and agriculture organization of the United Nation (FAO) outlines the need for transforming the production systems to achieve better and sustainable production. However, farmed fish and shellfish are constantly exposed to disease, environmental fluctuations, and other production induced stressors the sector faces significant challenges related to antimicrobial immunity, which can jeopardize fish health, productivity, and welfare.
Understanding these challenges through an immunological perspective is crucial for developing effective strategies to enhance the resilience of aquaculture systems.
This Research Topic Collection focuses on the immunological aspects of antimicrobial immunity in aquaculture. We aim to explore the current challenges and emerging issues affecting fish and shellfish health, with a particular emphasis on immune responses to pathogens, the mechanisms underlying antimicrobial resistance, and the development of innovative prophylactic and therapeutic approaches. We encourage submissions that address the following areas, though related topics are also welcomed:
• Mechanisms of immune responses to microbial infections in aquatic species
• Pathogenic mechanisms and their impact on immune function
• Development and efficacy of vaccines and other prophylactic treatments
• Environmental stressors and their influence on antimicrobial immunity
• Challenges associated with antimicrobial resistance and new therapeutic strategies
• Implications of novel production systems and technologies on immune health
• Impact of climate change on antimicrobial immunity in aquaculture
By providing a comprehensive understanding of these issues from an immune viewpoint, this collection aims to contribute to the advancement of sustainable and resilient aquaculture practices.
The Research Topic Editors declare no conflicts of interest concerning the management or editorship of this collection.
Understanding these challenges through an immunological perspective is crucial for developing effective strategies to enhance the resilience of aquaculture systems.
This Research Topic Collection focuses on the immunological aspects of antimicrobial immunity in aquaculture. We aim to explore the current challenges and emerging issues affecting fish and shellfish health, with a particular emphasis on immune responses to pathogens, the mechanisms underlying antimicrobial resistance, and the development of innovative prophylactic and therapeutic approaches. We encourage submissions that address the following areas, though related topics are also welcomed:
• Mechanisms of immune responses to microbial infections in aquatic species
• Pathogenic mechanisms and their impact on immune function
• Development and efficacy of vaccines and other prophylactic treatments
• Environmental stressors and their influence on antimicrobial immunity
• Challenges associated with antimicrobial resistance and new therapeutic strategies
• Implications of novel production systems and technologies on immune health
• Impact of climate change on antimicrobial immunity in aquaculture
By providing a comprehensive understanding of these issues from an immune viewpoint, this collection aims to contribute to the advancement of sustainable and resilient aquaculture practices.
The Research Topic Editors declare no conflicts of interest concerning the management or editorship of this collection.
Keywords: Marine, immunity, shellfish, aquaculture, fish, antimicrobial resistance
Important Note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
