Can a Band-Aid introduce state-of-the-art technology? Yes, that’s what Stanford University has done.
Technological solutions applied to medicine have made it possible to enjoy a whole series of key elements that can help improve people’s quality of life. In the field of injuries that incorporate a wound, the healing process is very sensitive, since it can be subject to infection. If this occurs, it is important to treat it quickly to prevent the problem from spreading beyond the account. In these cases, using smart strips could reduce the probability of relapses of this kind.
Well, what must a smart plaster include to act correctly? Its operation, oddly enough, is much simpler than it seems. The key to this technology is based on sending electrical stimulation to the focus of the open wound. Thus, it is possible to carry out a more effective healing process. Reducing the possibility of suffering infections is something that has already been tested through the creation of other plasters, but this goes much further by introducing elements close to robotics.
Let us see, therefore, what are the main keys of technology developed by Stanford University, why it is a solution that can change the way of understanding wound healing and, of course, to what extent this type of innovation can contribute to reducing the subsequent trace of wounds on the skin. Its operation is already being tested, obtaining very positive results.
This is the smart band-aid that helps wounds heal better and faster
On the one hand, this curious plaster is very similar to any other. On the other hand, however, an important change can be observed. After all, this model It has a circuit made up of several parts. to develop his curious work. One of the components there is a temperature meter, which is capable of analyzing the state of healing of a wound. Temperature changes in the affected area are very common, so based on this, it is able to determine if the sending of electrical impulses should be increased.
In this way, blood flow is increased in this specific area, which significantly contributes to greater protection against infections. In the same way, we are facing a technology that can make the post-injury scar much less noticeable, a quality that is increasingly in demand by the public. Gather, therefore, all the keys that can make this product a very interesting solution at a commercial level. The tests are demonstrating the qualities of this innovation compared to any other conventional plaster.
In the same way, it is important to specify that all the information is analyzed by the researcher thanks to the reception of the information in his smartphone. In this way, it is possible to monitor the state of a given wound and know, first hand, how is the recovery from inside the wound to the outer part. Now, what could be your main obstacle in the market? Taking into account that it is a differential product, the price could be its ballast.
Even so, we will have to wait and see what happens with this innovation and, of course, what is the probability of seeing this technology on the market. For the moment, studies will continue to be carried out to verify its level of effectiveness and, of course, what is the commercial viability in the medium term.