Li Ling, Georgiou Andrew, Vecellio Elia, Eigenstetter Alex, Toouli George, Wilson Roger, Westbrook Johanna I
Centre for Health Systems and Safety Research, Australian Institute of Health Innovation, University of New South Wales, Sydney, Australia.
South Eastern Area Laboratory Services Prince of Wales Hospital, NSW Health Pathology, Sydney, NSW, Australia.
Stud Health Technol Inform. 2014;204:74-9.
Electronic ordering systems have the potential to enhance the efficient utilisation of pathology services. The aim of this study was to assess the effect of electronic pathology ordering on repeat test ordering for paediatric patients (ages 0 to 18 years) who were in intensive care units (ICUs) and non-ICU wards. The dataset described 85,728 pathology tests ordered for 5,073 children before and after the implementation of electronic ordering. This study showed that, for children in ICUs, the repeat test order rate was significantly lower for electronic orders than for paper-based orders. Similarly, the rate of repeat tests ordered within short intervals (up to 23-hours), for children older than one-year in non-ICU wards, was lower for electronic ordering than for paper ordering. The proportion of repeat tests occurring within one-hour of the previous test was consistently lower for tests ordered using electronic ordering than it was for tests ordered using the paper based system for patients older than one-year in all wards and for patients under one-year in ICUs. These results suggest that features of the electronic system, including alerts about previously ordered tests and the availability of information about previous orders, can help clinicians to identify and reduce unnecessary repeat tests.
电子订购系统有潜力提高病理服务的有效利用率。本研究的目的是评估电子病理订购对重症监护病房(ICU)和非ICU病房中儿科患者(0至18岁)重复检测订购的影响。该数据集描述了在实施电子订购前后为5073名儿童订购的85728项病理检测。本研究表明,对于ICU中的儿童,电子订单的重复检测订购率显著低于纸质订单。同样,在非ICU病房中,一岁以上儿童在短时间内(长达23小时)的重复检测订购率,电子订购低于纸质订购。在所有病房中一岁以上患者以及ICU中一岁以下患者中,使用电子订购的检测在前一次检测后一小时内出现重复检测的比例始终低于使用纸质系统订购的检测。这些结果表明,电子系统的功能,包括关于先前订购检测的警报以及先前订单信息的可用性,有助于临床医生识别并减少不必要的重复检测。