首页> 外文期刊>Clinical chemistry and laboratory medicine: CCLM >Educational intervention together with an on-line quality control program achieve recommended analytical goals for bedside blood glucose monitoring in a 1200-bed university hospital.
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Educational intervention together with an on-line quality control program achieve recommended analytical goals for bedside blood glucose monitoring in a 1200-bed university hospital.

机译:教育干预和在线质量控制计划共同实现了在1200张病床的大学医院中监测床边血糖的推荐分析目标。

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Portable meters for blood glucose concentrations are used at the patients bedside, as well as by patients for self-monitoring of blood glucose. Even though most devices have important technological advances that decrease operator error, the analytical goals proposed for the performance of glucose meters have been recently changed by the American Diabetes Association (ADA) to reach <5% analytical error and <7.9% total error. We studied 80 meters throughout the Virgen Macarena Hospital and we found most devices with performance error higher than 10%. The aim of the present study was to establish a new system to control portable glucose meters together with an educational program for nurses in a 1200-bed University Hospital to achieve recommended analytical goals, so that we could improve the quality of diabetes care. We used portable glucose meters connected on-line to the laboratory after an educational program for nurses with responsibilities in point-of-care testing. We evaluated the system by assessing total error of the glucometers using high- and low-level glucose control solutions. In a period of 6 months, we collected data from 5642 control samples obtained by 14 devices (Precision PCx) directly from the control program (QC manager). The average total error for the low-level glucose control (2.77 mmol/l) was 6.3% (range 5.5-7.6%), and even lower for the high-level glucose control (16.66 mmol/l), at 4.8% (range 4.1-6.5%). In conclusion, the performance of glucose meters used in our University Hospital with more than 1000 beds not only improved after the intervention, but the meters achieved the analytical goals of the suggested ADA/National Academy of Clinical Biochemistry criteria for total error (<7.9% in the range 2.77-16.66 mmol/l glucose) and optimal total error for high glucose concentrations of <5%, which will improve the quality of care of our patients.
机译:患者床旁使用便携式血糖仪,患者也可使用血糖仪自我监测血糖。尽管大多数设备在减少操作员错误方面都有重要的技术进步,但美国糖尿病协会(ADA)最近更改了针对血糖仪性能建议的分析目标,以达到<5%的分析误差和<7.9%的总误差。我们对整个Virgen Macarena医院的80米进行了研究,发现大多数设备的性能误差都高于10%。本研究的目的是建立一个新的系统来控制便携式血糖仪,并为一个有1200张床的大学医院的护士提供教育计划,以实现建议的分析目标,从而改善糖尿病的护理质量。在针对负责现场护理测试的护士进行了一项教育计划之后,我们使用了与实验室在线连接的便携式血糖仪。我们通过使用高水平和低水平的葡萄糖控制溶液评估血糖仪的总误差来评估系统。在6个月的时间内,我们直接从控制程序(QC管理器)中从14个设备(Precision PCx)获得的5642个控制样本中收集了数据。低水平葡萄糖对照的平均总误差(2.77 mmol / l)为6.3%(范围5.5-7.6%),而高水平葡萄糖对照的平均总误差(16.66 mmol / l)更低,为4.8%(范围4.1-6.5%)。总之,我们的大学医院使用了1000张床以上的血糖仪,其性能不仅得到了改善,而且达到了ADA /美国国家临床生物化学研究院建议的总误差(<7.9%)的分析目标。葡萄糖浓度在2.77-16.66 mmol / l范围内)和最佳总误差(对于<5%的高葡萄糖浓度),这将改善我们患者的护理质量。

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