Updated 08/29/2025
In this video, I show you some of my gray hair.
The hair cells that form the white streak in the transparent video above are dehydrated, pigment-free hair cells or melanocyte dendrites.
Skin cells experience the same thing. Here’s a photo of my skin cells, where you can see some transparent cells and others with melanin.
The lack of amino acids in gray or white hair is due to the lack of a chromosome, which prevents the formation of the amino acid.
Video of a pigmented nose hair, which can be seen in this photo and then under the microscope in the video. My hair, the author of this article.
This video shows the hair root, where the melanocytes are located, in green. The illuminated pathways are the dendrites of the melanocytes, where the melanosomes circulate along the entire length of the hair, carrying the melanin that gives it its color.
Gray hair, or white hair, could be due to the malfunctioning of leukocytes and their antibodies, which target the melanin in the hair. It can be said that the melanocytes in the hair need a cocktail of antibodies, with mineral properties, such as calcium, and metal properties, such as iron. Whether calcium or iron, these are antibodies that end up in the melanocyte receptors.
Melanosomes are like wombs within the melanocyte, filled with water. Antibodies enter the melanosomes, are ingested by the melanocyte receptors, and the melanocyte DNA forms the melanosome with the cocktail of antibodies and water.
When amino acids come into contact with the melanosome, the antibodies oxidize, and the melanosome begins to lose water and expel the oxidized antibodies (melanin) throughout the hair and through the dendrites.
Melanocytes could be the only cells without protein, or very low in protein and also very low in neurotransmitters, which is why it doesn’t hurt when we cut hair and they also use amino acids to oxidize antibodies.
It could be that the melanocyte loses a chromosome, which absorbs iron through the melanocyte cell receptor, and the DNA doesn’t send it to the melanosome. This means that when amino acids enter the melanosome, since it doesn’t contain iron, the hydrogen in the water isn’t lost, and the calcium remains unoxidized, because it needs the oxygen trapped with the hydrogen H2O.
The amino acid acts as a propellant for the melanosome when hair grows. For example, the melanosome with longer hair contains more water, and the amino acid causes a gaseous eruption in the water, and the melanosome travels throughout the hair. Longer hair means more water to travel further, and a greater amino acid load. When the amino acid erupts with water, the water separates hydrogen from oxygen, and oxygen ends up oxidizing calcium, and hydrogen oxidizes iron.
The body needs a lot of iron, even if we think it doesn’t, and a lack of iron in the diet could be a cause, or defective chromosomes.
After the amino acid dissolves the water with calcium and iron, it is important to know that the melanosome, when dissolving the water, may contain helium and nitrogen, which is what gives the melanosome movement through the hair. It requires two other types of antibodies, for helium and nitrogen.
It is important to use chromosomes to determine the type of antibody needed in this case, because the limits of altitude, the atmosphere, can contain these flammable gases without oxidizing or without antibodies, and the hair can be white. If we use the chromosomes responsible for the antibody, we could discover the origin of hair colors, such as red, due to the types of light gases. If this responsible chromosome is regenerated in the melanocyte, these gases could be oxidized, and the limits of the atmosphere could darken and feel less gaseous, due to the oxidation of its light gases. It may be dark at times, and at other times, at the edge of the atmosphere, it may appear gaseous due to the movement of the melanosome, but then it may darken again as the melanosomes work.
Sometimes, if this chromosome is heavily loaded, regenerates viruses instead of absorbing antibodies and creating the melanosome with antibodies, and the testicle must be modified to absorb the viruses. In this case, the pigmentation process can be halted until it stops reproducing viruses and absorbs antibodies and reproduces melanosomes.
These processes of regeneration of the chromosomes responsible for the melanocyte can take a long time, due to the incubation of viruses, when they reproduce or the capacities of the testicle, in the case of men and gray or white hair, it does not regenerate and its white pigmentation may contain viruses wrapped in white melanin or phagocytosed by the melanosome.
When the virus enters the melanosome, it is enveloped in the melanosome’s antibodies, and the antibodies do not oxidize the gases that cause hair color, and when it is white, it could be that they are viral envelopes.
Could it be what? This melanocyte chromosome, which absorbs antibodies through its receptor, is highly affected by the amount of virus that enters with a certain type of antibody very easily, if you’re blond, for example, and you have to change to a dark-haired or red-haired antibody, to free up the chromosome’s receptor and block the entry of the virus that enters with the blond antibody, for example.
If this happens, the chromosomes of the skeletal system have to dissolve calcium to obtain the characteristics of these antibody colors, and the melanocyte begins to absorb the antibody, giving it the new color, and the virus, which has its entry point in a hair color, remains in the blood and does not enter.
In fact, if the melanocyte does not stop absorbing antibodies through the receptor, if it stopped, it would not produce the melanosome and the melanocyte could die and cause alopecia.
Could it be what? The colors appear in this order: blonde, brunette, and redhead. If, for example, you were born blonde, the next color could be brunette and then redhead, depending on the order of DNA fractions in each individual. This could be due to the growth of the Earth and the stretching of the atmosphere, leaving the most flammable gases associated with certain colors.
For example, the DNA of the chromosome, which creates the melanosome, is divided into three fractions, and each fraction is a color. These fractions are divided when the DNA works to make the melanosome. One fraction reproduces the virus, which may be the color of your hair, while the other fractions are not. The calcium in the oxygen system may be rich in calcium with properties for these unused fractions and poorer in the calcium properties of the color that reproduces viruses.
In the case of blonde hair, like mine, it is possible that it darkens or turns brown because a fraction makes brown melanin and the blonde fraction generates viruses and the hair darkens, whitens and becomes thicker.