bring diversity to the cellXchromosome autoimmune disease and longevity of female

As for the sex chromosome which decides characteristic with the woman XX, as for the man it is XY.The difference of the number of X chromosomes of this chromosome, is the cause which brings the life when it is longer than the man in the woman.On the one hand, X chromosome two being, becomes the cause which emerges the autoimmune disease like the chronic thyroid flame in the woman mainly.This time this reason is explained.

First furthermore basic it begins from story.
Seeing with the microscope, you call the basic unit which places the gene inside the cell the chromosome.As for chromosome number of cell of person 46.There is no man and woman difference of number.

Characteristic among those the number of autosomes which is not relationship is the man and woman common with 44.
As for the sex chromosome which decides characteristic, as for the man with X Y, as for X it is mother origin.

As for the woman with X X, as for X of ones mother origin, already as for X of ones it is father origin.

Because the somatic cell (the reproduction cell differs,), 44 of the autosomes are used.In case of the man, X Y of the sex chromosome is used in addition to that.
It is one proof of the thing that X chromosome the man of one as for, as for X chromosome, being possible to keep living as an individual one it should have been.

in the case of women against it, individualof this cell is twoXof the chromosome, the state does not use one. the blood, and observe the cells under a microscope of white blood cells called neutrophils in, in neutrophils of women, structure protruding look hanging in the nucleus can be confirmed. this protrusion does not useXderived from the chromosome.

Xfrom the point of view of chromosome, for each cell, 2will have a type of cell.
mother derived from X cells and with chromosome, father derived from X there are cells with chromosome.
diversity of cell, at the stage of a single cell2times a woman is, given the combination of various types of cells, times close to the infinite diversity of men, that will have.

in the theory of evolution, better diversity is high between closely-related species, you think that more advanced. women are more at the stage of cell diversity is high, it is also possible the interpretation that has evolved than men.

it should be notedYchromosome, Xchromosomes, it could be that the degeneration, is the current dogma.
that is, another man is also possible that the interpretation of degenerate women.

from the most familiar, such as stress on the job, given the great adaptability to environmental changes such as global warming, women are more with a diversity, it is a law of nature survive. of course, Xonly the strength of adaptability is due to the diversity of somatic cells by chromosome, does not mean that can explain the longevity of female.

the next page, professional is a little!
autoimmune diseases and common reason for women? >> (the reason many autoimmune diseases in women)

for cells in the body responsible for the immune, consider. immunocompetent cells of women as well as other cell, male2you can have a theoretical diversity of the times. simply thinking, against pathogenic microorganisms is, 2times will be able to compete.
on the other hand, statistically, such as rheumatoid arthritis and chronic thyroiditis in women with chronic autoimmune disease it is clear that many.

immunocompetent cellvsrather than a pathogenic microorganism, immunocompetent cellvsif you think about the other cells, in womenXas seen from the chromosome, 2×2=4a combination of, you can.

mother derived from X immunocompetent cells are using a chromosomevs
mother derived from X other cells are using a chromosome
father derived from X immunocompetent cells are using a chromosomevs
father derived from X other cells are using a chromosome
this2one is a combination, sameXsince you are using a combination of cells between chromosome, the problem does not occur.

mother derived from X immunocompetent cells are using a chromosomevs
father derived from X other cells are using a chromosome
father derived from X immunocompetent cells are using a chromosomevs
mother derived from X other cells are using a chromosome
for example mother derived from X immunocompetent cells are using a chromosome, father derived from X other cells are using a chromosome, not in the cells of their own (non-self cells) occurs in rare cases be recognized as. the same will occur in any combination of reverse.

immune response will occur and to recognize non-self cells and other immunocompetent cells. this inflammation can become chronic infection, unlike. this will contribute to chronic inflammation of the so-called collagen disease or autoimmune disease.

diversity is the evolution itself, not only longevity, bring about autoimmune diseases, it is an ironic twist of nature.