The effects of intermittent fasting on the human body are scientifically debated
It has been explained that the extraordinary effects of the popular diet model observed in mice are not seen to the same extent in humans, and that nutritional data in research can be misleading.
Debates in the scientific world are deepening regarding intermittent fasting, a method recently on the agenda with claims of providing weight loss and protection against various diseases. Recent evaluations reveal that this dietary model does not create a very different miracle in humans compared to standard diets.
What is known about intermittent fasting
Frequently on the agenda recently with claims of both weight loss and reducing the risk of cancer and cognitive decline, intermittent fasting is at the center of new discussions in the scientific world.
The difference between mice and humans
Although it has been observed that mice subjected to 16 hours of fasting in the laboratory experience slowed aging and develop resistance to cancer, the counterpart of this situation in humans yields much more complex results than expected.
Weight loss and metabolic effects
Research conducted on humans clearly shows that intermittent fasting provides an average weight loss of around five percent and only slightly lowers metabolic risk factors.
Risk of muscle mass loss
Experts state that caution must be exercised regarding intensely applied fasting patterns, as they can lead to undesirable muscle mass loss in the human body.
Fallacies in nutritional data
One of the biggest obstacles researchers face is the inability to measure nutritional habits accurately; studies show that individuals frequently underreport the foods they eat.
Future new tracking technologies
In order to prevent misleading data, scientists are turning to next-generation monitoring technologies such as necklaces that detect chewing movements and smart forks.