医学影像信息系统整合临床应用探讨  

Clinical application and integration of medical imaging information system

作　　者：王耀彬[1] 王凯 朱栓庄 温友信 韩向东[1] 刘烨[1] 

机构地区：[1]武警北京总队第二医院放射科,100037 [2]武警宁夏总队卫生处,银川750002

出　　处：《武警医学》2012年第2期126-129,共4页Medical Journal of the Chinese People's Armed Police Force

摘　　要：目的探讨我院PACS与军字一号工程(HIS系统)的集成与临床应用。方法通过DICOM 3.0标准接口将影像科数字化成像设备CR、DR、CT、B超、DSA、MRI与影像储存与传输系统(picture archiving and communications system,PACS)、军字一号系统相连接,构建全院医疗信息网。结果在PACS–HIS统筹规划标准下,集成PACS–HIS工作站42个,HIS独立工作站67个(医师工作站35个,护士工作站32个),共计109个工作站点覆盖全院各科室,实现医疗信息资源共享。结论 PACS–HIS系统整合提高了医学影像综合管理水平,降低了医院整体运营成本,它将在影像科室、临床科室、医学教育、远程会诊方面发挥重要作用。Objective To study the clinical application and integration of PACS and HIS in ＂No 1 Military Project＂.Methods A medical imaging information system was built up by connecting PACS which consisted of digital imaging devices,such as CR,DR,CT,DSA,MRI and ultrasonic instruments,with HIS in ＂No 1 Military Project＂ under DICOM 3.0 standard interfaces.Results Medical pictures could be transferred freely between 109 workstations at each department of the hospital,including 42 PACS-HIS workstations and 67 HIS workstations.Integration of PACS with HIS in ＂No 1 Military Project＂ was achieved,which enabled the sharing of medical information resources.Conclusions Integration of PACS with HIS improves the overall management of the medical imaging system,leading to the reduction of the total cost of the hospital.It plays a key role in the medical imaging system,clinical practice,medical education,and remote medical consultation.

关 键 词：影像储存与传输系统 医院信息系统 放射科信息系统 DICOM3.0标准 

分 类 号：R197.324[医药卫生—卫生事业管理]