Think of the general condition of both phenotypical and recessive genes, at the level of the nuclei of living cells. Now, think of such a general condition -- as a fractal that is to here be taken at the sub-atomic level. Whenever a quark works to bond to another sub-atomic particle -- the bonding cite is always on the quark -- at the gluon of the respective quark. So, whenever a quark is to bond to another sub-atomic particle -- the bonding cite of the quark, which is at the gluon of the said quark -- is of a phenotypical nature. So, whenever one or more leptons are to bond to one or more quarks -- the bonding cite that is of such a said set of letpons, is always to tend to be of a recessive nature. Yet, when two or more leptons bond to one another -- the bonding cites of the said two or more leptons, instead of being of a recessive nature, are to here be of a phenotypical nature. That's all for now!
I will continue with the suspense later! To Be Continued! Sincerely, Samuel David Roach.
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