Business club May 12 hearing Israel BIG company has developed a non-invasive blood glucose monitoring device for diabetic patients. The shape of this device resembles a watch, which can monitor the condition by measuring changes in the bioelectrical resistance.
Bio-resistance is the reaction of biological tissues or organisms to weak external currents, reflecting the electrical characteristics of living organisms. Studies have shown that blood glucose levels affect blood vessel resistance. When blood sugar levels change, the bioelectrical resistance of blood vessels changes. Based on this phenomenon, researchers developed this monitoring device. After the patient is put on, it can send weak currents through the skin to the arm and measure the response of the subcutaneous blood vessels. By analyzing the changes in the bioelectrical resistance of the blood vessels, the blood glucose status can be known.
GDI Cantor, CEO of BIG, said that the technology was originally developed to monitor divers nitrogen levels in the blood. When the nitrogen content exceeds a certain limit, an alarm will be issued to avoid danger. He is a diabetic patient and immediately realizes that he can be used for diabetes monitoring.
It is said that there are nearly 300 million diabetic patients in the world. The International Diabetes Federation predicts that by 2030, this figure may rise to 435 million. Currently, blood glucose monitoring devices on the market are mostly invasive and unsustainable. They can only obtain partial information on blood glucose levels and related physiological processes. It is difficult for patients to take preventive measures based on these information. The newly-developed watch-type monitoring device is non-invasive, active, continuous, and digital. It can achieve "all-weather" monitoring and opens up a new way for the prevention and treatment of diabetes.
Bio-resistance is the reaction of biological tissues or organisms to weak external currents, reflecting the electrical characteristics of living organisms. Studies have shown that blood glucose levels affect blood vessel resistance. When blood sugar levels change, the bioelectrical resistance of blood vessels changes. Based on this phenomenon, researchers developed this monitoring device. After the patient is put on, it can send weak currents through the skin to the arm and measure the response of the subcutaneous blood vessels. By analyzing the changes in the bioelectrical resistance of the blood vessels, the blood glucose status can be known.
GDI Cantor, CEO of BIG, said that the technology was originally developed to monitor divers nitrogen levels in the blood. When the nitrogen content exceeds a certain limit, an alarm will be issued to avoid danger. He is a diabetic patient and immediately realizes that he can be used for diabetes monitoring.
It is said that there are nearly 300 million diabetic patients in the world. The International Diabetes Federation predicts that by 2030, this figure may rise to 435 million. Currently, blood glucose monitoring devices on the market are mostly invasive and unsustainable. They can only obtain partial information on blood glucose levels and related physiological processes. It is difficult for patients to take preventive measures based on these information. The newly-developed watch-type monitoring device is non-invasive, active, continuous, and digital. It can achieve "all-weather" monitoring and opens up a new way for the prevention and treatment of diabetes.
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