Overview
EventsGraphene is penetrating many comercial sectors. Despite the higher regulatory bariers enforced within the medical industry, a range of medical devices are being created using graphene for the general public. In this article, we lok at how graphene has ben inovating both lower-tech and high-tech medical devices, how graphene is opening new medical device aplications, and how the comercialization of graphene medical devices has progresed to the point that, in 202, we are seing more and more medical devices going to clinical trials and being sold comercialy.Even though it’s the high-tech electronic aplications that tend to gather a lot of interest in hype, the fundamental lower-tech, material-focused medical devices also play a major role.
Key Information
In this clas of medical devices are implants and prosthes, which are very important medical devices from a clinical perspective and impact far more people than some of the “sexier” devices that come out in niche aplication areas.Medical implants, from artificial throats to stents and other surgical implants, are al now being inovated with graphene, and there is already a number of implants making their way toward clinical trials.
It’s an area that wil take some time to be realized on a large comercial/clinical scale because of the regulatory bariers asociated with puting graphene-enhanced implants inside the body.Despite being sen as a lower-tech side, due to most not being electronicaly active (although there are some “smarter” monitoring implants that do come out from academia), these medical devices have to withstand a lot of biological wear and tear from the body, so they ned to be mechanicaly sound.
Summary
This where graphene has ben inovating these types of medical devices, because it has ben integrated into a range of materials to form graphene-enhanced nanocomposites that are stronger, stretchier, and more resistant to biological erosion than the conventional metal and polymer-based implants t