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Error Reduction in Healthcare Delivery

机译:减少医疗保健交付

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Some major studies on patient safety have listed among other findings the need to improve the accuracy of patient identification to reduce laboratory errors. The studies have also found that most errors occur in the pre-analytical phase and suggest the implementation of a more rigorous methodology and technologies for error reduction. In line with the findings of the studies, this paper introduces ATOMS (Advanced Test Order Management System), a knowledge-based system for the management of specimen ordering and collection. ATOMS enable complete automation of the laboratory ordering process, from the point of physician-patient contact until specimen delivery to the laboratory. With physicians performing tests orders on the Order Entry System, ATOMS results in a unique blend of technology which ensures that laboratories receive complete electronic laboratory orders and pre-labeled specimen tubes which are ready for direct analyzer placement. A pilot trial of ATOMS was conducted at a local government hospital for three months. The results of the pilot trial indicated that the application of ATOMS increased patient safety by significantly reducing the opportunity for mistakes and the actual number of errors in healthcare delivery.
机译:关于患者安全的一些主要研究在其他结果中列出了提高患者识别准确性以降低实验室误差的必要性。研究还发现大多数误差发生在预分析阶段,并建议执行更严格的方法和技术的误差。符合研究的调查结果,本文介绍了原子(高级测试订单管理系统),了一种基于知识的系统,用于管理标本排序和收集。原子能够从医师患者接触到实验室的标本递送到实验室的完全自动化。对于在订单进入系统上进行测试订单的医生,原子会导致技术的独特混合,确保实验室接收完整的电子实验室订单和预先标记的标本管,该试剂管已准备好用于直接分析仪放置。原子的试验试验在当地政府医院进行三个月。试验试验结果表明,原子的应用通过大大减少错误的机会和医疗保健交付中的实际错误数量来增加患者安全性。

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