They do not have a lot of power

Or even treat the infection? Arm with these ideas, an international group of researchers propos their design of a smart bandage. Smart dressings don’t just protect a wound — they’re design to “stimulate cell migration, proliferation, and even ruce infection,” says Yuanwen Jiang, a chemical engineer at Stanford University and one of the authors of the new study. The new technology will allow mics to monitor wound healing in real time. Scientists hope that in the future, an integrat smart bandage will become a standard method of treating chronic wounds in hospitals. Smart headbands have emerg alongside flexible, skin-like electronics that have been in development since.

Over the last decade

The s but have only become widespread in recent years. It is bas on circuits plac on an ultra-thin, flexible material such as plastic or foil. D printers have greatly simplifi the production of such small things, and more and more engineers are fascinat by the Portugal Phone Number List idea of ​​​​creating more advanc bandages. But why try to improve on the classics? First, some wounds are more difficult to heal than others. Yes, burns are known to be difficult to treat because they destroy large areas of skin, and new skin often cannot grow fast enough to prevent the entry of pathogenic bacteria. And in patients with conditions such as diabetes.

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For patients with chronic wounds

Which can weaken the immune system, even a relatively minor wound can linger for a long time. Such wounds often become infect and can end in amputation. Smart bandages will be a promising solution. But this technology has not yet proven its high efficiency. Jiang and co-authors hope that their propos option will overcome many of these BRB Directory limitations. In the past, most “smart” dressings perform one of two tasks. To collect information about a chronic wound or to promote its healing. But when developing their new wireless smartband, the researchers thought: “Why not use both?”. “We were able to combine both sensors and stimulators in one integrat patch,” Jiang explains.

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