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Urodynamix, Motion Computing Team Up on RFID-enabled Diagnostic Device
RFID helps protect patients against possible infection by ensuring that disposable components utilized with the diagnostic device are not reused.
Feb 10, 2009—Urodynamix Technologies, a Canadian medical device company, has partnered with wireless network provider Motion Computing to offer a bladder-monitoring system that leverages radio frequency identification to improve the product's safety.
Urodynamix's UroNIRS 2000 Bladder Monitor System is a standalone device that employs near-infrared spectroscopy (NIRS)—a spectroscopic method utilizing the near-infrared region of the electromagnetic spectrum (wavelengths that are 800 to 2,500 nanometers)—to measure changes in blood flow in a patient's bladder and abdominal walls. Near-infrared emissions consist of the spectrum just beyond red light, and are invisible to humans. The system is designed to help physicians diagnose and treat enlarged prostates, prostatic cancer and other health problems related to the bladder and prostate gland.
Designed to be affixed to a patient's skin during testing, the patch contains a light emitter that projects near-infrared light, and a sensor that can receives near-infrared waves reflected back by the patient's internal organs. The patch collects the waves reflecting from that person's organs and sends them, via the fiber-optic cable, to the base station, where they are processed and converted to digital data. The C5 then displays the test results in real time, so physicians can discuss the findings with patients in the examination room. The C5 can utilize its integrated Bluetooth technology to download data from the base station, thereby eliminating the need for the device to be docked in the base station in order to access and display the test results.
The C5's RFID reader is used to capture the unique ID numbers from passive RFID tags embedded in the packaging of the single-use patches. Doctors can easily scan a patch prior to each test to enhance patient safety by ensuring each patch is used only on a single patient, thus eliminating the spread of infection that might result from attaching the same patch to multiple individuals.
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