Oppenheim M I, Mintz R J, Boyer A G, Frayer W W
Weill Medical College of Cornell University, New York Weill Cornell Medical Center, New York-Presbyterian Hospital, New York, N.Y., USA.
Proc AMIA Symp. 2000:630-4.
Creation and maintenance of electronic clinical alerts within a hospital's electronic medical record (EMR) or database poses a number of challenges. Development can require significant programming effort. Final testing should ideally be performed in a real clinical environment without clinician notification, which may create technical challenges. After an alert is in production, modifications may become necessary in response clinician feedback, changes in clinical factors, or technical issues. Changes may be required in the knowledge base utilized by the alert or in the presentation of the alert condition to the clinicians. Occasionally, different users within the clinical environment may wish to have the same alert data presented differently. We have developed a strategy which allows development of multi-functional alerts and facilitates modification of alert function and/or presentation with minimal to no programming effort. Some elements of this scheme may be appropriate for incorporation into clinical alerting standards.
在医院的电子病历(EMR)或数据库中创建和维护电子临床警报存在诸多挑战。开发可能需要大量的编程工作。理想情况下,最终测试应在不通知临床医生的真实临床环境中进行,这可能会带来技术挑战。警报投入使用后,可能需要根据临床医生的反馈、临床因素的变化或技术问题进行修改。可能需要对警报所使用的知识库或向临床医生呈现警报情况的方式进行更改。偶尔,临床环境中的不同用户可能希望以不同方式呈现相同的警报数据。我们已经开发了一种策略,该策略允许开发多功能警报,并以最少甚至无需编程的工作量促进警报功能和/或呈现方式的修改。该方案的一些要素可能适合纳入临床警报标准。