From the Department of Anesthesiology and Pain Medicine, University of Washington, Seattle, Washington.
Anesth Analg. 2019 Aug;129(2):418-425. doi: 10.1213/ANE.0000000000003861.
We implemented a previously described barcode-based drug safety system in all of our anesthetizing locations. Providers were instructed to scan the barcode on syringes using our Anesthesia Information Management System before drug administration, but the rate of provider adherence was low. We studied an implementation intervention intended to increase the rate of scanning.
Using our Anesthesia Information Management System and Smart Anesthesia Manager software, we quantified syringe drug administrations by anesthesia providers with and without barcode scanning. We use an anesthesia team model in which an attending anesthesiologist is paired with a certified registered nurse anesthetist (CRNA) or a resident. Our system identified the pair of providers associated with a particular drug administration, but did not distinguish which providers actually administered the drug. Therefore, the rate of barcode scanning for a particular case was assigned to both providers equally. A baseline rate of scanning was established over a period of 17 months. An audit and feedback intervention was then performed that consisted of monthly performance reports sent by email to individual providers along with coffee gift card awards for top performers. The coffee gift cards were awarded in only the first 2 months of the intervention, while the email performance reports continued on a monthly basis. The coffee card awards were made public. The monthly emails reported the individual provider's rank order of performance relative to other providers, but was otherwise anonymous. The baseline rate of scanning was compared to the rate of scanning after the intervention for a period of 7 months.
From November 2014 to March 2017, we accumulated 60,197 cases performed by 88 attending anesthesiologists, 65 CRNAs, and 148 residents. The total number of syringe drug administrations was 653,355. Average scanning performance improved from 8.7% of syringe barcodes scanned during the baseline period from November 2014 to February 2016 to 64.4% scanned during the period September 2016 to March 2017 (P < .001). Variation in performance among individuals was marked, ranging from 0% to 100% of syringes scanned. The performance of some individuals showed marked oscillation over time. There was greater variation in performance attributable to residents than in performance attributable to CRNAs.
Feedback of individual provider performance data from the anesthesia information system to providers can be used in conjunction with other measures to improve performance. Despite improved average performance, there was marked variation in performance between individuals, and some individuals had marked oscillation of their performance over time.
我们在所有麻醉地点实施了之前描述的基于条码的药物安全系统。在给药前,医生被指示使用我们的麻醉信息管理系统扫描注射器上的条码,但提供者的遵守率很低。我们研究了一项旨在提高扫描率的实施干预措施。
使用我们的麻醉信息管理系统和 Smart Anesthesia Manager 软件,我们通过有和没有扫描条码的麻醉提供者来量化注射器药物的管理。我们使用麻醉团队模型,其中一名主治麻醉师与一名注册护士麻醉师(CRNA)或住院医师配对。我们的系统确定了与特定药物管理相关的提供者对,但无法区分实际给药的提供者。因此,特定病例的条码扫描率平均分配给两个提供者。在 17 个月的时间里建立了扫描的基线率。然后进行了一次审核和反馈干预,包括每月通过电子邮件向个人提供者发送绩效报告,以及为表现最好的人提供咖啡礼品卡奖励。仅在干预的头 2 个月提供咖啡礼品卡奖励,而电子邮件绩效报告则按月继续。咖啡卡奖励是公开的。每月的电子邮件报告了个人提供者相对于其他提供者的绩效排名,但在其他方面是匿名的。将扫描的基线率与干预后的扫描率进行了 7 个月的比较。
从 2014 年 11 月至 2017 年 3 月,我们积累了 88 名主治麻醉师、65 名 CRNA 和 148 名住院医师进行的 60197 例病例。注射器药物管理的总次数为 653355 次。扫描性能平均从 2014 年 11 月至 2016 年 2 月的基线期内扫描的注射器条码 8.7%提高到 2016 年 9 月至 2017 年 3 月期间扫描的 64.4%(P<.001)。个体之间的绩效差异显著,扫描的注射器范围从 0%到 100%不等。一些个体的绩效随时间呈明显波动。与 CRNA 相比,居民的绩效变化更大。
可以将来自麻醉信息系统的个人提供者绩效数据的反馈与其他措施结合使用,以提高绩效。尽管平均绩效有所提高,但个体之间的绩效差异显著,一些个体的绩效随时间波动明显。