The new study by the researchers from the University of California and Columbia University reveals that it is possible to make implants that are adaptable to the human body, which are flexible and biocompatible and are able to grow with the human body.
These biocompatible sensors are made with organic polymer transistors, making them soft and flexible, which can be useful, especially for children whose tissues grow over time. The traditional implants use silicon-based electronics, which are rigid and aren't flexible. These implants can cause irritation, have limited functionality, and can be harmful for the sensitive areas. These new sensors are made from organic polymers that are safe for the body and interact naturally with the biological system. This is a single material design, which makes it easy to make and adaptable for various uses.
These organic sensors can be used for neurological monitoring, which can track brain activity in paralyzed patients. The implant's ability to grow with the body makes it a great choice for pediatric care. Other than these, it can be used for monitoring cardiac and muscle activity and also in advanced bioelectronic devices to get accurate and in-depth analysis.
This new innovation in the biotechnology field will change how the medical devices interact with the living tissues, opening new possibilities to improve pediatric care and offering more sustainable and comfortable solutions for long-term medical implant needs.
