Lose weight, discovered gene that does not lose weight. OTHER REGIME

Lose weight, discovered gene that does not lose weight. OTHER REGIME

Lose weight, discovered gene that does not make you lose weight: how to beat it for SHORTEN

How to lose weight quickly? A gene puts a spoke in the wheels. Discovered the switch that does not burn fat and does not lose weight – Health and wellness

The summer is approaching and with him also the desire to show up at the best of the costume test. Most Italians have already begun to lose weight fast, but not everyone is able to achieve the same results despite the desire to burn excess fat. Science can help those who can not lose weight as quickly as they would like. A study published in the journal Genes and Development by the University of Utah group, coordinated by Claudio Villanueva, revealed the genetic switch that prevents weight loss.

Body fat: different types, from "good" to lose weight to "bad" – Health and well-being

There are three types of fat cells. Whites are the most common and badociated with metabolic diseases such as diabetes and obesity. Brown fat is activated instead in cold weather and generates heat during combustion. Finally, there are the beige cells, badociated with the whites. Brown and beige fats contain more mitochondria than white, which means that they can produce more energy and work more efficiently.

Losing weight: discover the secret to burn excess fat and lose too much weight – Health and well-being

Previous studies had already confirmed that vianco fat could be turned into brown and beige fat that could burn calories if it was subjected to stress due to low temperatures. Villanueva-coordinated research has developed a system to produce many more cells to lose weight quickly by identifying the Tle3 gene, or the molecular switch that blocks the transformation of white brbado into brown fat.

The gene burns fat: useful not only for weight loss, but also for the treatment of diabetes and obesity – Health and wellness

The researchers submitted a group of cold mice for several days after removing the Tle3 gene to lose weight. The goal was to stimulate the production of beige fat cells to understand how the loss of the molecule affected this process. The result was that the mice used more beige cells to consume energy and did not gain weight under normal conditions. Mice, on the other hand, tended to lose weight quickly in cold weather.

"If we find a way to turn off this switch – says Villanueva – we can develop therapies for diabetes, these results will help in the long run to develop therapies for metabolic diseases with drugs that target this gene."