Scientists Develop Device That Can Lower Blood Sugar Using Electricity

Scientists in Switzerland have developed an experimental implant that employs electricity to lower blood sugar levels and assist with weight loss, potentially presenting a novel approach to diabetes and obesity management. At ETH Zurich, researchers created the device to transmute surplus glucose in the bloodstream into gluconate, subsequently excreting it via urine by the kidneys.

Unlike traditional diabetes treatments that regulate blood sugar, this new technology removes excess glucose from the body. The implant consists of gold and platinum particles embedded within graphite and functions wirelessly. It is linked to a constant glucose monitoring system that autonomously activates the device when blood sugar levels exceed the desired threshold and deactivates it once glucose returns to the target range.

According to the study published in the journal Science, trials on diabetic and obese mice demonstrated that the device successfully lowered elevated blood sugar levels to normal within roughly one hour. The implant also maintained efficient glucose control throughout six weeks of testing. Researchers noted that it stimulated the body's utilization of stored fat for energy, leading to weight loss and reduced triglyceride levels.

The researchers observed no significant adverse physiological, inflammatory, or behavioral effects during the experiments. These findings suggest that the technology may eventually aid in simultaneously managing diabetes and obesity, potentially diminishing reliance on conventional medication. However, the device is still in the experimental phase and has only been tested on mice. Further research and clinical trials are required to ascertain its safety and efficacy in humans.