This Unique Insulin Patch Automatically Detects Blood Sugar Levels
Rebecca Byers — June 25, 2015 — Tech
References: medicalxpress
A convergence of several emerging technologies, the smart insulin patch is a a recent invention that is poised to change the daily life of individuals tasked with managing diabetes. Developed by researchers at the University of North Carolina and NC State, the innovative new device could soon be a realistic treatment option for any individuals with Type 1 or 2 diabetes.
As small as a penny, the thin patch features more than 100 microneedles that are approximately the size of an eyelash. The smart insulin patch is painless and entirely intuitive, automatically detecting when the blood sugar levels in the patient increases, at which time a small dose of insulin is secreted into the bloodstream.
As small as a penny, the thin patch features more than 100 microneedles that are approximately the size of an eyelash. The smart insulin patch is painless and entirely intuitive, automatically detecting when the blood sugar levels in the patient increases, at which time a small dose of insulin is secreted into the bloodstream.
Trend Themes
1. Smart Insulin Patches - The convergence of emerging technologies is poised to change the daily life of individuals tasked with managing diabetes.
2. Microneedle Technology - The use of microneedles for painless insulin delivery could disrupt the traditional methods of insulin administration.
3. Automatic Blood Sugar Detection - Automatic detection of blood sugar levels can improve patient outcomes while reducing the need for manual monitoring.
Industry Implications
1. Healthcare Industry - The smart insulin patch is poised to disrupt the way insulin is administered, monitored, and managed in the healthcare industry.
2. Medical Device Industry - The use of microneedles and automatic blood sugar detection in medical devices presents a disruptive innovation opportunity for the medical device industry.
3. Pharmaceutical Industry - The smart insulin patch could potentially disrupt the traditional insulin market, creating new opportunities for pharmaceutical companies.
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