Gene Polyplicate

The POLIPL gene (POLY Plicar or PHOLIC) is a small gene on chromosome 3 in humans that plays an important role in the development of complex tissues and organs such as skin, hair and nails. POLIPL encodes a polypeptide that is involved in the regulation of growth of various cell types. The POLIPL gene was discovered in 1997, but its functional role has only begun to be studied in the last few years.

The importance of the POLIPL gene for tissue and organ development is due to its role in controlling cell functions, including division, growth and differentiation. People who are deficient in the POLIP gene have a range of skin abnormalities that can range from mild dysplasia to tumor formation. All of these symptoms occur due to disruption of the normal control of cell growth in tissues.

The POLIPL gene is also associated with a number of other genetic disorders, including some forms of congenital hypertrophy. Patients with these disorders have growth problems

Polypcaptide - a term originally from oriental medicine is used in modern medicine to describe groups of genes connected by the mechanism of polyallelic interaction. When you try to instill a gene in a person that is usually responsible for one trait, often only part of that gene is triggered. Why is this happening?

How much can we say about genes? Have you ever read your doctor's medical records? He and his closest relatives probably have something similar - this is their medical record, or rather, the charts of their entire family right up to the beginning of the dynasty. However, imagine a person who is trying to get a medical record for his future spouse, and it says - so what? My grandfather had caries, my grandmother had chronic tonsillitis. And how will this help a future grandson or great-grandson learn everything about himself? What if future parents don’t have any family complications? What should they do? Breathe freely? Maybe they will have to remain without a child or go out into the street: “Well, as you understand, I cannot become a mother or father. I’m already 25!”

We must know what consequences our interference in the functioning of our body can lead to. However, the use of special programs to predict complications tends to lead to unexpected results. (It is known that in order to ensure reliable execution of a program, sometimes it is necessary to enter additional data that, at first glance, does not even exist). Unfortunately, we not only do not know where a deficiency of some amino acid may occur due to the fact that there is not enough of it in food. Which part of the body needs this amino acid more to maintain health?