The wearable flexible patch would completely eliminate the need for multiple finger sticks. Image for illustration purposes.
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By University of California San Diego Health
A physician and nanoengineers at UC San Diego have successfully tested a noninvasive skin patch prototype that monitors blood glucose levels, a daily requirement for many persons with diabetes. The patch is thin, lightweight, easily applied and removed, and works for up to eight hours.
Assembly and the transfer process of the ISF glucose wearable patch. The screen-printed electrode system is transferred to a layer of adhesive tape. Afterward, the iontophoretic electrodes are placed on top of the adhesive layer, the cathode is placed on top of the screen-printed array, and the anode is set 1.5 centimeters away from the cathode). Next, a piece of agarose gel is placed on top of each electrode. The transfer process consists of placing the adhesive layer on the skin and removing the top layer of paper from the adhesive surface. Wrist pictures before transferring the sensing device onto the skin and three hours after removing the device. UC San Diego Health Sciences Image
Three groups of students enrolled in the Texas A&M University School of Public Health’s PHLT 411 Project Management in Public Health course at the Texas A&M University Higher Education Center at McAllen(HECM) recently led free community events designed to help address issues residents are facing in Hidalgo County.
