DanioVet, Joint Production System Ltd, Potters Bar, UK;, Email:
Veterinary Care and Services, Charles River Laboratories, Senneville, Quebec, Canada.
Comp Med. 2022 Jun 1;72(3):149-168. doi: 10.30802/AALAS-CM-22-000042. Epub 2022 Jun 10.
FELASA and AALAS established a joint working group to advise on good practices for the exchange of fish for research. In a first manuscript, the working group made recommendations for health monitoring and reporting of monitoring results. The focus of this second related manuscript is biosecurity in fish facilities. First, we define the risk of contamination of personnel by zoonotic pathogens from fish or from system water, including human mycobacteriosis. Preventive measures are recommended, such as wearing task-specific personal protective equipment. Then we discuss biosecurity, highlighting the establishment of biosecurity barriers to preserve the health status of a facility. A functional biosecurity program relies on integration of the entire animal facility organization, including the flow of staff and animals, water treatments, and equipment sanitation. Finally, we propose 4 steps for introducing new fish colonies: consideration of international trade and national restrictions; assessing risk according to fish source and developmental stage; establishing quarantine barriers; and the triage, screening, and treatment of newly imported fish. We then provide 3 realistic sample scenarios to illustrate practical biosecurity risk assessments and mitigation measures based on considerations of health status and quarantine conditions.
FELASA 和 AALAS 成立了一个联合工作组,就鱼类用于研究的交换提供良好实践建议。在第一份手稿中,工作组就鱼类的健康监测和监测结果报告提出了建议。本相关第二份手稿的重点是鱼类设施中的生物安全。首先,我们定义了人员因鱼类或系统水(包括人类分枝杆菌病)中的人畜共患病病原体而受到污染的风险。建议采取预防措施,例如佩戴特定任务的个人防护设备。然后,我们讨论了生物安全,强调了建立生物安全屏障以保持设施的健康状况。功能齐全的生物安全计划依赖于整个动物设施组织的整合,包括员工和动物的流动、水疗和设备卫生。最后,我们为引入新的鱼类群体提出了 4 个步骤:考虑国际贸易和国家限制;根据鱼类来源和发育阶段评估风险;建立检疫屏障;以及对新进口鱼类进行分诊、筛选和治疗。然后,我们提供了 3 个现实示例场景,根据健康状况和检疫条件考虑,说明了实际的生物安全风险评估和缓解措施。