The gene axis theory:
The genes axis is the active genes group in the cells , the active genes in the cells we can call it the genes lines ,it represents series of the active genes in the cells body, the active genes group in the cells which is the genes axis determine the cell growth ,the cells function and the cell differentiation . the cells division
The genes lines or the genes axis starts when the sperm is formed and the ova is formed .
The active genes group in the sperm and in the ova will control their activity before they unified , the genes in the sperms and the ova will control and determine the unification between the sperm nucleus and the ova nucleus to form the zygote the genes in the sperm and in the ova will setup new genes to do their functions in the new cell (the zygote) the new gene that will be active in the zygote will represent the gene axis or the gene line for the zygote , the active genes group will determine the zygote divisions growth activity and differentiation
The zygote when it divides will transform to new cells ,this will be the stages of the embryo growth stage ,the genes in zygote will determine and control the zygote transformations to new cells(the differentiations) the zygote active genes will setup new genes to do their functions in the new cells the new active genes in the new cells will be the genes axis theory in this cells , this genes will determine the cells functions division and differentiations this process will continue during embryo growth and will continue after the embryo is born will be during the body life until the aging then the death ..
In every stage in the growth in embryo and after the embryo stage will be genes axis or the gene line formations, inside our cells 30000 to 40000 genes but not all of them are active ,just some them active .
For example the active genes in the in the liver will not be necessary to be active in the heart or in the brain this depends on the mechanism of the genes axis ,
To understand this mechanism we should understand the genes basis of the original cells that our body organs and our body tissues was formed or derived from it
The original cells that we meant are the zygote ,the cells derived from the zygote and the stem cells , the stem cells are the embryonic cells transform(differentiate) to certain organ tissue, the liver cells was derived from the stem cell which will transform to the livers tissues cells, it is so with respect to the brain heart kidney and the other organs of the body, all the organs tissues cells were derived from the stem cells but for every organs tissues cells special stem cell the stem cells which will transform to the heart tissue cells will not transform to the liver tissues cell or the brain tissues cell this because of the genes axis or the genes lines which control the differentiation and division of this stem cells which will be determined to form certain organs tissues cells, the active genes in the stem cell will setup the genes will be active in the organs tissues cells which will be derived from the stem cell, will not be necessary all the active genes in the stem cells will be active in the new derived organ cells ,some genes will stop in the new cells after new genes will do their functions ,we may will find some genes active in certain organ tissue ,will be active in other organ tissue this depends on the approximation between the tissues cells like the approximation between the nervous cell and gilail cells ,like the approximation between the connective tissue and the muscular tissue.
The genes axis is the active genes group in the cells , the active genes in the cells we can call it the genes lines ,it represents series of the active genes in the cells body, the active genes group in the cells which is the genes axis determine the cell growth ,the cells function and the cell differentiation . the cells division
The genes lines or the genes axis starts when the sperm is formed and the ova is formed .
The active genes group in the sperm and in the ova will control their activity before they unified , the genes in the sperms and the ova will control and determine the unification between the sperm nucleus and the ova nucleus to form the zygote the genes in the sperm and in the ova will setup new genes to do their functions in the new cell (the zygote) the new gene that will be active in the zygote will represent the gene axis or the gene line for the zygote , the active genes group will determine the zygote divisions growth activity and differentiation
The zygote when it divides will transform to new cells ,this will be the stages of the embryo growth stage ,the genes in zygote will determine and control the zygote transformations to new cells(the differentiations) the zygote active genes will setup new genes to do their functions in the new cells the new active genes in the new cells will be the genes axis theory in this cells , this genes will determine the cells functions division and differentiations this process will continue during embryo growth and will continue after the embryo is born will be during the body life until the aging then the death ..
In every stage in the growth in embryo and after the embryo stage will be genes axis or the gene line formations, inside our cells 30000 to 40000 genes but not all of them are active ,just some them active .
For example the active genes in the in the liver will not be necessary to be active in the heart or in the brain this depends on the mechanism of the genes axis ,
To understand this mechanism we should understand the genes basis of the original cells that our body organs and our body tissues was formed or derived from it
The original cells that we meant are the zygote ,the cells derived from the zygote and the stem cells , the stem cells are the embryonic cells transform(differentiate) to certain organ tissue, the liver cells was derived from the stem cell which will transform to the livers tissues cells, it is so with respect to the brain heart kidney and the other organs of the body, all the organs tissues cells were derived from the stem cells but for every organs tissues cells special stem cell the stem cells which will transform to the heart tissue cells will not transform to the liver tissues cell or the brain tissues cell this because of the genes axis or the genes lines which control the differentiation and division of this stem cells which will be determined to form certain organs tissues cells, the active genes in the stem cell will setup the genes will be active in the organs tissues cells which will be derived from the stem cell, will not be necessary all the active genes in the stem cells will be active in the new derived organ cells ,some genes will stop in the new cells after new genes will do their functions ,we may will find some genes active in certain organ tissue ,will be active in other organ tissue this depends on the approximation between the tissues cells like the approximation between the nervous cell and gilail cells ,like the approximation between the connective tissue and the muscular tissue.
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