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After six years of research, the FDA this week approved the RFID solution to track the blood supply chain in the United States. Blood supply is a vital area for national security, which will improve the safety and efficiency of the entire monitoring process. Researchers at the RFID laboratory of the University of Wisconsin-Madison said that this is the first time that the FDA has approved reverse tracking and has become a precedent in the industry.
The laboratory is one of Wisconsin’s three project partners, as well as the Wisconsin Blood Center and Milwaukee-based information systems company SysLogic. These three groups research, design, develop and test a new RFID-enabled solution, called the ICMP Backtracking Blood Center, which will automatically identify, coordinate and track blood products.
RFID will enable a safer and more efficient blood supply chain:
Karen, MD, director of the U.S. FDA’s Center for Biologics Evaluation and Research, said that “the back-tracking capabilities of blood center equipment will help strengthen blood safety to ensure that unqualified products are not leaked.” ICMP as a tool, the backtracking blood center will streamline the collection and processing of blood by trained personnel in the blood institution, and assist in the tracking and coordination of products.” This solution is used in the United States blood center and approved ICMP backtracking Deployed in the hospital.
The iTrace system will automatically register blood pack donation sites, automatically check the manufacturing process of blood products, and simplify the shipment of blood products to hospitals or blood transfusion centers during the preparation process. Improve work efficiency, increase visibility and transparency of inventory, and reduce compliance costs for tracking and coordinating products in the blood.
Lynn Briggs, vice president and chief information officer (CIO) of the Wisconsin Blood Center, said that since the three-month ICMP backtracking pilot, more than 75,000 blood products have been labeled, involving performance from collection to sorting. Significant efficiency and accuracy. “At present, we have only tapped the most obvious basic functions, and we will provide more detailed and innovative solutions in the future.” “We will reduce the error rate by one-third from the blood collection point, and 87% in terms of material level management. Error. In addition, the factory has improved its execution efficiency by 63% during the inventory process.
In addition to demonstrating the safety of RFID and blood products, a team at the University of Wisconsin-Madison studied the reliability and efficiency of the technology. To solve the current labor-intensive manual identification efficiency and troubleshooting issues, RFID technology will enable the medical care industry to redesign the blood supply chain process to apply greater automation control.
The best blood is a highly regulated special item that needs to be monitored throughout the distribution process. We have achieved more transparency with ICMP backtracking. But Raje, the executive director of the University of Wisconsin Electronic Commerce Institute, also expressed concerns about the safety of RFID itself, which needs to be addressed to ensure that the technology can be more widely adopted.
Blood is a life-saving material related to social security and health systems. Advanced blood supply chain management will create tremendous value.
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