Interallel fasting should help in the fight against diabetes

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A research group from the German Institute for Nutritional Research (DIFE) has a new relationship between the fattening interval method Dit and the Type 2 diabetes diabetes discovered.

Scientists have discovered that overweight mice that are sensitive to diabetes have a high accumulation of pancreatic fat cells. In contrast, overweight rodents, which were protected from diabetes due to their genetic makeup, had almost no fat in the pancreatic area.

Fast interval against diabetes – these are the results of the study

The researchers decided to divide the diabetic muse into two groups:

  • The animals of the first group could eat as much as they wanted daily.
  • The animals of the second group received a diet at intervals: one day the muse took all the food they wanted and the next day they got nothing.

After only five weeks, the first differences could be observed in the pancreas area: in the first group the fat cells formed on the digestive organs of the muse. The rodents of the second groups showed very few fat deposits.

Fat cells in the pancreas as the cause of diabetes

In order to find out what effect the fat cells formed on pancreatic function have, the scientists isolated single cells of Musa fat precursors. After the fat cell precursors had matured, an increased insulin release could be seen. Insulin is the hormone that is made to regulate blood sugar levels.

Professor Annette Schrmann, head of the study, interprets these observations as follows: "We suspect that the increase in insulin release will reduce the islands of Langerhans more quickly from animals suffering from diabetes and will eventually stop their function, bringing to fat in the pancreas Contribute to the onset of type 2 diabetes ".

Intervall fasting as a future therapeutic approach against diabetes

The study establishes a new connection between pancreatic fat deposits and type 2 diabetes: "The accumulation of fat outside of adipose tissue, for example in the liver, muscle or even bone, has an effect negative on these organs and on the whole body.The influence of fat cells inside the pancreas has not been clear so far, "explains Schrmann. Professor Tim J. Schulz, who is also a collaborator of the study and responsible for the development and nutrition of fat cells in DifE, hypothesizes: "The accumulation of pancreatic fat may be a key factor in the development of type 2 diabetes under certain genetic conditions ".

Therefore, fasting in the interval could be a promising therapy for blood glucose in the near future.

If you want to learn more about fasting at intervals, we recommend our comparison with Dit.

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