Electromagnetic field treatment for type 2 diabetes? This may perhaps possible...

type 2 diabetes (T2D) is also known as adult-onset diabetes, more than 35 to 40 years of age after the onset of the disease, accounting for more than 90% of the total number of diabetics. Patients generally need regular injections or medications to control blood sugar. However, a recent article in Cell Metabolism suggests that T2D patients are on track for a safe, noninvasible and more convenient way to control blood sugar.
Researchers from the University of Iowa found in mice that exposing diabetic mice to electrostation and static magnetic fields for several hours a day altered the balance of oxidants and antioxidants in their livers, improving their insulin response. This effect is mediated by small active molecules that appear to act as "magnetic tentacles".

Dr Calvin Carter, one of the lead authors of the study and a member of the Department of Medical Genetics and Genomics at the University of Iowa, said: "This literature points to a quantum biology phenomenon in which static electromagnetic fields (EMFs) can interact with specific molecules. Some molecules in our bodies act like tiny electromagnetic antennas that produce biological reactions to electromagnetic fields. Exposure to EMF in a short period of time can lower blood sugar and normalize the body's response to insulin.In fact, abnormal redox signaling is the pathophysiological basis for many chronic metabolic diseases, including T2D, and superoxides (ROS) have long been thought to play a role in the pathogenesis of type 2 diabetes. In the past, attempts to systematically redox steady state from the new balance have had only limited success.

chance, the researchers found that mice genetically modified with diabetes had normal blood sugar levels after exposure to EMF. If confirmed, this phenomenon could have a significant impact on diabetes care.
So the researchers used three models of T2D mice to explore the effects of a combined static magnetic field and electrostature field application on blood sugar. They exposed mice with normal blood sugar and three T2D mice to a combination of static magnetic fields and electrostature fields that were about 100 times the energy of the Earth during sleep, reversing insulin resistance in mice within three days of treatment.
In further experiments, the researchers found that static magnetic fields and electrostatic fields alter the redox environment of the liver, in particular the signaling of ROS molecules in the liver, thereby increasing sensitivity to insulin, and that the liver is a source of systemic redox environmental changes driven by static magnetic fields and electrostatic fields.

remove ROS molecules from the liver, the electromagnetic field's improved effect on blood sugar and insulin response disappears," said Carter, who is the president of the U.S. Government. This evidence shows that ROS plays an important role in this process.in addition to mouse studies, the researchers treated human liver cells with EMFs for six hours, and the results showed significant improvements in alternative markers of insulin sensitivity, suggesting that EMFs may also have the same anti-diabetic effects on people.
In terms of safety, the World Health Organization considers low-energy electromagnetic fields to be safe for human health. The researchers also found in the experiment that this method did not produce significant adverse reactions. No abnormal tissue pathological reactions were observed in mice exposed to magnetic fields for 30 consecutive days, blood pressure in mice was not changed, and heart function was normal.
It is reported that researchers are currently testing whether EMF has a similar effect in animals of more similar size and physiology to humans, and plan to explore the redox mechanism behind the EMF effect.

, of course, what effects electromagnetic fields will have in human patients, what side effects, and more research is needed to confirm that. (Biological Exploration)
:

1. Exposure to Static Magnetic and Electric Fields Treats Type 2 Diabetes.
2. Remote control of blood sugar: Electromagnetic fields treat diabetes in animal models.