ISSN 2097-5724 CN 61-1535/R 主管·主办:陕西省疾病预防控制中心
疾病预防与控制 Disease Prevention and Control 医学学术期刊 双月刊
2026-02-041 检验与方法 2026, 2(02): 161-164

开展药速圈提升门诊高峰期药师调剂效率的实践研究

浙江大学医学院附属第四医院

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摘要

目的 为提高浙江大学医学院附属第四医院(以下简称我院)药剂科门诊药师高峰期调剂效率,我院采用计划(Plan)-执行(Do)-检查(Check)-处理(Act)循环法(PDCA循环法)寻找影响药品调剂效率因素,解决门诊高峰期(9:00-12:00)药品调剂效率低、患者候药时间长问题,提升药剂科服务质量与患者满意度。方法以2022年8月至2023年7月为观察期、2023年8月至2024年7月为PDCA实施期,通过柏拉图检验分析、鱼骨图目标解析确定影响因素,围绕核心问题制定并执行优化对策,对比实施前后关键指标变化。结果 明确处方设计不合理、硬件设备缺乏与老化、窗口分配不均、缺乏核对设备为主要影响因素;实施后高峰期每手工窗口每小时平均处方调剂量111.39张升至135.15张,调剂内差例数从168例减至57例,调剂内差发生率从2.25‰降至0.83‰(χ2=45.51,df=1,P<0.001),患者满意度评分从(8.2±1.1)分升至(9.1±0.9)分(t=8.87,df=386,P<0.001)。结论 PDCA循环法可有效提升门诊药师高峰期调剂效率,降低差错率,完善药房管理体系,具备推广价值。

Abstract

Objective To improve the dispensing efficiency of outpatient pharmacists in the Pharmacy Department of the Fourth Affiliated Hospital of Zhejiang University School of Medicine(hereinafter referred to as our hospital) during peak hours, our hospital adopted the Plan-Do-Check-Act(PDCA) cycle to identify factors affecting drug dispensing efficiency, and to solve the problems of low drug dispensing efficiency and long waiting time for patients during the outpatient peak hours(9:00-12:00), and improve pharmacy service quality and patient satisfaction. Methods The observation period was from August 2022 to July 2023, and the PDCA implementation period was from August 2023 to July 2024. Pareto test analysis and fishbone diagram target analysis were used to determine the influencing factors. Optimized countermeasures were formulated and implemented focusing on core issues, and changes in key indicators before and after implementation were compared. Results The main influencing factors were identified as unreasonable prescription design, lack and aging of hardware equipment, uneven window allocation, and lack of verification equipment. After implementation, the average number of prescriptions dispensed per manual window per hour during peak hours increased from 111.39 to 135.15, the number of internal errors decreased from 168 to 57, the incidence of internal errors decreased from 2.25‰ to 0.83‰(χ2=45.51, df=1, P<0.001), the patient satisfaction score increased from(8.2±1.1) to(9.1±0.9)(t=8.87, df=386, P<0.001). Conclusion The PDCA cycle can effectively improve the dispensing efficiency of outpatient pharmacists during peak hours, reduce the error rate, improve the pharmacy management system, and has promotion value.

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[1]曾芬,金远程,诸梦露,等.开展药速圈提升门诊高峰期药师调剂效率的实践研究[J].疾病预防与控制,2026,2(02):161-164.