Updated 06/19/2025
80% of the gases we breathe end up in the nervous system, muscles, and fats produce neurotransmitters, and 80% of the gases we breathe oxidize neurotransmitters.
Muscles are made of proteins and do not absorb fats, carbohydrates, or sugars, only protein. If they contain sugars, it is to store them and send them to the bloodstream when glucagon is released from the pancreas.
It can be said that chemical messengers or neurotransmitters are neutron charges that end up in the muscles, and oxygen particles neutralize that charge. The more intense the exercise, the more oxygen we need for more chemical messengers.
The greater the force, the more messengers, which end up in more muscle fibers, which contract with magnetic force.
Muscle cells only breathe to eliminate chemical messengers, which end up coupling with antibodies, which are attached to the chromosomes of muscle cells.
If our blood pressure rises or drops suddenly during exercise, it may be due to A or B antibodies, which bind to receptors and, depending on the type of antibody, open or close the cell membrane so that the chromosomes of the nervous system or muscle cells can breathe, depending on the amount of antibodies or neurotransmitters.
While we sleep, our muscles don’t work, which is why our heart rate and oxygen consumption for neurotransmitters decrease significantly.
100% of fats are used by the nervous system, and the body doesn’t use them for anything else; they accumulate or store them in adipose tissue. The liver produces fats from carbohydrates, which it transforms into triglycerides, and they are also found in other foods.
In these images I leave you an example of a high intensity exercise with my data.
These details about the neurotransmitters eliminated in the blood are also important. When muscle cells eliminate oxidized neurotransmitters, they end up coupling with antibodies, and the oxidized antibodies with neurotransmitters form CO2 or other compounds, which end up in the blood to be eliminated by the lungs, liver, and kidneys.
The effects of medications or substance molecules, many of which do not end up in cells, since cells are unable to metabolize them, but leukocytes can metabolize them to produce antibodies for the chromosomal openings of muscle cells.
Another detail about physical performance can be noticed on the scale. If physical performance increases due to the good metabolism of fats and sugars metabolized by the leukocyte to produce antibodies, calorie intake is greater and weight decreases more. If physical performance decreases during the same exercise due to poor fat metabolism, calorie intake is lower while we exercise and weight does not decrease.
Sugars are important for antibodies, and without sugars, muscles wouldn’t function for the following reason. The antibody produced by the leukocyte, thanks to sugars, maintains blood pressure when it attaches to the muscle cell receptors. This allows the antibody to close the cell membrane for breathing, blocking the cells’ chromosomes. If there are no sugars, there are no antibodies, and blood pressure could rise significantly. If blood pressure rises, just a little exercise is enough to oxidize the antibodies in the muscle cell receptors, with the neurotransmitters, forming CO2.
In metaphysics, blood fats do all this. When we digest fat, we take an asteroid from the solar system’s ring, and it begins to pick up spectacular speed. The neurotransmitter travels through the nervous system to the muscles. When the neurotransmitter reaches the muscles, the asteroid dissolved in its orbit at high speed, and the antibody, either completely or only a little, turns to dust, and that dust ends up on the planets. On Earth, this dust produces atmospheric heat and oxidizes with oxygen, which is why atmospheric water is important for cushioning the impact of exercise.
It could also be said that antibodies or viral infection molecules, which function similarly to antibodies by attaching to receptors, could be related to planetary balance and alignment, and viruses may be planetary, helping to achieve balance and survival on other planets.
Another thing that can happen is that, with age, cell receptors may have to be regulated by modifying chromosomes. This is so that when neurotransmitters wrapped in oxygen or loaded oxygen are released, the cell doesn’t engulf the antibody by attraction, but rather remains in the receptor until the neurotransmitter arrives. If the cell engulfs the antibody, the cell is damaged, and physical performance can drop by 20%. Proteins dissolve, expelling the antibody, and due to a malfunction, it also expels sugar in the form of lactate, due to cellular asphyxiation. If the antibody isn’t engulfed, lactate takes longer to rise in the blood with exercise. It can also happen with medications, like one I take, that it is metabolized as fat, which increases the load of the neurotransmitter with oxygen. This causes the antibody to enter the cell, causing anxiety or asphyxiation. The receptor must be tightened with more pressure to prevent the antibody from entering.
When we exercise, it can also happen that we’re unable to absorb asteroids, and antibody levels drop. Muscle cells, lacking A and B antibodies, don’t breathe and expel oxygen properly, and physical performance and endurance decline, or we suffer more and become nervous. Testosterone levels can also rise when the atmosphere, in this case, is clear of dust due to the virus-positive test. In this case, the leukocyte uses other A and B antibodies to regulate the production of viruses in cells, and they then end up in the testes, which must synchronize with their chromosomes to reproduce sperm. When sperm reproduce and the virus-positive test is removed, testosterone drops, and we once again collect asteroids and create atmospheric dust.
If the testicles are unable to absorb viruses because they inflame their cells, since sperm only have 23 chromosomes and the virus may contain information from another gender, the leukocyte releases an antibody to the entry key for this virus, and the viruses are released into the blood, reducing them in cells into more variants with only the information from the sperm chromosomes, so they can be absorbed by the testicles. This effect on aging translates into less physical resistance, since the leukocyte is more occupied with antibodies for viruses and may also be something to do with menopause in women.
It could be said that the virus is destroyed in the formation of sperm and with other variants it is released or expelled.
During menopause or aging, in both men and women, since men produce fewer or no sperm, just like women, to improve physical and reproductive condition, chromosomes must be created in the testicles or ovaries, depending on the viral antibody that is expelled does not destroy the virus and depending on the layers of antibodies that the virus takes, to be expelled, chromosomes must be created with information that deciphers the variants of the virus, for elimination in testicles or ovaries. Each layer of antibodies that the virus takes contains genetic information, in the leukocyte, which helps the chromosomes that reproduce in the testicle and ovary, to dissolve the variants of the viruses in cells of the body, until it takes layers of antibodies and is eliminated by the testicle and ovary and could lead, more in women, that in menopause an egg can be produced. Physical fitness improves because the leukocyte can create more antibodies, for physical performance or cell respiration, not for viruses, and if it has viruses that are not destroyed, the leukocyte is more limited in stopping the number of undestroyed viruses in the body.
These chromosomes, which reproduce in the testicle, reproduce if they have been lost. When these chromosomes are lost in the testicle or ovary, viruses are not destroyed and accumulate in the blood. Over time, they become more numerous and are surrounded by layers of antibodies, for the following reasons: It is important to know that viruses can be from asteroids, but not all of them. Others are from comets or water, such as influenza or herpes. These viruses are necessary to cushion the impact of atmospheric dust, which oxidizes oxygen and dries the atmosphere of humidity. If the atmosphere reaches very low humidity conditions, this asteroid chromosome in the testicle can be lost, reducing the virus that causes the adverse atmospheric conditions, and the blood accumulates it for another occasion when it is more humid.
Changing the subject, it’s also important to know that if we eat a lot of carbohydrates, they can end up in triglycerides or fats. A blood fat level above 200 is enough to run at least a half marathon without eating anything, and below 200, it’s difficult to achieve a good time. Fat levels are for neurotransmitters, and in the blood, the atmosphere could determine the amount of atmospheric water. If cholesterol is below 200, the atmosphere absorbs less water for asteroids, and 200 or higher can indicate deep storms. This is a bit tricky for older people, as cholesterol above 200 can be dangerous since they rarely exercise.
If you’re about to run a half marathon with cholesterol below 200 without eating anything, you may experience muscle soreness at the end of the half marathon. This is because antibodies remain at the entrance and exit gates of muscle cells, unoxidized, and depleted of fats and neurotransmitters. The cells can’t breathe because oxygen doesn’t interact with them, and without oxygen, the cells produce pain. Muscle soreness can be an indication of low cholesterol.