Male Pattern Baldness Chromosome

On the basis of genetically causes hair loss with a simple explanation

Many people suffer from hair loss or baldness leads the frustration and confusion in most of these people. It can sometimes lead to negative side effects on trust and influence its character in general. By Therefore, we will discuss in brief the causes of baldness and solutions for hair loss.

Balding is essentially a hereditary disease that is genetic and is inherited through successive generations of recessive genes are not all descendants.

These patterns of genes that cause hair loss is carried the X sex chromosome known to be found in women and men who are all genetic traits, such as formation of the gonads in both sexes, and other features such as hair growth.

The genes that cause hair growth can be found in the form of dominant genes (A) for example, or the recessive form (a). The dominant causes of natural hair growth and results in recessive loss of hair or baldness.

As mentioned earlier these genes are carried by the sex chromosome X, and ordered the male and female gametes during gamete formation. It was found that men have an X chromosome to the other side so that we can exploit the genotype XY + 21 (21 accounts of other chromosomes called somatic chromosomes, but I do care in this state of hair loss) and unlike women have two X chromosomes, so that the genotype of XX females is 21.

From the above information, we can conclude that men can have only one A gene or because they contain so that only one X chromosome may be a normal man (normal hair) and male abnormal (bald or who have thin hair).

On the other part women are three possibilities. The normal (each X chromosome carries a gene) or abnormal (X each has one) or the state more dangerous still causing genes responsible for hereditary baldness (a).

This condition is known as heterozygous carriers or in which one of the X chromosomes carry the gene A and the other a bear what kind of transfer that baldness genetic disease to their offspring. Thus, women participate in the transfer of the recessive gene that causes the genetic disease than males. I hope my information, although technical, has benefited.

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