RFID in the blood supply chain--increasing productivity, quality and patient safety.
As part of an overall design of a new, standardized RFID-enabled blood transfusion medicine supply chain, an assessment was conducted for two hospitals: the University of Iowa Hospital and Clinics (UIHC) and Mississippi Baptist Health System (MBHS). The main objectives of the study were to assess RFID technological and economic feasibility, along with possible impacts to productivity, quality and patient safety. A step-by-step process analysis focused on the factors contributing to process "pain points" (errors, inefficiency, product losses). A process re-engineering exercise produced blueprints of RFID-enabled processes to alleviate or eliminate those pain-points. In addition, an innovative model quantifying the potential reduction in adverse patient effects as a result of RFID implementation was created, allowing improvement initiatives to focus on process areas with the greatest potential impact to patient safety. The study concluded that it is feasible to implement RFID-enabled processes, with tangible improvements to productivity and safety expected. Based on a comprehensive cost/benefit model, it is estimated for a large hospital (UIHC) to recover investment from implementation within two to three years, while smaller hospitals may need longer to realize ROI. More importantly, the study estimated that RFID technology could reduce morbidity and mortality effects substantially among patients receiving transfusions.
Briggs
Lynne
L
BloodCenter of Wisconsin, USA.
Davis
Rodeina
R
Gutierrez
Alfonso
A
Kopetsky
Matthew
M
Young
Kassandra
K
Veeramani
Raj
R
D001771:Blood Banks / Q000458:organization & administration*; D006801:Humans; D019300:Medical Errors / Q000517:prevention & control*; D011356:Product Labeling / Q000379:methods / Q000592:standards*; D057233:Radio Frequency Identification Device; D017751:Safety Management