Vitamin A acid helps the body develop symmetrically

The February 18 announcement by the French National Center for Scientific Research revealed that a group of American and French scientists have discovered symmetrical substances of vitamin A acid that affect the body of vertebrates.

The team of scientists has discovered the symmetry of early vertebrate bodies developed in early embryos, that is, it appears right in the period of burning of the body, the period when vitamins A acid plays a key role in ensuring the symmetry of the body.

Burning is a temporary amount of a certain structure, formed along the anterior axial axes of the body during embryonic development in vertebrates. It gradually differentiates into organizations like bones and muscles.

The scientists, when conducting experiments on mice, found that when experimental mice lacked vitamin A acid, burning appeared anomalies in symmetrical development of the body.

In addition, the scientists discovered a protein called Rere involved in signal activation of vitamin A acid.

If the protein Rere in the body of the mouse appears anomaly, burning will develop more slowly than the symmetrical formation of the body.

According to scientists, the anomalies in the body's symmetrical development may cause diseases such as spinal atrophy.

This finding provides a new way to help scientists explain the formation of vertebrate body symmetry and help prevent anomalies when the body grows.