THE Eurocentrists have time and again tried to teach that the emergence of the new race (white) from the old (black) is an evolution.
To evolve is to improve with time and growth.
Was the blackman lacking a more dominant gene for him to be called inferior? According to science, this is not so.
We will first have to understand how melanin is made in our bodies.
Compounds and hormones are made in glands.
The pineal gland, which is black because of the carbon-based molecule called melanin is behind the production of melanin.
Eu-melanin is found in the blacks of Africa and manifests in black and brown colour.
It is found on our skins and the skin is the largest organ on the human body.
Inside the skin cells are melanocytes.
Inside the melanocyte, melanin synthesis begins with a predecessor of tyrosine called phenylalanine.
It becomes tyrosine after a hydrogen-based reaction.
Tyrosine is an amino acid or protein and as we shall find out, is central in causing eu-melanin to have a dark hue.
The tyrosine is turned into dopa after a tyrosine-based reaction.
Dopa is a predecessor of dopamine, a neurotransmitter that governs the human’s reward circuit.
It is the ‘feel good’ vibe that one gets after he accomplishes something.
This can also be found in certain psychoactive plants which have been appropriately nicknamed dope.
Again a tyrosine-based reaction turns dopa to dopaquinone and this is the branch point between eu-melanin and pheo-melanin.
From this point on, the people who possess pheo melanin are void of tyrosine and tyrosine-based reactions.
This causes them to become pale and the same science behind white skin is behind albinism, a lack of tyrosine in the DNA.
As for the blacks, dopaquinone is converted to dopachrome, again by a tyrosine-based reaction. Another branch point takes place at this point.
This is between the black/blue and the brown shades that blacks possess in Africa.
The blue/black complexion is attributed to a non-enzymatic reaction to dopachrome tentandarace which produces a predecessor to eu-melanin called 5 6 dihydroxyindole.
The brown complexion is attributed to an enzymatic reaction to the same catalyst which produces 5 6 dihydroxyindole carboxylic acid.
So the presence of carboxylic acid is behind the brown eu-melanin and the absence of it is behind the black/blue.
Once again, a tyrosine based reaction takes place, so does polymerisation (multiplication) and this produces the dark hue in our skin called eu-melanin.
Eu-melanin’s main role is to protect the underlying DNA from damage and mutation.
Without it, humans are prone to UV-caused-cancer (ultra-violet) for example.
So if a lack of tyrosine is the cause of whiteness, why would the whites be classified as evolved?
Because they are lacking, they evidently devolved from their archetype.
Another attribute that causes whiteness is the presence of sulphur in the DNA. Though sulphur is necessary for protein synthesis, it is healthiest at a minimum for it is toxic.
In the blacks of Africa, their sulphur content is extremely low; around 0-1 percent.
It is higher in non-blacks and highest in Caucasian whites; around 9-12 percent.
Sulphur is white and sulphur rich stones such as brimstone testify to this.
Sulphur itself is toxic to the body and having a high amount of it can lead to devastating reactions while the body interacts with the environment, particularly the sun.
Because blacks have low sulphur and high tyrosine, they have dark-hued skin and because the whites take up the colour of the high sulfur in their pheo-melanin and have no or minimal tyrosine, they are pale of skin.
Unfortunately, one cannot simply eat tyrosine-rich foods to intervene and supplement his DNA through the digestive tract because the amounts of tyrosine that the melanocytes produce are only passed down from our ancestors and parents through reproduction.
This is why black women who bleach their skins cannot stop their offspring from being born with their original dark hue of skin.
Only mutation in the form of vitiligo or albinism can cause one to lose what is in his DNA.
Climatic adaptation such as a black man leaving the African sun for thousands of years causing a decrease in Vitamin D and other things only affects the DNA to a small extent and very gradually.
The pineal gland and melanin connection is evident in that it has been found that blacks seem to have full pineal glands and Caucasian whites calcified ones.
The healthy one resembles a grape and the calcified a raisin.
White scholars used to teach and honestly thought that the pineal gland was a vestige of the human race’s evolutionary past because they found theirs to be calcified.
This was until the bodies of black American soldiers were found to have full pineal glands during the Vietnam-US war.
There seems therefore to be a link between the state of the pineal gland and the skin colour of humans. After all, the pineal gland is the seed of mankind. It is the first organ to appear in the womb.
From the pineal gland, the DNA which is half from the father and half from the mother is decoded and kick-starts protein synthesis and the cells are multiplied into trillions to form the rest of the human body.
Now, it is important we understand the role that eu-melanin plays in our bodies.
We have already seen how the pineal gland is dark because of the presence of the carbon-based compound known as eu-melanin.
Because it has plenty carbon, eu-melanin takes on the role and properties of carbon.
The pineal gland is surrounded by the brain which is made mostly of copper.
The oscillatory properties of carbon and copper cause resonance and give the body an electrical charge. Electricity can only be produced in an alkaline environment and that is why the carbon in battery cells has a potential hydrogen (PH) level of 14.
If one goes to an electricity plant, one will find carbon and copper to be instrumental in producing and conducting electricity; the brain is no different.
On our skins, eu-melanin is a semi-conductor of electrical energy. When heated, the skin of eu-melanin becomes a super-conductor.
The heating can be achieved through sun bathing, meditation, eating psychoactive herbs and exercise. Melanin does not allow electrical energy to escape it but converts it to more useful forms.
The black colour it assumes shows that no energy is being lost. Like carbon, eu-melanin absorbs sound energy, converts it to light energy and back.
In humans, this oscillation capacity of eu-melanin is evident in all the bio physical processes undergone by black people.
For example, black athletes are known to run faster, jump higher and move quicker than any other race. Before Usain Bolt became the fastest man on earth, it was another black man who held that title.
The same goes for boxers and many other fields of sport besides swimming and skating which blacks are hardly exposed to.
The NBA and NFL are dominated by black players simply because they are, on average, better than any other race at moving and propelling their bodies into the air.
This is largely owed to the function of eu-melanin which boosts the body’s electrical charge and energy.
Eu-melanin also governs what the body does when dehydrated.
Hydrogen works as a fuel for the carbon-based compound and together with the sun’s energy, the body becomes a factory of power which can be channeled into several activities.
Thus it is important for people to drink water.
Whites are not exempt to this because they also have melanin inside their bodies besides the pheo-melanin in their skin.
This melanin craves the sun and water because such are the properties of carbon.