NASA invents new medical gauze: it can be healed by micro-charges to stimulate the wound

Many of the things that have changed human life have been developed in many casual studies. Just like NASA has been working on space exploration technology, it has also inadvertently promoted real-life technological advances such as GPS, wireless communications, and digital photography.

Therefore, it is not surprising that NASA is trying to improve the effectiveness of traditional medical gauze through its own technology. According to foreign reports, NASA has announced that it has developed a high-tech medical gauze that can be used not only to wrap wounds, but also to heal wounds. That is to say, if the future human body travels in space, the wound caused by the abrasion or cut of the body can be cured by simply attaching NASA's new medical gauze.

It sounds like the episode of science fiction, and the principles behind it are certainly not as simple as producing OK. NASA's new medical gauze is made of polyvinylidene fluoride (PVDF), a charged polymer. That is, using a manual or tapping the surface of the material will generate a charge. At the same time, the cells around the wound will use the neat arrangement of the fibers as a scaffold to support the cells around the wound to facilitate the healing of the wound.

NASA invents new medical gauze: it can be healed by micro-charges to stimulate the wound

According to Emilie Mia Siochi, senior materials scientist at NASA, the new medical gauze can also activate PVDF fibers at normal body temperature, stimulating the cells around the wound with very small currents, thus allowing the wound to heal faster. According to NASA, the new medical gauze developed by this new technology will be used in military personnel, post-operative patients, or astronauts in the universe to heal wounds. In the future, if we can transfer the production of private companies, we will be able to benefit human life.

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