Scientists discover why high altitude protects against diabetes

<2>High Altitude’s Protective Effect Against Diabetes Unveiled

<3>The Science Behind High Altitude’s Diabetes-Fighting Properties

Living at high altitude has long been associated with a lower risk of developing diabetes. This phenomenon has puzzled scientists for years, but recent research has finally shed light on the underlying mechanisms.

When oxygen levels drop at high altitude, red blood cells undergo a significant transformation. They switch into a new metabolic mode, known as the “Pasteur effect,” which allows them to absorb large amounts of glucose from the blood.

This adaptation is crucial for the body to cope with the thin air at high altitude. By reducing blood sugar levels, the body can conserve energy and maintain its vital functions.

Researchers at the World Health Organization have been studying the effects of high altitude on the body. They discovered that the Pasteur effect is not unique to humans and is also observed in other animals that live at high altitude.

The team also found that a drug that recreates the Pasteur effect can reverse diabetes in mice. This breakthrough has significant implications for the development of new treatments for diabetes.