East T D
LDS Hospital, Salt Lake City, UT 84143.
Respir Care. 1992 Feb;37(2):170-80.
The introduction of the intensive care unit (ICU) in the 1960s with its demands for management of large volumes of patient data drove the initial introduction of computers into the ICU. Since the mid-1960s computer systems for the ICU have evolved into the highly sophisticated bedside workstations commercially available today. Despite all of the technologic advances in computers, their application in ICUs in the United States continues to spread very slowly. One of the largest problems is justifying the cost of systems primarily designed to automate data charting and generation of care plans. Although the existing commercial systems do an excellent job, few conclusive studies prove that these systems have a favorable cost-to-benefit ratio. Research systems have demonstrated that if one extends these systems to incorporate a fully integrated database, decision-support tools, automation of data acquisition, and more sophisticated display and user-interface technology, then these ICU computer systems can have a significant impact on improving the quality and reducing the costs of patient care. For computers to be embraced in the ICU environment, commercial systems of the future must move beyond merely gathering and displaying information. They must help the clinician at the bedside assimilate the vast array of ICU data and help him to make more effective decisions.
20世纪60年代重症监护病房(ICU)的引入,因其对大量患者数据管理的需求推动了计算机首次进入ICU。自20世纪60年代中期以来,用于ICU的计算机系统已发展成为如今市面上高度复杂的床边工作站。尽管计算机技术取得了诸多进步,但其在美国ICU中的应用仍在缓慢推广。最大的问题之一是难以证明主要用于自动数据记录和护理计划生成的系统的成本合理性。虽然现有的商业系统表现出色,但很少有确凿的研究证明这些系统具有良好的成本效益比。研究系统表明,如果将这些系统扩展为包含完全集成的数据库、决策支持工具、数据采集自动化以及更复杂的显示和用户界面技术,那么这些ICU计算机系统就能对提高患者护理质量和降低成本产生重大影响。为了使计算机在ICU环境中得到广泛应用,未来的商业系统必须不仅仅局限于收集和显示信息。它们必须帮助床边的临床医生消化大量的ICU数据,并帮助其做出更有效的决策。