Updated 10/29/2024
Muscles could use hydrogen and oxygen to contract, due to the force of attraction that creates water H2O. When muscle cells absorb oxygen, they use it to form a magnetic field, which attracts other cells with hydrogen and this attraction creates water and muscle movement.
Muscle cells use genes to absorb oxygen or hydrogen particles, as needed, to form H2O between cells and create a magnetic field.
CO2 could be caused to facilitate muscle expansion. Once the muscle contracts, caused by H2O, the loss of oxygen through CO2 produces the loss of the magnetic field of H2O between muscle cells.
Another thing that can happen is that, between sugars and fats, they regulate the amounts of hydrogen and oxygen in cells and they decompose and release carbon, for oxygen and CO2. They also give rise to more nervous activity and electrical impulses.
A curiosity is that when it is cold and cramps occur, the muscle can contract more strongly, caused by the formation of H2O or water, more easily.
The main molecules that CO2 forms in the muscles are sugars or carbohydrates. It can be said that when we do sports, for example, cycling, the more force we use when we eat, the more the muscle cells concentrate more oxygen than normal, to increase their field of attraction with hydrogen and thus increase the watts of muscle power and 40% more carbohydrates or sugars are burned, to eliminate oxygen in CO2. The more force, the more oxygen and carbohydrates.
On the other hand, what fats do is concentrate hydrogen and the more fats the cells absorb, the more hydrogen they concentrate, to increase muscle power, but several factors must be taken into account.
The cells that absorb fats concentrate hydrogen, but oxygen cannot enter these cells, since water would be formed and could create symptoms of anxiety, because atmospheric water would be formed which would increase atmospheric pressure or atmospheric weight and the cells would feel more pressure and with symptoms of hypertension and this effect can manifest itself in anxiety. It is important that there are a certain number of cells that absorb oxygen, to offset the effects of cells that concentrate hydrogen, and this serves to maintain emotional balance and the balance of the cells.
Another thing to keep in mind is that not all cells in the body are specialized like muscle cells, and muscle cells activate genes that other cells do not contain.
Another thing to keep in mind is that if muscle cells concentrate a lot of oxygen and a lot of hydrogen, they become fatter, thicker, and have difficulty getting warm and moving, because they concentrate a lot of molecules. That is why DNA sequences are important, which can be made to cause muscle relief.
DNA sequences can be various combinations. Eliminate oxygen-absorbing genes in cells that absorb hydrogen, regulate the amounts of hydrogen in cells that absorb hydrogen, and regulate the amounts of oxygen in cells that absorb oxygen.
It could be said that the muscle is divided into tissues, with their corresponding blood vessels. Some areas of the muscle use vessels only for fats and hydrogen and another area uses vessels for oxygen and carbohydrates.
When part of the muscle tissue absorbs fats through these specialized blood vessels, the muscle cells of one part of the muscle tissue become inflamed in the following way. When they absorb fats, they dissolve and swell with hydrogen with a film of fats that keep them swollen with hydrogen and this inflammation is constant for quite a long time. On the other hand, the cells of the other part of the muscle tissue remain deflated and only take in oxygen when exercising.
It could also be said that the cells that remain permanently swollen or inflamed increase blood pressure and the higher the blood pressure, the more inflamed the muscle cells are with hydrogen, but the muscle power is greater. It could be said that muscle cells inflamed with hydrogen at a maximum blood pressure of 13 and a minimum blood pressure of 8 could exert a power of 1000 watts of force, but only in short runs or exercises, since the more hydrogen, the more oxygen and the heart rate may have a hard time feeding the cells with these amounts of oxygen and hydrogen and by prolonging the heart rate, it can cause a loss of power and blood pressure. It can also be said that in endurance tests or prolonged exercise the cells become less inflamed to relieve the heart rate and the blood pressure is lower.
It can also be said that blood pressure can rise and fall at times of the day, since when exercising the hydrogen that causes inflammation is eliminated and blood pressure can also fall at times of the day, due to the caloric expenditure of the muscle cells from the hydrogen at rest.
Another detail of blood pressure is when the cells absorb hydrogen and swell up to 1000 watts of power, but in resistance exercise carbohydrates can be burned in calories, about 400 watts of power or 200 watts of muscle power due to various blood pressure factors. It can be said that when carbohydrates are burned at 200 watts of power the muscle is more relaxed but has less strength when exercising and produces more fatigue, but blood pressure is lower since with less power and less exercise carbohydrates or sugars deflate more the cells that breathe or swell with oxygen, causing less cell inflation and more cardiovascular relief or blood pressure. It may also be that, lowering the heart rate relieves the symptom of high blood pressure, but if you have low heart rates and the cells are almost all swollen or inflamed with oxygen and hydrogen, it may be that the blood pressure is high.
When carbohydrates are burned at 200 watts of power, the body uses more oxygen with less exercise and this causes the cells to be less swollen with oxygen when we rest, on the other hand, when burning carbohydrates at 400 watts of muscular power, when we rest blood pressure could rise to 15 maximum and 9 minimum because the body uses less oxygen and the cells remain more inflamed.
In these images I leave you an example of a high intensity exercise with my data.
