Rahaman Md Mizanur, Sharma Bhavya, Talukder Saranika, Uddin Muhammad Jasim, Siddik Muhammad A B, Sarker Subir
Biomedical Sciences and Molecular Biology, College of Medicine and Dentistry, James Cook University, Townsville, QLD 4811, Australia.
School of Health & Biomedical Sciences, STEM College, RMIT University, Bundoora, VIC 3083, Australia.
Viruses. 2025 May 10;17(5):692. doi: 10.3390/v17050692.
Viral diseases pose significant threats to aquaculture industries worldwide, including the Australian fish and prawn farming sectors, which contribute over AUD 1.6 billion annually to the national economy. The Australian aquaculture industry relies heavily on wild-caught broodstock for seedstock production, introducing substantial and unprecedented biosecurity risks. This systematic review consolidates current knowledge on the viral pathogens affecting key Australian fish and prawn species, their economic impacts, and the biosecurity measures implemented for mitigation. Notably, viral outbreaks have led to losses exceeding AUD 100 million in some sectors, highlighting the urgent need for improved management. Existing biosecurity strategies, including surveillance systems, molecular diagnostics, and pathogen exclusion protocols, are critically assessed for their effectiveness. Emerging approaches such as genetic resistance breeding, advanced vaccination technologies, and integrated risk management frameworks are also explored. Key knowledge gaps, particularly in the context of emerging viral pathogens and their ecological interactions under changing environmental conditions, are identified as priority areas for future research. This review emphasises the necessity of adopting a multidisciplinary approach to enhance the resilience of Australian aquaculture, advocating for stronger biosecurity frameworks and innovative technologies to mitigate the escalating risks posed by viral diseases.
病毒性疾病对全球水产养殖业构成重大威胁,包括澳大利亚的鱼类和对虾养殖部门,这些部门每年为国民经济贡献超过16亿澳元。澳大利亚水产养殖业严重依赖野生捕捞的亲鱼来生产种苗,带来了巨大且前所未有的生物安全风险。本系统综述整合了有关影响澳大利亚主要鱼类和对虾品种的病毒病原体、其经济影响以及为减轻影响而实施的生物安全措施的现有知识。值得注意的是,病毒爆发已导致某些部门损失超过1亿澳元,凸显了改善管理的迫切需求。对包括监测系统、分子诊断和病原体排除方案在内的现有生物安全策略的有效性进行了严格评估。还探讨了诸如遗传抗性育种、先进疫苗接种技术和综合风险管理框架等新兴方法。关键知识空白,特别是在新兴病毒病原体及其在不断变化的环境条件下的生态相互作用方面,被确定为未来研究的优先领域。本综述强调采用多学科方法来增强澳大利亚水产养殖业复原力的必要性,倡导建立更强有力的生物安全框架和创新技术,以减轻病毒性疾病带来的不断升级的风险。