Body Ink to Help Diabetes Patients Monitor Glucose Levels
Marissa Brassfield — February 13, 2009 — Art & Design
References: dsc.discovery & neatorama
Draper Laboratories of Massachusetts has developed a color-changing nanoparticle tattoo ink that can help diabetes patients monitor their glucose levels.
Heather Clark, a scientist at Draper, says that the nanoparticle tattoo wouldn't have to be terribly large to be effective for diabetes patients: "It doesn't have to be a large, over-the-shoulder kind of tattoo. It would only have to be a few millimeters in size and wouldn't have to go as deep as a normal tattoo."
What say ye now, tattoo haters?
Heather Clark, a scientist at Draper, says that the nanoparticle tattoo wouldn't have to be terribly large to be effective for diabetes patients: "It doesn't have to be a large, over-the-shoulder kind of tattoo. It would only have to be a few millimeters in size and wouldn't have to go as deep as a normal tattoo."
What say ye now, tattoo haters?
Trend Themes
1. Color-changing Tattoo Ink - The development of color-changing tattoo ink for monitoring glucose levels presents an opportunity for innovation in wearable health tech.
2. Nanoparticle-based Medical Applications - The use of nanoparticles for monitoring glucose levels via tattoo ink represents a potential disruptive innovation in medical sensor technology.
3. Personalized Medical Monitoring - The development of personalized color-changing tattoos for monitoring glucose levels is a trend that could revolutionize healthcare and patient self-care.
Industry Implications
1. Medical Devices - The integration of tattoo ink technology for monitoring glucose levels presents opportunities for innovation in medical devices, particularly for wearable health tech.
2. Tattoo Industry - The development of specialized tattoo ink for medical monitoring could present opportunities for innovation within the tattoo industry, specifically in medical tattooing.
3. Healthcare - The development of color-changing tattoos for monitoring glucose levels could revolutionize healthcare by empowering patients to monitor their own health and potentially reduce healthcare costs.
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