This drug implant developed at the University of British Columbia is able to release dosages regularly using magnets. Every time a magnet passes over the tiny implant (it's considerably smaller than a Canadian Loony), it releases a prescribed dose of medicine.
Developed by a team from UBC's biomedical engineering program, the minuscule medical device can be used to treat a wide variety of health conditions, especially for those requiring personalized medicine doses at different times during the day. This includes people dealing with diabetes, undergoing chemotherapy or taking hormone treatments.
The drug implant is made out of a silicon sponge surrounded by polymer-encased magnetic ion particles. When a magnet goes over it, the iron moves and allows the sponge to change shape and release medicine to the area around it.
Key Themes Behind This Trend
- Magnetic Drug Implants
- The magnetic drug implant technology could disrupt traditional drug delivery methods and offer more efficient personalized medicine doses for patients.
- Smart Implants
- More medical implants could be developed with magnetic technology and smart functionalities to improve patients' quality of life and treatment outcomes.
- Iot Healthcare
- Magnetic medical implants could be integrated into IoT healthcare systems to monitor and control the dosage of medication in real-time for better patient compliance and health outcomes.
Where This Applies
- Pharmaceuticals
- Pharmaceutical companies could invest in magnetic drug implant research and development to disrupt traditional drug delivery methods and create new revenue streams.
- Biomedical Engineering
- Biomedical engineering firms could leverage magnetic technology to create innovative and personalized medical implants that improve patient outcomes.
- Healthcare Iot
- IoT healthcare startups could incorporate magnetic medical implants to their platforms to provide smarter and more efficient medical treatments for patients.
