John Rogers has been working to develop epidermis-implantable LEDs with the University of Illinois. The thin meshy material he's created is finer and more flexible than any form the technology has taken to date.
The microscopic implantable LEDs are strewn across the polymer material called PDMS. The high-tech fabric is woven with much promise for the medical industry, capable of eventually helping to monitor healing tissues and drug administration.
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How Stuff Works | Audio Junkies
Anatomically-Absorbed Lights
Implantable LEDs Will Monitor Health Under the Skin's Surface
Trend Themes
1. Implantable Leds - Implantable LEDs will revolutionize the healthcare industry by allowing for real-time monitoring of tissue healing and drug administration.
2. Epidermis-implantable Technology - Epidermis-implantable technology has the potential to disrupt the medical industry by providing patients with a more accurate and non-invasive method of health monitoring.
3. Flexible LED Mesh - Flexible LED mesh has the potential to be a game-changer in healthcare as it allows for the creation of implantable devices that are more comfortable and less intrusive.
Industry Implications
1. Healthcare - The healthcare industry is expected to benefit greatly from implantable LED technology as it enables real-time health monitoring and streamlined drug administration.
2. Medical Devices - The development of epidermis-implantable technology is creating new opportunities for medical device manufacturers to create innovative products that can disrupt the industry.
3. Wearable Technology - The advancement of flexible LED mesh has the potential to revolutionize the wearable technology industry, allowing for the creation of comfortable and discrete health monitoring devices.