A scientist at the University of Oxford in England has created a self-healing material that can heal the body from even the most acute injuries.
The material is made by Dr. Timo Kuhniemi, chief scientist of the Oxford Nanoscience Center. He says it can be used to treat burns, cuts, and broken bones, as well as to heal wounds that would require surgery if the body is unable to stop bleeding.
The material is a mix of protein, glass, and water, and it is designed to stop bleeding, stop swelling, and create an instant wound-healing process. The researchers say that it is also effective at preventing infections, which is why it is being used on soldiers on the battlefield.
As for the medical applications, Kuhniemi says that this material could be used to treat wound infection by providing a layer of natural wound healing. He also says it could help heal burns and other injury cuts by preventing the formation of scar tissue, or to make wounds more easily treated. But in order to work, Kuhniemi says, it would need to work quickly, as well as be inexpensive, and most notably, he says, the material needs to be non-toxic.
The material is being used to make soldiers stronger, not stronger. While a soldier who’s had a hand grenade thrown at him is still able to punch holes through a plastic sheet and pull it apart, a soldier with this material could use it to heal an injury, or to cut through a plastic sheet to cut and stitch a wound. It’s a good idea, but one that needs to be evaluated on a case by case basis.
The self-healing material can be used in a variety of ways, and it can be used on surfaces that are hard to heal with other materials. The material has been tested in real-life conditions, and it’s also been tested on the inside of a human mouth. While it is highly effective, the material is not a cure-all.
Its really up to the user to determine what can and cannot be used. The problem here is that this material is so new that there isn’t a lot of information available on it. If someone did decide to use it, the material would need to be tested to see if it could be effective, and then the cost would have to be determined.
It’s not a cure…it’s a way to slow down the process…but it’s still a damn good material.
The problem with the new material is that some scientists have been experimenting with it for years without finding a cure. And there is still a lot of research to be done before the material is safe to use. Scientists world has not found a cure, and this new material is still in its early stages.
You can’t really make a selfhealing material that is safe for use, so scientists world is still working on creating a material that is safe to use. The material is not yet ready for use but the cost is low.