pheomelanin

Without ceremony, without ritual, without trying, the divine code in the seed generates the transmutation because the code is the philosopher's stone.

Now hold that against what pheomelanin does in white people, in people of color.

Pheomelanin absorbs the same solar energy and cannot transmute it into anything.

The insulated sulfur in pheomelanin in the capacitor in those white bodies blocks the conversion.

The energy has nowhere to go, so it generates free radicals, damage damage to the white bodies.

But human melanocytes can produce two different categories of melanin pigments, eumelanin and pheomelanin, and deposit those pigments in the hair's cortex.

Eumelanin is a dark pigment that gives hair a black-to-brown color.

Pheomelanin is a lighter pigment that gives hair a red, orange, or yellowish color.

Depending on your genetics, these pigments can be present in varying degrees.

A person might have a little of each or a lot of one and almost none of the other.

Now, when we look at pheomelanin, they have weak absorption and poor UV absorption.

They are not photoprotected.

now when we look at the effect of uv exposure eumelanin absorbs and scatters uv it reduces dna damage now this also doesn't mean though that they are completely devoid of having the negative effects of uv exposure but it does mean they have some photo protection already built into their skin type Pheomelanin generates free radicals, which are the ROS, and then increases oxidative stress on the skin.

And we see this in photo age skin.

And it's dominant in eumelanin in that the darker skin and hair and the Fitzpatrick is the three to four or five.

They talk that bullshit to try to center themselves.

Pheomelanin is a hijacking system.

Here's why.

White people only have fragments at the molecular level.

I said it years ago.

Now it is precise.

Pheomelanin is a fragment of the real melanin system, not a different system, a fragment, a reduced expression of the same pathway, chemically related enough to be classified as melanin.

Functionally different enough to produce the opposite effect.