Sugar lust despite saturation: the secret of the dessert stomach!

Sugar lust despite saturation: the secret of the dessert stomach!

Science has a fascinating secret about our preference for sweetness! Researchers led by Henning Fenselau at the Max Planck Institute for Metabolic Research have found that the urge to enjoy even after a plenty of meals is anchored deep in the brain. In a study published in the “Science” journal, mice were observed that, although they were absolutely full, continued to consume sugar. This happens due to a special group of nerve cells, the so-called POMC neurons, which become active when eating and trigger a feeling of reward by release ß-endorphin. Like vienna.at , this even happens if mice only perceive sugar!

The secret of the dessert stomach

What is behind this "dessert stomach" phenomenon? The POMC neurons not only release the classic saturation signals, but also ensure that we cannot resist that we want to want more sweet delicacies. These mechanisms were recognized in mice and also in the human brain, as other brain scans showed. The same brain regions that have numerous opia receptors near saturation neurons are activated here. This discovery could have far -reaching consequences, especially in the fight against obesity, since Fenselau notes that existing medication is available to block these receptors, but often do not bring the desired weight loss. A combination of such medicinal products with other therapies could be a promising strategy, such as "https://www.mpg.de/24158273/021-neur-dessertmagen-entsteht-im-153735-x"> Mpg.de

These exciting knowledge show how deeply rooted our desire for sweetness is and could open the door to innovative approaches in the treatment of obesity. With new knowledge of the neuronal processes, the development of more targeted therapies to combat overweight and the associated health problems could be promoted.