Joslin Joseph, Ablah Elizabeth, Okut Hayrettin, Bricker Lauren, Assi Maha
University of Kansas School of Medicine-Wichita, Wichita, KS.
Department of Population Health, University of Kansas School of Medicine-Wichita, Wichita, KS.
Kans J Med. 2022 Apr 29;15(1):135-138. doi: 10.17161/kjm.vol15.15884. eCollection 2022.
Modern laboratory techniques cannot differentiate between colonization and infection; therefore, testing must be indicated clinically. To reduce hospital-onset of infections (HO-CDI), Ascension Via Christi Hospitals (AVCH) in Wichita intervened in three stages by introducing: 1) a testing algorithm; 2) an electronic medical record (EMR)-based decision support system to enforce said algorithm; and 3) phone calls from the infection prevention department to providers to discontinue tests not collected within 24 hours of the order. The goal of this study was to determine if these interventions improved the HO-CDI rate.
At AVCH, the three study periods were compared: baseline with algorithm training only, the EMR intervention, and the EMR intervention with additional phone calls (EMR with phone calls). Data were abstracted from the hospital EMR.
A total of 311 charts were reviewed. Adherence to the algorithm increased from 34% at baseline to 52% after the EMR intervention (p = 0.010). During the EMR with phone calls period, more tests were discontinued (87%; n = 39) compared to baseline (54%; n = 15) and EMR (54%; n = 15; p = 0.003). The HO-CDI rate ranged from 8.5 cases per 10,000 patient-days at baseline, to 7.9 during EMR, to 4.0 during EMR with phone calls (p = 0.007).
The EMR and EMR with phone call interventions were associated with a significant decrease in the HO-CDI rate and an increase in provider adherence to the algorithm.
现代实验室技术无法区分定植与感染;因此,必须根据临床情况进行检测。为降低医院获得性感染(HO-CDI)的发生率,威奇托市的阿森松Via Christi医院(AVCH)分三个阶段进行了干预,具体措施包括:1)引入检测算法;2)基于电子病历(EMR)的决策支持系统以执行该算法;3)感染预防部门致电医护人员,要求停止在医嘱下达24小时内未采集的检测。本研究的目的是确定这些干预措施是否能降低HO-CDI发生率。
在AVCH,对三个研究阶段进行了比较:仅进行算法培训的基线阶段、EMR干预阶段以及增加电话干预后的EMR阶段(EMR加电话干预)。数据从医院电子病历中提取。
共审查了311份病历。对算法的依从性从基线时的34%提高到EMR干预后的52%(p = 0.010)。在EMR加电话干预阶段,与基线阶段(54%;n = 15)和EMR阶段(54%;n = 15)相比,更多的检测被停止(87%;n = 39)(p = 0.003)。HO-CDI发生率从基线时的每10000患者日8.5例,降至EMR阶段的7.9例,再降至EMR加电话干预阶段的4.0例(p = 0.007)。
EMR干预以及EMR加电话干预与HO-CDI发生率的显著降低以及医护人员对算法依从性的提高相关。