Gray hair or white hair, melanin and melanocytes.

Updated 05/27/2025

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 gray or pigment-less cells.

Skin cells are the same. Here is a photo of my skin cells, where you can see some transparent cells and others with melanin.

Two chromosomes that are joined together in the cells of the melanocytes of the hair, form amino acids from two components, one for sugars and another for antibodies, so that the melanosomes, with the help of amino acids, transform the sugars with antibodies absorbed by the melanocytes into melanin. It can be said that melanin is the result of the expulsion of sugar and antibodies and the amino acids of the melanosomes help this system.

The amino acid in gray hair or white hair is due to the lack of a chromosome, which prevents the formation of an amino acid component.

Video of a pigmented nose hair, which can be seen in this photo and then under a microscope in the video. My hair, the author of this article.

It should be noted that sugars maintain antibodies in the blood and this is the only function of sugar, since if sugar enters cells, the cells could swallow the antibodies and cause serious damage. It may happen that in melanocytes the sugar does no harm and the antibodies and sugar could end up in the melanosomes and the amino acid of the melanosome acts as an antigen that causes the expulsion of antibodies and sugar in the form of melanin.

Antibodies only remain in the blood and are formed by leukocytes and in order to eliminate sugar together with antibodies, antigens are needed, which the body does not produce, but are antigens of viruses and this causes the expulsion of sugar with antibodies by the liver and if we have few viruses there will be less quantity of antigens and the melanocytes would be in charge of expelling antibodies and sugar in the blood and in this way the levels of antibodies and blood sugar are regulated.

It may happen that when melanocytes begin to expel sugars and antibodies, leukocytes b are reproduced, which attack new viruses that they could not fight before due to the excess of sugar and antibodies in the blood and could stop 90% of powerful viruses with three varieties of antigens in their genes and cause more antibodies in the blood.

This effect of expelling sugars and antibodies by the effect of two chromosomes, for the amino acids of two components, if the number of even or almost even chromosomes is increased for more amino acids, it may happen that melanosomes multiply and increase the rate of expulsion of sugar and antibodies creating more sensations of pebbles in cells during the day, at the rate of hair growth. Very important.

Antibodies and sugars are the only way to eliminate them, the only other way is through the liver, but the virus antigen is needed and the virus changes variant or antigen to get past the defenses and without antigens the antibodies are difficult to eliminate, if it is not through the melanocytes.

If the melanocytes work hard, the leukocytes can change antibody variants faster, to fight new viruses by splitting the DNA, since a queen or aggressive virus can have up to four antigen variants and by reducing it it is left with fewer variants and with only one variant it almost disappears or changes to another unique variant.

Another very important thing is that the virus variants, which can be up to six carcinogenic and for this problem, the melanocyte may need many more chromosomes, for the amino acids with all the variants.

If a six-variant virus is attacked, which is more common in aging, it is necessary to reproduce the chromosomes, with all the variants, one chromosome per variant, in the melanocytes, it must have an extra sugar chromosome, for all the chromosome numbers for the amino acids of the melanosome. When these chromosomes are reproduced, the defenses attack the six-variant virus, which normally reproduces in two variants, being three different types of virus, but with the chromosomes reproduced in the melanocytes, the defenses neutralize these viruses with different variants, causing the defenses to phagocytose and in this case, the sugar level also rises, so that after phagocytosing and being eliminated by the liver, the residues of the neutralized virus, antibodies and sugars. In this situation, if we go to the bathroom it is positive, since the defenses did their job of destroying the virus and the chromosomes were formed and once disinfected, the defenses can continue releasing antibodies, which are eliminated by the melanocytes, when there is no virus. This effect could favor hair pigmentation after two days, but on the first day it is negative for physical performance.

A virus with many variants, it can form moles on the skin, caused by the number of chromosomes in the melanocyte.

Virus variants vary greatly depending on colour, for example, a red mole or a completely different colour to our body can appear.

In grey hair, melanocytes can contain many variant chromosomes, up to six, one for a chromosome and only one for sugar, for the amino acids of the melanosome. This lack of sugar in all variants causes the amino acid to be incomplete, for correct pigmentation.

To have colour, in grey hair, the same number of variant chromosomes and sugar chromosome is needed, but the melanocyte cannot handle the same number of chromosomes, so the number of chromosomes in moles must be reduced, for example.

To reduce the number of chromosomes, the melanocyte has to take a DNA sequence, with the variant or information of the preferred organ of the virus. One variant only affects one organ, two variants can affect two. The variants or DNA sequences can be from organ tissues: testicles, kidneys, liver, skeletal system, lungs, muscles, etc.

When the melanocyte receives the information in a DNA sequence from that organ variant, the DNA reduces the number of chromosomes and can become pairs, between the variant chromosome and the sugar chromosome. If this happens, the mole can disappear and the gray hair can revert.

The DNA sequence of the organ that reduces the chromosomes or makes them pairs, between sugar and variant, is necessary, since it contains information for the color that the melanocyte will form, for example, a red mole can be due to the color of the organ, not the skin, and if the melanocyte takes that DNA sequence from the organ, it transforms the melanin into skin or hair color.

If the leukocytes do not phagocytize and we notice more pollution in the atmosphere and a stony feeling in the body, it is because the antibodies and sugars end up in the melanocytes. If the leukocytes phagocytize, we do not notice pollution in the atmosphere and we eliminate the sugars and antibodies through the liver, with the virus antigens. Pollution is also an indication of low infection.

Could the organism have few viral infections, which would lower the lymphocytes or B leukocytes and open fewer antibodies in the blood, which could cause the hair to become lighter or the skin to become whiter? Or could it be the libido of the viruses?

We have to be very careful with this because some viruses, in one variant, are not dangerous and can be positive or beneficial and when infecting a tissue cell, for example, the muscle, the virus can die, because the muscle cell has properties that destroy the virus when it infects and the virus could change to another variant so that the tissue cell does not destroy it. For example, it changes from one variant to the pancreas and the cells of the pancreas variant do not have properties like the muscle cell and cannot kill the virus.

Some viruses, such as AIDS, for example, could get inside cells when antibodies are released into the blood and these have a muscular variant, for example, the muscular cell benefits and when the muscular cell swells with oxygen, this virus dies, because its reproductive organs explode, but when the virus changes variant and infects another organ, for example, the liver, the liver cells do not swell, like the muscular cells, to destroy the virus, in the same way as the muscular cell and if the virus evades the antibodies, some liver cells, when trying to do the same as the muscular cells, can become unbalanced for their real function.

Sometimes in other variants the virus reproduces more, that is why the DNA sequence in the melanocyte is necessary, with the organ variant and two chromosomes, one with sugar and the other with the variant. If the virus reproduces more in one variant, it could raise the levels of antibodies and lymphocytes and the lymphocytes will have more food and more antibodies for melanin will be produced.

When the levels of viruses in the body increase and favor the cells of the virus variant, it can cause more stress and more luminosity in dreams, because the cells absorb more oxygen and work harder.

This can create a bad taste and defenses such as leukocytes attack them and reduce the viruses in a short time, but the muscles, for example, can become harder.

It is hard to believe, but the body needs thousands of viruses, for more than a million leukocytes and it could happen that if they are reduced too quickly, melanin may become scarce.

Another thing that can happen is that, when the type of virus is scarce in the body, it could enter cells, to take refuge and be able to recreate the optimal number of viruses.

Sometimes when they get into cells they can create a tumor and in this case it must be reproduced in a positive variable for the cells.

To change the virus variant, the tumor cell needs to create a chromosome.

If the virus changes many variants, it can reproduce quickly and the leukocytes attack quickly and phagocytose and we go to the bathroom in approximately six hours and if blood sugar drops to continue the positive movements for cells, carbohydrates need to be absorbed again, quantities that can be defecated or phagocytosed, exceeding this increases cholesterol or triglyceride levels. In six hours you can defecate and blood sugar drops a lot and high levels are positive for making improvements, since with low levels, you cannot make many improvements. More so in obese people.

This article is intended for adults or elderly people who have gray hair.

In the case of AIDS, it is a bit long but very important. When we get AIDS, this virus can contain many variants and it is important to lower the sugar or carbohydrate levels when the virus has all the variants. In this case, when the virus has all the variants, pancreatic cells stretch the cellular DNA a lot to make insulin stronger and to remove sugar from cells. This is because the virus needs a heavier antibody and may be related to the height of asteroids, which orbit very high. When the virus infects several organs, whenever it makes positive changes in their cells, the virus reproduces and divides its variants, needing a lighter antibody, which causes the DNA of the pancreatic cells to unfold or shrink, to make a less potent insulin, since sugar enters cells less easily because the antibody is less heavy and this could cause asteroids to stop orbiting at a higher altitude. When the virus reproduces and divides into all its variants, it affects all organs and the leukocytes make specific antibodies for organs, depending on the color of the organ and the DNA of the melanocyte cells of the skin, eyes and hair, they begin to make movements changing DNA fractions that inject protein and sequence fractions with the specific color variant. It can be said that with this virus the leukocytes can quickly end up dying if a lot of carbohydrates are ingested, but lowering the number would imply that the virus would take all the variants again and undo all the work done.

Asteroids from largest to smallest approaching the Earth, it could be the division of the antibody and the division of the asteroid and also the division of the virus variants and if the virus catches a variant again the meteorite could join again and catch high orbit again, but the meteorite dust or antibodies are formed in high layers of the atmosphere and are metabolized by melanocytes and if dust is formed in the atmosphere it is the antibodies in all their divisions and metabolized by the melanocytes. If the antibodies are not metabolized by the melanocytes, the fragments or antibodies stuck together are eliminated by the liver and the same would happen with asteroids, which could be eliminated in certain sizes and at much higher altitudes in the atmosphere, which could lose gravity or not.

When the antibody is large, it is actually phagocytosing and they are stuck antibodies and when the leukocyte phagocytoses, it envelops the viruses in antibodies until it cuts off the gaseous flow of attraction that makes the virus move and then it phagocytoses and blood stones can be seen as seen in this video of my blood.

When we notice blood stones, especially with low sugar, it is time to create chromosomes for the virus variants and thus convert those stones into smaller and more specialized antibodies, better for the melanosomes of the melanocytes.

These stones, if they are large, can form perforations in the skin and even bleed if the liver is not prepared with chromosomes, especially in young people and adults in decline. These stones can also cause punctures in the eyes, because the melanosomes are not able to digest them.

This may be due to several reasons, because the leukocytes do not phagocytose and the melanocytes begin to eliminate the antibodies but if the melanosomes do not digest it, it may be that they expel it or it may be the mechanism of attraction of the viruses from outside to inside.

These minerals or tiny particles are the fields of attraction between the virus and the body and when the virus is outside the organism and its particles solidify, forming minerals, they can be attracted by the body, causing pinching, because viruses pass through tissues from the outside to the inside and at that moment when the virus is inside, they release the antigens and the leukocytes begin to phagocytose and eliminate through the liver and the virus begins to hydrate to infect.

The asteroid particles, when they dissolve and could release viruses, may have something to do with the activity of the defenses and if the defenses greatly reduce the number of viruses, it is negative if there is no asteroid left and if the asteroid is large the defenses could reduce it a little.

But not all viruses are related to meteorites. AIDS, for example, has no antigen, because it is related to comets, and comets are mainly made of water and gases. AIDS needs a protein from the comet to make its antigen. There are also other types of viruses with the same characteristics.

When we have more influence with comets, the blood looks like in this video. My blood where you can see the plasma with more fats due to an excess of carbohydrates or fats in the diet, a good time to stop feeding. But there are no traces of antibodies, because that kind of virus only has the antigen or protein to reduce it without antibodies.

The truth is that, between one sample and another, taken on different days, the difference is that, with a high fat content, the atmosphere stores more water and blood, but the optimal physical performance falls, because the cells suffocate due to the formation of water, but high fats give mental stability. With very low fats, the viruses can be of another kind and with antibodies, better for the hair, but an excess of food increases the levels of fats and proteins and the body catches another kind of virus, divided by the conditions of the cells.

When blood fat levels rise and sugar levels fall, leukocytes phagocytose much less and we eliminate or excrete less and fats are slowly regulated or eliminated by the kidney. If the kidney accelerates this process too much, episodes of damage or torrential rains can occur.

The rise in cholesterol in the blood can be caused by the leukocytes or defenses phagocytizing less or eliminating less and the organism transforms the sugars into triglycerides or fats. In this change from sugars to triglycerides, the blood takes up more water, the leukocytes phagocytize less and the antibodies of the leukocytes could end up pushed by the water into melanin for the hair, leaving an intense and loaded color, but the two processes of sugars to triglycerides or sugar and the leukocytes phagocytizing, are vital for the leukocytes to always be active.

One could conclude, knowing this, that blood sugar increases the activity of asteroids and antibodies and a class of viruses, and cholesterol or triglycerides increases the activity of comets and proteins and viruses such as the flu.

If we maintain high cholesterol levels for a long time, we could say that sugar levels drop and the tendency is for hair to turn white.

Image of cholesterol.

Sugar image.

In order to prevent hair from turning white with cholesterol, uric acid is very important. When we are influenced by comets, the type of virus is more related to proteins and fats and leukocytes produce other antibodies that are associated with fats, not sugars and when leukocytes phagocytize the fats and antibodies are eliminated by the kidney. In the urine analysis, these antibodies that are eliminated can be related to salts, unlike antibodies, to sugars, which are more mineral, but these properties of antibodies in the form of salts can be divided into the fact that they do not form kidney stones. These salts or antibodies when the hair is white, are divided into the color of the salts that form melanin and that is why uric acid is important, which dyes these antibodies or salts and the melanin can take color.

When you know that uric acid levels are high. Well, when it starts to dissolve proteins. You could say that when we have negative symptoms due to proteins, it is time to raise uric acid levels.

When we are under the effects of comets or an atmosphere that is very water-laden and high in protein, the related type of virus begins to release toxins through the holes, as if it were volcanoes, and it is a symptom that the water on Earth is at its maximum levels.

Raising uric acid levels can create extra light in the atmosphere, due to gases that erupt or separate, and these comet viruses take advantage of this to attract comets from further away and form proteins. When the water coagulates or attracts the comet to Earth, that is when the virus forms proteins and erupts through holes.

High levels of uric acid can erupt atmospheric water into gases and cause these viruses to try to form more potent proteins to coagulate the water and can be the cause of gout.

Now we only have the proteins left. Proteins are responsible for expelling all the contents of the cells and are also necessary for the melanosomes to ascend from the melanocyte through its dendrites, as if it wanted to expel them. Thanks to proteins, we can excrete or defecate, urinate and expel excess CO2 or oxygen.

When we have an excess of proteins, cells such as melanocytes run out of energy to breathe, absorb antibodies, and respond to neurotransmitters. That is why it is important with white hair or old age to reduce the protein chromosomes, created by viruses associated with comets or viruses with protein characteristics or to create partners or chromosomes to regulate the protein content of the cell with the protein chromosome and in those chromosomes, protein chromosome partners, DNA has sequences and in those sequences, it has the programmed fractions to regulate the amount of protein, expelling the excess. Good for tumors too. To reduce chromosomes or create chromosome partners for protein, you also have to increase the levels of leukocytes, to reduce the viruses that graft these chromosomes and synchronize everything with the right proteins for the cells, with leukocytes, liver, stomach, etc.

When melanocytes have an excess of protein, the skin and hair are whiter, because the antibodies remain in the blood and are not absorbed by the melanocytes by the force of expulsion of the proteins and the antibodies when they remain in the blood accumulate and the uric acid is insufficient for their quantity, since the skin would consume more antibody and reduce the antibody in the blood.

By reducing the level of protein, the symptom is that the skin tans more, it can also improve physical performance and the atmosphere can catch more light and leave symptoms of uric acid. Whiter skin indicates a lot of protein, sometimes necessary to lower stress.

The contrasts of uric acid in the atmosphere can be compared to an HDR monitor and these contrasts in the atmosphere help the particles to take color.

Lowering protein levels could also reduce the height of atmospheric water, caused by proteins, which forcefully dissolve sea water or increase the water on land, for oceans and atmosphere. For example, the earth cell and proteins expel water out of the atmosphere or cell limit and with comets, more force causes the expulsion of water from the atmosphere upwards.

Protein is also what regulates blood pressure. Low levels of protein can be hypotension and high levels of protein can be hypertension. It can also be said that the proteins in the cells and the proteins in the red blood cells, the hemoglobin, must be balanced so that the cells, not the red blood cells, can breathe for the genes in the DNA. If the cells have more protein and exert more force than the hemoglobin, the hair can be gray, because the cells do not breathe and the DNA is left without doing the work and can cause hypertension.

Reducing protein requires a little caution, because sometimes it can be a very abrupt change to reduce it quickly. For example, if you reduce protein a lot, the gaseous substances absorb the genes from the cell’s DNA, which dissolve molecules such as proteins or substances that can be like proteins. Not everything we eat is perfect and sometimes the DNA has to have genes with harmful gaseous substances, sometimes, depending on what it is used for in the cells, they can reach a very strong pH, which can be very alkaline or very acidic to dissolve harmful molecules or proteins. Without the proteins, the cells are not able to expel these gaseous substances, which can cause excessive neuronal activity. These gaseous substances on planet Earth can be interpreted in the following way. Proteins expel seawater to very high layers and the gaseous substances are separated, forming alkaline or acidic gaseous substances that descend again, causing a case of atmospheric cleaning, where many molecules with gaseous properties dissolve. If proteins do not have the strength to expel gaseous properties, they would cause a warming of oceans and atmosphere because molecular properties such as proteins would dissolve, further aggravating the properties of lifeless land. This effect causes an increase in viral infections because the molecules manufactured by leukocytes are broken down when they phagocytize and the viruses packaged in these molecules are released and the number of viruses grows and is quite noticeable, which helps to form proteins in cells and lowers their number of infections when the number of proteins is high. If this happens in cells, viruses could increase their numbers, thanks to these gaseous pHs that dissolve proteins.

It could be said that proteins keep the molecular compounds of the atmosphere from being phagocytized and eliminated by the liver and kidney, where the viruses are trapped and enveloped by antibodies until the proteins disappear and give way to the effect of the cells. Increasing the number of viral infections helps to have a good number of leukocytes that produce antibodies for phagocytosis and for hair.

Proteins help to slow down the gaseous effect of genes and their gases, with their pH having a solvent effect and without proteins that slow down these genes, could create an atmosphere poor in molecules or more sensitive in molecular properties and the effect of antibodies in blood could be more noticeable and would create confusion in the atmosphere, due to the effect of Co2 that would be the antibodies.

Noticing the antibodies in the atmosphere could favor the absorption of antibodies in melanocytes.

If we notice that our blood is very stony or has a large amount of antibodies and a lack of vitamin D at times and the atmosphere does not dry out the water, it is the time for the melanocytes to produce more chromosomes to absorb the antibodies from the blood, which facilitates the absorption of oxygen in cells that are blocked by antibodies and this effect dries out the water atmosphere because the cells begin to oxygenate and facilitate more vitamin D.

Another very important thing is that sugars are never burned as calories, and if sugar is used as calories, the hair turns white. Sugar is only used by leukocytes to make antibodies, which are depleted by the liver during defecation, and it is also used as melanin, and the liver also converts it into fat for storage.

Sometimes it can also happen that, if the hair shows signs of gaining melanin at times, the melanin could be released by the cold if it is a mineral melanin with large particles.

Another thing that happens with antibodies, and the type of antibodies depends on the type of virus, and a very common virus is influenza.

Influenza doesn’t usually develop its variants because it doesn’t infect many cells or reproduce due to low cholesterol. The immune system uses fats to make salts for this virus, and those salts in the blood facilitate the flu virus’s replication. Because of its saltiness in the blood, influenza can be a marine species, due to its characteristics. When the immune system increases, the salts in the blood are not antibodies, and cholesterol is reduced, and this flu virus reproduces much more in internal cells, which favors its variants. It may happen that white blood cells don’t produce antibodies, and when this virus reproduces a lot, the antibody for the hair could be released. However, this virus, in abundance and salt, causes a slight mental imbalance and also creates hypertension. However, if the antibody isn’t produced and we are under the influence of this virus, the hair may have a problem with pigmentation because there are no antibodies, but salts. This problem may or may not pass when we catch another type of virus.

If you are under the influence of this virus, salts don’t affect the effect. Instead, your diet should be low in protein, since with protein, this virus doesn’t enter cells, and by reducing protein in cells, the virus reproduces better and can produce the antibody for the hair. Fats or carbohydrates for triglycerides and water to regulate salts through the kidneys are the recommended intake during the flu.

In times of salinity and stress, macrophages can reduce this virus, and when they phagocytose the proteins, they stabilize again, causing emotional relief. However, as I mentioned in a previous paragraph, the strength of the proteins in the hair can prevent pigmentation, so we need to lower protein levels again. If we are fit and under stress, our immune system must again produce salts and reduce protein and cholesterol. If this helps lower protein levels, it’s advisable to drink plenty of water to boost these processes.

The movement of Halley’s Comet occurs and is regulated by cells in a viral infection like the flu. For example, in old age, Halley’s Comet and its influence are closer to Earth, and proteins produce emotional stability, but they don’t dissolve easily and can significantly reduce physical and mental performance in old age. Moving Halley’s Comet further away causes the flu virus to reproduce more and dissolve proteins more easily. The negative effect on the body is when proteins don’t dissolve and we are unable to move Halley’s Comet away. We need to be infected with the flu virus and reproduce information in the virus’ DNA at the appropriate distance from Halley’s Comet to Earth. This effect, if realized, can cause the atmosphere to dry out more when it contains water, but the body and its defenses begin to reproduce cholesterol salts in the blood, so the flu inhabits the blood and its reproduction will reduce proteins in cells.

Finally, for now, if we notice that we’re standing in front of a mirror and see more hair color than on a device or computer camera, it’s a good idea to adjust the brightness slightly depending on the device. A very high brightness level washes out colors and whitens them. We may like it sometimes, depending on the person, but the brightness should remain a dirty color, respecting the colors and brightness of the environment. If the gamma and color contrasts are properly calibrated, they’ll be more noticeable on the skin and hair, and the shine of water and skin that’s dirtier with melanin. These dirty shines are viruses, fungi, and melanin that survive with the right brightness. In reality, if the environment had the device’s brightness, the viruses essential for melanin would escape or not survive. It may have something to do with brain beliefs that make us like one image more or less than another with a different contrast and brightness, but in reality, that belief can lead to gray hair.

This adjustment process is complex, especially for different devices, and I recommend that you know what you’re doing.

If we do it more or less correctly, we can notice that the lips of men can bleed due to waxing or shaving and the bleeding is caused by the antibody that is converted into melanin, but when waxing or shaving, the lips are cut because the body has nowhere to put the melanin and produces bleeding that is derived from the melanin in the beard to the lip.

I have a 2024 HP computer with a graphics card and a good monitor, and I can tell you that the gamma can hide colors by up to 30% to 100% of some colors, and photos can lack authenticity by up to 100%, and 30% compared to a mirror. To calibrate the computer’s color, it’s recommended to turn on the camera and match the skin and hair color against a mirror, in the room or place where the camera is located, due to the effect of lighting. Different light reflections may remain due to the computer’s natural light and mechanical lighting, but even though it’s a state-of-the-art computer, it doesn’t achieve authentic naturalness.

A powerful gamma ray on state-of-the-art computers, compared to older computers, can detect grasshoppers or flies on a soccer field, for example. Compared to an older computer, a more modern computer is designed to see smaller objects in artificial light. These objects can be distracting in images and stressful due to their movements, which can cause movement errors in the computer.

Gamma ray can hide diseases such as hepatitis, which sometimes causes severe yellowing of the skin until the antibodies and defenses do their work and result in a natural tan. This effect is almost 70% hidden.

Sometimes, in mechanical instrumentation or a photo of a young or adult person who has rejuvenated, but has a tumor and gray hair, it’s because they’re gathering strength to fight the tumor. But the black tumor hides a virus, which may be frozen microscopically and must be reproduced and transformed into hair color to shrink the tumor. With too much gamma radiation and without water, these viruses don’t thaw out of the cells.

Melanin, or gray hair, can be like a tumor: it freezes for a moment in a photo or in front of a mirror, and then, with changes in temperature or seasons, can mutate, facilitating the reproduction of viruses, antibodies, and protein dissolution. These frozen images, which change over time, are due to a slow metabolism.

Another thing that can happen in older adults, I’ll share my own case. When the blood is very high in cholesterol, which accumulates in the arteries, it’s a symptom of low viral load, and the few antibodies that exist end up in cells to block chromosomes so the cells don’t absorb fats, such as muscle. And these few antibodies from a few viruses greatly reduce the production of melanin for hair because muscles need many antibodies to block all the cells. That’s why fats accumulate in the arteries, and the most advisable thing is to fast. In my case, I’m under the effects of a medication that is 50 mg in 6 liters of blood. These spheres have a large volume and dissolve in the blood over 15 days. To prevent them from being absorbed by cells, because it can cause a tumor, the antibodies end up blocking almost 100% of the cells and their chromosomes, which is why I get gray hair. Here’s a video of what these medication spheres look like.

The truth is that I can’t eliminate these spheres through the liver because they’re injectable. They would be eliminated by the liver if they went through digestive processes. The liver only eliminates what the antibodies phagocytize, and all blood molecules are digested by the cells, like proteins that dissolve into calories.

In this image, you can see some dissolved spheres, but the effect of the antibodies lasts for a long time, and during long-distance exercise, physical performance drops dramatically and causes anxiety.

It could be that leukocytes can dissolve these spheres in excess cholesterol, but antibodies in chromosomes actually prevent the reproduction of viruses necessary for the leukocyte to dissolve these substances and phagocytize. Leukocytes don’t digest, they phagocytize.

It also happens that if we unblock holes in chromosomes for viruses, the cells attract the spheres and can swallow them, creating tumors like those in the images—my tumors.

And this other one where you can see that it expels a few of these spheres.

The only possible solution for this substance, although similar situations can also arise in other substances, is that the pancreas generates a special insulin that encodes these spheres, causing them to end up in leukocytes. After these spheres are phagocytosed by the leukocytes, they can be eliminated by the liver. When the pancreas releases insulin, these spheres are attracted to the leukocytes and release antibody cells, giving them a breath of oxygen, as the cells’ chromosomes are released. Leukocytes have better anti-inflammatory properties than cells in other tissues, and when they phagocytize, their inflammation decreases.

This spherical effect is the same for carbohydrates, except that carbohydrates or sugars do not inflame cells. Leukocytes could create antibodies, and antibodies can block muscle cells from absorbing carbohydrates. Instead, proteins and insulin unblock this effect by directing carbohydrates or sugars to leukocytes and releasing antibodies for melanin, and muscles perform better with oxygen.

These spheres could end up in leukocytes not through insulin, but through kidney hormones, because the leukocyte metabolizes it into protein and not carbohydrate, and could give rise to colored antibodies, which would end up in melanocytes or block the chromosomal openings of cells that metabolize digestible proteins. This case can also occur in people who absorb harmful substances that produce inflammation, and the lack of these kidney hormones can whiten the hair because fats or proteins are not metabolized by melanocytes. If fats primarily don’t end up in melanocytes, antibodies aren’t produced, and cholesterol rises. But it needs kidney hormones, or perhaps viruses, to release the hormones to metabolize fats and eliminate them through the kidneys when viruses are present. When not, the antibodies derived from fats end up in melanocytes.

The problem with these spheres is that the substance released is metabolized into proteins and leukocytes do not metabolize it because the types of protein enter most cells and it is bad to make antibodies to prevent them from entering, unlike fat, sugars and vitamins, which are metabolized by leukocytes and release antibodies to prevent them from entering cells while the leukocytes metabolize them, to phagocytize melanin or melanocytes.

It combines vitamins and carbohydrates fats, fats carbohydrates by the action of chromosomes, make these substances more favorable for classes of viruses and the combination of hormones activates the leukocyte mechanism for classes of viruses and when it phagocytizes it eliminates through the kidney in case of vitamins and through the liver in case of carbohydrates and when it does not phagocytize, when metabolizing these classes of molecules, it metabolizes them in synchronization with hormones and in the manufacture of antibodies by the time of entry of these substances into cells and blocking the entry of these substances into cells that do not need it and is unfavorable for cells, for example, when vitamins are about to enter cells, hormones are released so that they go to the leukocytes and not to cells and this releases antibodies and gives priority to carbohydrates or sugars to enter cells and when sugars are about to enter, the pancreas releases insulin so that the sugars go to the leukocytes and after emptying these substances into the blood the antibody enters the melanocytes if the protein is not very potent. Overeating and low white blood cell counts can allow some of these substances to enter cells and then be expelled, for example in the form of lactate.

Another thing that happens on planet Earth is the effects of light, which can be noticed on the computer when viewing images, but it actually also happens on Earth. At nightfall, there can be a high color contrast that can be noticed in hair and skin. However, when the melanin in the skin fades, the light intensity increases on the computer and on Earth, and it whitens more. That’s why the nebula or nebulae of the solar system are important during the day, since the light lifts the particles into space and not back to Earth. Melanin is when those particles from space end up on Earth and stick to mineral remains. If the light lifts these gaseous and mineral particles stuck to space, the pigmentation slows down and greatly whitens the hair and skin, and the nebula of the solar system can create shadows that reduce sunlight, and the particles end up on Earth.

Another very important thing for older people is that the nebula effect can color a blue sky in shades of gray, like gray hair in a gray tone. When this happens, it is necessary to modify the chromosomes of the leukocytes so that they digest the proteins and release antibodies into the blood, but it happens that these antibodies can be seen in blood with an optical microscope, as shown in a video above. When antibody levels are seen in the blood, it is necessary to reproduce leukocytes with another type of chromosomes that digest what the old leukocytes have phagocytosed, until the antibody becomes invisible in the blood and can be digested by the melanocytes. When this happens, the sky takes on a very navy blue tone and with high contrast.

Another very important thing, if you’ve read this entire article, is that injectable medications, high cholesterol, and diabetes accumulate large molecules in the blood and can be broken down due to a failure in macrophage reproduction. When leukocytes phagocytize their waste, they can be seen in the blood, but these wastes are not eliminated by either the liver or the kidney because they are very large molecules and can cause cellular tumors, and melanocytes do not absorb them either. That’s why the macrophage is important, digesting what the leukocyte phagocytizes, so that the macrophages digest it and phagocytize extremely small molecules, which can be eliminated by the liver and kidney and digested by melanocytes, these antibodies.

It can also happen that the rotation of the sun, not the planets, varies the days with more melanin and the days we notice we have white hair, because when the sun rotates it has more sunspots on one side than on the other part of its rotation and this can influence there to be more light in a certain rotation, causing the hair to whiten, not the skin. To correct this effect, it is necessary to shape the nebula of the solar system, changing the orbit of the sun’s moons, the planets and we have to move away from the sun, collecting cargo from asteroids or cosmic dust and creating a setback in the rotation time, the year a little longer. This would cause the atomic charge of the sun to cool, due to the slower movement of its atoms and sunspots would appear on the part of the sun that needs it, to reduce the light that hides the color of white hair and the hair would take color.

With the latter, what can happen is that the planets or moons of the sun become aligned and it could happen that in the setback of time in the orbit of planets they align in a position more behind the sun or they balance with respect to other planets, balancing the scales behind and in front of the sun or it could also happen that by causing more cosmic dust activity behind the sun, it could give rise to planets that help metabolize cosmic dust or they are planets that we do not see that need to grow, to equalize the two faces of the sun, since when the earth orbits around the sun, it is disadvantaged by light that can be multiplied by 2 because the planets are poorly aligned or because the planets that we do not see behind the sun do not help metabolize cosmic dust and asteroids are not generated because the X or Y DNA depending on the gender is not stretched to generate cosmic dust behind the sun, which could be due to the lack of viruses depending on the season.

Another thing that can happen with too much light is when the atmosphere or room we’re in is contaminated with molecules, life could generate light into the atmosphere or room, which the Earth might also be unable to absorb for days on end. If life generates light and doesn’t emit much atmospheric change, the hair takes on color, but if that source of light is too much, the hair stops pigmentation, drying out the melanocyte dendrites or dehydrating them, and the melanin turns white. If the light is absorbed and atmospheric cleansing occurs, the melanin in the hair takes on color.

I believe that life generates light on Earth, but it needs to eliminate that light, and to eliminate the light generated by melanocytes, it needs to hydrate their dendrites when we have white hair. When we have white hair, those dendrites never hydrate, and the oxidized melanin or color doesn’t circulate. It’s like a clogged artery. That’s why it needs to absorb iron asteroids from space that will push the light from the atmosphere into space. When we absorb that iron or metal asteroid, we can notice it at night in a lit room. The dendrites hydrate and generate light, and at that moment, we notice more light. We just have to wait, as the dendrites unblock, and in 24 hours we’ll notice that the hair has acquired color. It’s also important to note that this iron ends up oxidizing in the melanocytes, and once oxidized, it no longer pushes light or generates it in the melanocytes. However, oxidized iron gives hair color characteristics, and when hair grows, we need to collect non-oxidized iron.

It’s important for light to rise from the atmosphere into space when we collect asteroids, and that light could end up in black holes for the growth of the universe.

Since life generates light thanks to iron, it may be possible for a planet to emerge in Mercury’s orbit, just behind or opposite the sun. These two planets may orbit the sun completely separately and on opposite sides.

This causes the solar system to gather iron from asteroids, which will form the nucleus for the planet opposite Mercury. This will serve to lower the intensity of the sun’s light due to the excess light on Earth. This will create chromosomes synchronized with these two planets, which will provide the blood with iron for hair.

This effect could cause a setback for the rest of the planets in the solar system, due to the atomic charge and its ordered movement, so that the atoms do not collide and the atomic movement could be slower for a long time until it causes too much light again due to its faster movement.

A black hole in space could act as a ground for the excess light emitted by stars, and in an overload the black hole gathers light, like a storm, and it would eventually go out when planets emerge.

Knowing this, it could be said that the storm of light in a black hole, if it persists for a long time, can indicate a high color contrast of highly charged melanin and great absorption of iron.

Another thing that can happen with iron in the hair, not the skin, is that the particles in the atmosphere, cosmic dust with iron, are in monoparticles like salt in the sea, sodium chloride, but the atmosphere could contain this iron salt or monomolecule, which could be like oxygen for the lungs, but in this case, it is for the hair follicle, which absorbs this salt or the monoparticle of iron, which is not oxidized and by not being oxidized, it would hydrate the dendrites of the melanocytes and end up oxidizing in the form of melanin or hair color. It could happen that the iron in the blood is oxidized and does not perform the function of hydrating, forming and expelling light and giving original color to the hair.

If the new planet, or the unseen planet closest to the sun, Mercury, attracts iron particles from the edge of the solar system, the other planets could be favored by these particles as they rotate around the sun, and for example, we would have more iron particles throughout the year. It could happen that there is an excess of light in summer, and it could also be necessary for another planet to exist close to the sun and opposite Mercury, or on the other side of the sun but in the same orbit, which favors the absorption of water, by the same mechanism as that of iron. Could Mercury be the limit of attraction for Halley’s Comet? If another planet exists on the opposite side of Mercury, another comet with the same characteristics could form.

The iron in the particle, where it is preserved without oxidizing, could be the carbon of the antibody, which remains in the air. If the virus is dominant, it could be the longer carbon bonds with iron, which would cause the hair to lighten or whiten. If the virus reproduces in more variants, the carbon bonds are shorter, the antibody lighter, and the bonds with iron shorter, which would result in thicker, darker hair, but with a lot of color. Knowing this, if the carbon bonds are long, white hair, even when it has a color sensation, only occurs very occasionally, due to the very slow metabolism of the bonds or the number of carbon bonds with iron. This only happens in the hair. If the antibodies are highly concentrated and without variants, these antibodies slow the metabolism of the melanocytes and hair cells, and this delay would prevent the follicles from absorbing less iron.

If the carbon bonds are longer, will there be iron accumulated in the atmosphere, or will the chromosome of the planet on the opposite side of Mercury not grow?

The planets of the solar system, due to their mineral and gaseous composition, can be habitable due to their gravity, which may be the same, but their components are not. For example, Jupiter or Saturn are larger, but their mineral weight may be less. Because of this, for example, Saturn attracts lighter components from the edges of the solar system, but planets closer to the sun do not attract these components. If, for example, Saturn grows more than Earth and its component is carbon, iron with more carbon bonds would remain in its orbits because Saturn grew or is growing faster, and the iron and carbon bonds would travel to Earth thanks to the iron and mercury.

Another thing that could happen with asteroids orbiting the solar system is that they might have to orbit in the same direction as Halley’s Comet, wearing away and contributing their mineral debris, so that the planets have the same gravity for life. If this is unbalanced, the planet in the solar system that remains with the most gravity due to its mineral properties could be deadly to life and could unbalance chromosomes.

Another thing is vitamin D. The body uses vitamin D to produce neurotransmitters at night. Neurotransmitters consume fats during the day and produce neutrons, which when oxidized in melanocytes and melanosomes, attract antibodies. However, fewer neutrons are produced at night because the nervous system doesn’t consume fats due to the effect of the sun, which doesn’t separate water and can’t extract oxygen to oxidize neutrons. However, with vitamin D, the nervous system produces neurotransmitters and neutrons that produce cellular light. These neurotransmitters help form oxidized melanin thanks to vitamin D and neutrons.