Abstract: Objective To report the integrated progress of the hydatid disease information management system， and to provide the reference for further system improvements by analysis of results on simulation test feedback. Methods The work of institutional code matching by collecting fundamental and integrated information of the system in epidemic areas of hydatid disease was carried out， and professional control agencies were selected to carry out the simulation test. Results The results of agencies code matching at stage indicated the average completion rate was 94.30% on administrative agencies， 69.94% on registered professional agencies and 56.40% on professional institutions matching related to hydatid disease prevention and control implements in seven provinces （autonomous regions） and Xinjiang Production and Construction Corps. Meanwhile， the response rate of open?ended proposals was 93.33% on fifteen feedbacks， and the statistics showed 21.43% believed the system was low fluency， 64.29% considered the system was inconvenience for data inputs and 42.86% considered it would be improved on system statistics functions， of which 27.78% were provincial users， 22.22% were the city users and 50.00% were the county users. Conclusion The hydatid disease prevention information management system meets the fundamental needs of the majority agencies in hyperendemic areas of echinococcosis， it needs to develop the further test with more agencies joining after the work of the institutional code matching completion and the system service improvement in the next stage.

Key words: Hydatid disease； Prevention and control； Information system； Evaluation

摘要： 目的 跟踪包虫病信息管理系统改造，归纳系统整合进展，了解与分析各级层面的模拟测试反馈结果，为系统进一步完善提供参考。 方法 收集包虫病防治信息系统改造基本信息，在包虫病流行区开展机构匹配工作；在包虫病主要流行区选择各级专业防治机构，开展信息系统模拟填报运行功能调查并收集反馈建议。结果 机构匹配阶段结果显示，行政区划匹配平均完成率为94.30%，登记在册的专业防治机构匹配平均完成率为69.94%；与包虫病防治专业机构匹配平均完成率为56.40%。系统模拟测试结果显示，5省（自治区）共计15个包虫病防治专业机构开展了系统测试填报，获得建议14份，反馈率为93.33%。认为系统运行不够流畅的占比21.43%；认为系统还需提高数据输入便捷性的占比64.29%；认为系统功能还需加强维护与完善的占比42.86%。建议提出涉及省级机构占比27.78%，市级占比22.22%，县级占比50.00%。 结论 包虫病防治信息管理系统的整合契合了主要流行区填报的基本需求，下一阶段需在完善机构匹配的基础上，扩大测试范围并进一步改进与提高系统各项服务功能。

关键词: 包虫病；防治；信息系统；测试