Abstract:
Objective The health emergency information platform for acute poisoning accidents was upgraded through system reconstruction and new technology application to rationalize functional structure and solve the problems of data redundancy and unfriendly interaction.
Methods The rules of health emergency disposal and health emergency preparedness were systematically analyzed, and the reporting process was optimized. To adapt to the new requirements of system network security, a micro-services architecture website was applied to construct a new platform.
Results On the upgraded platform, the modules including home page work center, poisoning public opinion, and poisoning consultation were added; the modules of reporting and query were integrated; the statistical analysis function was redesigned; and some of the form content was modified so that the effective integration of various functions, such as reporting, querying, submission, auditing, and reviewing, can be achieved.
Conclusions The improved poisoning information platform system can more safely and reliably serve poisoning health emergency management, assist in comprehensively and dynamically grasping the work status of all poisoning emergency institutions at all levels, and provide support for poisoning capacity evaluation, scientific planning, and construction.
下载: