军事医学
軍事醫學
군사의학
BULLETIN OF THE ACADEMY OF MILITARY MEDICAL SCIENCES
2015年
1期
64-67
,共4页
菌(毒)种%菌种保藏%信息系统%E-R模型
菌(毒)種%菌種保藏%信息繫統%E-R模型
균(독)충%균충보장%신식계통%E-R모형
bacteria ( virus)%culture collection%information system%E-R model
目的:为了最大程度地提高菌(毒)种保藏机构的管理效率及质量,建立一套菌(毒)种保藏管理信息系统。方法采用C/S架构,以Visual Basic6.0、SQL Server2000为开发平台,结合E-R模型第三范式建立了菌(毒)种信息数据库,应用面向对象的语言程序进行了系统开发。结果总结了系统需要的硬件设备,构建了菌(毒)种信息管理、科研项目管理、人员管理、系统维护等功能模块,在平台界面和数据库均设置了访问权限,最大限度地保证菌(毒)种信息安全。结论该信息系统实现了菌(毒)种从入库、分类、保存、领取、备案等的信息化流程管理,有机整合了保藏机构的各种资源,提高了菌(毒)种的管理效率,保障了菌(毒)种信息安全。
目的:為瞭最大程度地提高菌(毒)種保藏機構的管理效率及質量,建立一套菌(毒)種保藏管理信息繫統。方法採用C/S架構,以Visual Basic6.0、SQL Server2000為開髮平檯,結閤E-R模型第三範式建立瞭菌(毒)種信息數據庫,應用麵嚮對象的語言程序進行瞭繫統開髮。結果總結瞭繫統需要的硬件設備,構建瞭菌(毒)種信息管理、科研項目管理、人員管理、繫統維護等功能模塊,在平檯界麵和數據庫均設置瞭訪問權限,最大限度地保證菌(毒)種信息安全。結論該信息繫統實現瞭菌(毒)種從入庫、分類、保存、領取、備案等的信息化流程管理,有機整閤瞭保藏機構的各種資源,提高瞭菌(毒)種的管理效率,保障瞭菌(毒)種信息安全。
목적:위료최대정도지제고균(독)충보장궤구적관리효솔급질량,건립일투균(독)충보장관리신식계통。방법채용C/S가구,이Visual Basic6.0、SQL Server2000위개발평태,결합E-R모형제삼범식건립료균(독)충신식수거고,응용면향대상적어언정서진행료계통개발。결과총결료계통수요적경건설비,구건료균(독)충신식관리、과연항목관리、인원관리、계통유호등공능모괴,재평태계면화수거고균설치료방문권한,최대한도지보증균(독)충신식안전。결론해신식계통실현료균(독)충종입고、분류、보존、령취、비안등적신식화류정관리,유궤정합료보장궤구적각충자원,제고료균(독)충적관리효솔,보장료균(독)충신식안전。
Objective To establish a management information system for bacteria ( virus ) preservation in order to improve the management efficiency and quality of bacteria ( virus) preservation organizations to the largest possible extent . Methods Client/Server(C/S) structure was adopted to design the system with Visual Basic 6.0 and SQL Server2000 as the platform of development .A bacteria ( virus) information database was established with the E-R model and 3NF.The system was developed by face to object language program .Results Devices needed were supplied .Functional modules of bacteria ( virus ) information management , scientific research project management , user management and system maintenance were constructed .Visiting permission was installed on the platform and database to maximize the protection of bacteria ( virus ) information safety .Conclusion Bacteria ( virus ) information flow management , involving storage , classification, preservation, collection and record, is achieved.All the resources of the preservation organization are integrated.Bacteria (virus) management efficiency is increased and bacteria (virus) information safety is ensured.