关键词: B/S架构, 实验动物管理系统, 实验动物设施, 基因修饰动物, 虚拟化

Abstract: To advance the informatization of laboratory animal management and meet the requirements for full lifecycle traceability, this study integrates advanced information technologies to develop a laboratory animal management system based on a B/S architecture. The system fundamentally optimizes the management of laboratory animals by providing a scientifically efficient approach to comprehensively record individual animal information and family lineage. It eliminates the dependency on the physical location of laboratory animal facilities, introducing unprecedented flexibility and precision to animal management. With this system, researchers can efficiently handle the complex tasks of managing genetically modified animals, significantly streamline operational workflows, and focus more on addressing scientific challenges and driving innovation, thereby enhancing research efficiency. The system features robust functionality, ease of use, and a user-friendly interface. It has been successfully implemented in multiple laboratory animal centers, serving as a critical technological foundation for improving the management and service levels of laboratory animal operations.

Key words: B/S architecture, laboratory animal management system, laboratory animal facilities, genetically modified animals, virtualization