Agree other factors If we said that, would you still think the same?

Yes, research shows our condition in the womb She plays a major role in this!

Research in recent years shows the importance of physical factors in embryonic development.

The pressure in the uterus in particular has a major influence on the baby’s facial shape. Although it is traditionally thought that facial shape is largely determined by genetics, studies have shown that maternal diet and behavior to which the embryo is exposed shows that physical pressure also plays a crucial role in this process.

A team of researchers developed mice, frogs and laboratory-grown humans on embryoids In his research, he noted that external pressure disrupted important signaling pathways in neural crest cells.

These cells are of great importance in the formation of facial lines.

Understanding the mechanisms involved in their development can be an important step in reducing the risk of facial deformities. Researchers discovered that there are cells that influence the formation of facial lines. blastocoel He explained that the pressure on the fluid-filled cavity called Yap reduces the activity of the Yap protein, which converts mechanical stimuli into neural signals.

Jaap proteinIt directs this process by interacting with Wnt signaling molecules, which are important in the development of neural crest cells. Therefore, the reduction in pressure can lead to disruptions in these critical molecules.

When an organism experiences a change in pressure, it can be detected by all cells, including the embryo.

Researchers, however pressure in the human uterus The factors that contribute to this have not yet been fully investigated. Still, the findings indicate that physical factors may increase the risk of facial deformities, that is, craniofacial abnormalities.

Such deviations your baby It occurs when the skull or facial bones fuse abnormally.

findings, facial deformities not just because of genetic factors; It also shows that it is also influenced by physical factors in the womb. According to these results, more research is needed on the effect that pressure changes have on embryo development.

Our other content that may interest you: