Radio Frequency Identification Technology for Logistics, Tagging and EPC

SIEMENS, University of Graz create RFID blood monitoring system

Wednesday, July 28, 2010

Siemens along with the University of Graz, Austria have created an RFID-enabled blood monitoring system, according to AZoSensors.

The system consists of a temperature sensor, a chip and a battery. RFID labels contain information about the blood and help regulate the complete cooling series by using temperature sensors. The sensor remains in the same position throughout the entire transportation system, including the centrifuge, and is strong enough to endure centrifugal processes at 5000 times the acceleration of gravity.


Before transfusion, a reader verifies the data recorded on the chip for accuracy – documenting the complete series from the donor to the recipient.

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Schweizer Electronic and Siemens Austria have united to bring a new type of RFID transponder with an integrated sensor technology known as SEAGSens.

The SEAGSens technology will be used for temperature monitoring, tracing and identification of blood bags, medications and other food items. Schweizer Electronic, in collaboration with Offenburg University, will be responsible for the manufacturing of the transponders. SIEMENS will assume the distribution and marketing role.

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Alien Technology recently partnered with Barcelona, Spain-based integrator Aifos Solutions for the implementation of an ultra high frequency RFID based hemo-derivative blood bag tracking application at the Blood and Tissue Bank of Balearic Islands.

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A new study conducted by a team of researchers has found a way to implement wireless monitoring technology by tapping in a building’s heating, ventilating and air-conditioning (HIVAC) ducts, according to EurekAlert.

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1st Choice Security Solutions and Advanced Asset Tracking Solutions have partnered to provide a long-range RFID transportation temperature monitoring system.

The system, coined TransTemp, utilizes RFID tags affixed to goods for monitoring storage temperature requirements during transportation. Tags can be placed into shipping containers, refrigerated containers and trucks, air freight and catering trucks

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PositiveID announced that it has completed development of the initial prototype of its RF-based iGlucose system.

The system consists of a small cradle that connects to any data-capable glucose meter to automatically communicate diabetic’s blood sugar readings to the iGlucose online database in real-time.

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Spain’s Balearic Islands Blood and Tissue Bank is using a combination of Nordic ID hand held readers with an RFID system from Barcelona-based Aifo Solutions to track some 30,000 blood bags.

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