Using drugs to adjust insulin in diabetic patients is a common way to control blood sugar, but often because the medicine is too strong, the blood sugar is too low, or it may cause damage to the brain or heart. Scholars have studied the use of blue LEDs to illuminate drugs in the human body so that they can become "on" or "off", and they can regulate the amount of insulin in a more precise way and reduce the damage to the human body. The study was published in the journal Nature Communications.
The study was jointly developed by Imperial College London and the University of Munich, Germany, and they modified a drug, Sulfonylurea, which has been in use, allowing it to change shape through blue LED illumination, that is, Diabetic patients do not immediately take effect after taking this modified drug JB253 (above the top left). When he takes a blue LED to the skin (upper in the image above), it will change the shape of the drug (above the top right) ), and the start of the drug begins to stimulate the body to release insulin. When the LED light is turned off, the drug returns to its original shape and stops functioning (bottom in the figure above).
David Hodson, MD, MD, from the Imperial College of Medicine, said that in addition to regulating the amount of insulin through the switch, this method can also reduce some complications, because the drug can start to function in specific parts of the body, such as the pancreas (bottom left) . He also stressed that this research is still in its early stages, and it will take some time to really develop the available therapies.
The study was jointly developed by Imperial College London and the University of Munich, Germany, and they modified a drug, Sulfonylurea, which has been in use, allowing it to change shape through blue LED illumination, that is, Diabetic patients do not immediately take effect after taking this modified drug JB253 (above the top left). When he takes a blue LED to the skin (upper in the image above), it will change the shape of the drug (above the top right) ), and the start of the drug begins to stimulate the body to release insulin. When the LED light is turned off, the drug returns to its original shape and stops functioning (bottom in the figure above).
David Hodson, MD, MD, from the Imperial College of Medicine, said that in addition to regulating the amount of insulin through the switch, this method can also reduce some complications, because the drug can start to function in specific parts of the body, such as the pancreas (bottom left) . He also stressed that this research is still in its early stages, and it will take some time to really develop the available therapies.
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