Updated 16/01/2025
Sugars do not enter all cells, but always remain in the blood and are absorbed by melanocytes and the stomach, for the following effects.
When we exercise, muscle cells, thanks to chromosomes and the chromosome thread, absorb gases and melanocyte cells metabolize sugars and in the production of melanin they release oxygen for the muscles and fats are metabolized in the blood. If the chromosomes of melanocytes lose sequences in their DNA proteins that make them absorb sugars, melanocytes metabolize less sugars and the level of cholesterol and sugars in the blood rises and could also create white hair.
The sugar in the melanocytes produces melanin and this melanin falls from the skin and when the fats dissolve, the earth’s atmosphere is left without water, but this melanin is lost, as if it were scales, which end up in the soil of the earth, increasing the mineral mass of the earth, which causes a cooling of the earth’s crust, which warms the oceans less, which is why it may rain less in summer. In old age this melanin can be trapped in the skin cells and the difficulty in losing it can reduce the caloric expenditure of sugars, which when metabolized release oxygen for the muscle cells.
Photo of my skin with black spots from melanin. Sorry, but I could not get a photo of my skin at an older age. They are quite different.
Here are some photos of my blood sugar and cholesterol levels, measured with Wellion. I recommend it because it is difficult to guess the levels.
Cholesterol:
This measurement may indicate that sugar is low and less cholesterol will be metabolized.
Thinking about this, we could come to the conclusion that sugar retains oxygen in the blood so that it does not escape through the lungs, and when we exercise, melanocytes metabolize sugars so that oxygen is released and enters muscle cells or is eliminated through the lungs, and fats can have the same effect, but in the atmosphere. When sugars are consumed, fats dissolve and atmospheric water releases oxygen and hydrogen, which is attracted by the lungs and retained by the sugars.
Sugars in the stomach help in the production of hydrochloric acid and insulin, which is released by the pancreas into the stomach so that the stomach cells break down the sugars or carbohydrates or hydrochlorides and form hydrochloric acid or gastric juices, and glucagon is the hormone released by the pancreas into the stomach so that sugars do not enter the stomach and so that the stomach completes digestion or the formation of gastric juices.
It could be said that if we drink a lot of liquids at all hours of the day, the sugar content for the melanocytes is reduced and the skin becomes whiter, because more sugars are used in the stomach and the absorption of humidity from the atmosphere can have the same effect.
After a certain time, some cells die and we lose weight.
These residues, of dead cells, inflame the liver, because it starts to work and physical performance decreases, because it starts to metabolize, those substances of dead cells, to eliminate and that create many residues in the blood that create inflammation of the liver when it works.
When waste in the blood increases, sugars rise in the blood to separate waste from the liver in the blood plasma and push it to the kidney to eliminate it and then, this sugar is transformed into CO2. This effect of sugar is like a drop of dishwashing liquid on a grease stain in a glass, but in the blood.
The pancreas releases insulin to eliminate or stabilize the sugar doses through the liver. And when blood sugar levels drop, the blood becomes more liquid and creates a systolic relief in blood pressure.
If, for example, we drink little water, the sugar remains in the blood longer, because without water, it costs more to eliminate toxins through the kidney and the insulin from the pancreas will release it later and causes a delay in physical recovery.
This effect of inflammation of the liver, every time it works, can be a marker of optimal physical performance. For example, when we have a certain weight and it is difficult for us to lose that weight, this indicates that the liver is not working very well and is not generating waste, that its performance is lower, with no food, and this indicates that the sugar is low in the blood and this indicates that the blood is very oxygenated and hydrogenated, and when we do sports, without eating, the performance is very optimal, because the liver works less and produces zero waste in the blood, and the liver takes a long time to become inflamed or works only to eliminate dead cells and in these processes it is advisable to ingest a few grams of sugar.
The body needs very little sugar, but when we eat a lot of carbohydrates, the liver transforms it into triglycerides to eliminate through the lungs and this is the only way the body has to eliminate sugar, it is excreted through the feces or transformed into triglycerides that are stored in the adipose tissue or the lung, it filters the triglycerides transformed by the liver and transforms it into CO2. Very placebo effect, when the chromosomes are activated, by chemical messengers, from transformation to triglycerides in the liver and the chromosomes that eliminate them in the lung.
The chromosomes that eliminate triglycerides in the lung, should only be activated with chemical messengers, when we ingest many carbohydrates, since, if they are not activated, it can create a benign tumor and if few carbohydrates are ingested, the chromosome should be activated less, so that the lung has the optimal amounts of triglycerides, since lowering the levels of these substances too much, can lead to a malignant tumor and raising the levels of fat or triglycerides, to a benign tumor.
The triglycerides in the lung are eliminated and create Co2, which is absorbed by the body and is a vital function, since it neutralizes the Co2 by the melanocytes and releases oxygen for the muscles and we could be like a filter, for the atmosphere of the earth.
Muscles do not absorb sugars, because if they do, they are not able to metabolize them and the muscle cells spit them out into the blood in the form of lactate. This can happen due to a lack of protein in the daily caloric expenditure.