This papers aims to describe the development framework of a Transfusion Medicine RFId application, which was designed in order to enhance patient safety and in order to improve blood inventory management processes. In the first part of the study, a reverse engineering of present processes (As-Is) was performed through two analysis tools: Flow Charts and Activity Forms. In the second part of the study, an RFId-based processes re-engineering has been designed in order to reduce criticalities and to improve Transfusion Medicine service performance. Then a Return on Safety (ROS) assessment was performed through a RFId-enabled processes FMECA and through Key Performance Indexes (KPI) design. ROS assessment showed a clinical risk reduction in every blood chain process.
Safety and logistics performance evaluation of a RFId system in a blood transfusion centre
ORRU', PIER FRANCESCO;ZEDDA, FRANCESCO
2015-01-01
Abstract
This papers aims to describe the development framework of a Transfusion Medicine RFId application, which was designed in order to enhance patient safety and in order to improve blood inventory management processes. In the first part of the study, a reverse engineering of present processes (As-Is) was performed through two analysis tools: Flow Charts and Activity Forms. In the second part of the study, an RFId-based processes re-engineering has been designed in order to reduce criticalities and to improve Transfusion Medicine service performance. Then a Return on Safety (ROS) assessment was performed through a RFId-enabled processes FMECA and through Key Performance Indexes (KPI) design. ROS assessment showed a clinical risk reduction in every blood chain process.File | Dimensione | Formato | |
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2015-02 - JOMAC - RFID Blood.pdf
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