Tampi Radhika P, Tembo Taniya, Mukumba-Mwenechanya Mpande, Sharma Anjali, Dowdy David W, Holmes Charles B, Bolton-Moore Carolyn, Sikazwe Izukanji, Tucker Austin, Sohn Hojoon
Department of Epidemiology, Johns Hopkins Bloomberg School of Public Health, 615 N. Wolfe Street, Baltimore, MD, 21205, USA.
Centers for Infectious Disease Research (CIDRZ), Lusaka, Zambia.
BMC Health Serv Res. 2019 Apr 24;19(1):244. doi: 10.1186/s12913-019-4096-z.
The mass scale-up of antiretroviral therapy (ART) in Zambia has taken place in the context of limited infrastructure and human resources resulting in many operational side-effects. In this study, we aimed to empirically measure current workload of ART clinic staff and patient wait times and service utilization.
We conducted time and motion (TAM) studies from both the healthcare worker (HCW) and patient perspectives at 10 ART clinics throughout Zambia. Trained personnel recorded times for consecutive discrete activities based on direct observation of clinical and non-clinical activities performed by counselors, clinical officers, nurses, and pharmacy technicians. For patient TAM, we recruited consenting patients and recorded times of arrival and departure and major ART services utilized. Data from 10 clinics were pooled to evaluate median time per patient spent for each activity and patient duration of stay in the clinic.
The percentage of observed clinical time for direct patient interaction (median time per patient encounter) was 43.1% for ART counselors (4 min, interquartile range [IQR] 2-7), 46.1% for nurses (3 min, IQR 2-4), 57.2% for pharmacy technicians (2 min, IQR 1-2), and 78.5% for clinical officers (3 min, IQR 2-5). Patient workloads for HCWs were heaviest between 8 AM and 12 PM with few clinical activities observed after 2 PM. The length of patient visits was inversely associated with arrival time - patients arriving prior to 8 AM spent 61% longer at the clinic than those arriving after 8 AM (277 vs. 171 min). Overall, patients spent 219 min on average for non-clinical visits, and 244 min for clinical visits, but this difference was not significant in rural clinics. In comparison, total time patients spent directly with clinic staff were 9 and 12 min on average for non-clinical and clinical visits.
Current Zambian ART clinic operations include substantial inefficiencies for both patients and HCWs, with workloads heavily concentrated in the first few hours of clinic opening, limiting HCW and patient interaction time. Use of a differentiated care model may help to redistribute workloads during operational hours and prevent backlogs of patients waiting for hours before clinic opening, which may substantially improve ART delivery in the Zambian context.
赞比亚抗逆转录病毒疗法(ART)的大规模推广是在基础设施和人力资源有限的背景下进行的,这导致了许多运营方面的副作用。在本研究中,我们旨在实证测量ART诊所工作人员当前的工作量、患者等待时间以及服务利用率。
我们从医护人员和患者的角度,在赞比亚各地的10家ART诊所开展了时间与动作(TAM)研究。经过培训的人员通过直接观察咨询员、临床干事、护士和药房技术员进行的临床和非临床活动,记录连续离散活动的时间。对于患者TAM,我们招募了同意参与的患者,记录他们的到达和离开时间以及所接受的主要ART服务。汇总来自10家诊所的数据,以评估每位患者每项活动所花费的中位时间以及患者在诊所的停留时间。
ART咨询员直接与患者互动的观察临床时间百分比(每次患者就诊的中位时间)为43.1%(4分钟,四分位间距[IQR]为2 - 7分钟),护士为46.1%(3分钟,IQR为2 - 4分钟),药房技术员为57.2%(2分钟,IQR为1 - 2分钟),临床干事为78.5%(3分钟,IQR为2 - 5分钟)。医护人员的患者工作量在上午8点至中午12点之间最重,下午2点之后观察到的临床活动很少。患者就诊时间与到达时间呈负相关——上午8点之前到达的患者在诊所花费的时间比8点之后到达的患者长61%(277分钟对171分钟)。总体而言,患者非临床就诊平均花费219分钟,临床就诊平均花费244分钟,但在农村诊所这种差异并不显著。相比之下,患者直接与诊所工作人员相处的总时间在非临床就诊和临床就诊时平均分别为9分钟和12分钟。
赞比亚目前的ART诊所运营对患者和医护人员而言都存在严重的效率低下问题,工作量在诊所开门后的头几个小时高度集中,限制了医护人员与患者的互动时间。采用差异化护理模式可能有助于在运营时间内重新分配工作量,并防止患者在诊所开门前长时间等待的积压情况,这在赞比亚的背景下可能会大幅改善ART服务的提供。