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Wrist sensor for diabetes: scientists have developed a
Australian developers have demonstrated a prototype of a personal health sensor that attaches to the skin. Accurate patch data will help the user track the body’s reactions to certain foods and reduce the risk of type 2 diabetes in the future.
To track individual body reactions to specific products, Australian startup Nutromics, with the participation of colleagues from research centers, developed a “smart” patch. The device sticks to the skin and at the molecular level evaluates how the human body perceives this or that food.
The device is based on the achievements of flexible electronics. The patch repeats the shape of the skin, which continuously changes throughout the day. Modern miniature sensors monitor biomolecular processes in the body around the clock. Data is timely delivered to the mobile application. A person in a prediabetic state can independently choose products safe for him.
The project invested 6.9 million US dollars. Researchers will direct funds to create a low-cost competitive product produced by roll printing. In the future, developers want to improve the model so that it can be used to control stress, sleep and sports. Also in the plans - the diagnosis of viral diseases in the early stages.
To track individual body reactions to specific products, Australian startup Nutromics, with the participation of colleagues from research centers, developed a “smart” patch. The device sticks to the skin and at the molecular level evaluates how the human body perceives this or that food.
The device is based on the achievements of flexible electronics. The patch repeats the shape of the skin, which continuously changes throughout the day. Modern miniature sensors monitor biomolecular processes in the body around the clock. Data is timely delivered to the mobile application. A person in a prediabetic state can independently choose products safe for him.
The project invested 6.9 million US dollars. Researchers will direct funds to create a low-cost competitive product produced by roll printing. In the future, developers want to improve the model so that it can be used to control stress, sleep and sports. Also in the plans - the diagnosis of viral diseases in the early stages.