Updated 05/18/2025
80% of the gases we breathe end up in the nervous system, and the nervous system and fats produce neurotransmitters, which make up 80% of the gases we breathe.
Muscles are made of proteins and do not absorb fats, carbohydrates, or sugars, only protein.
It can be said that chemical messengers, or neurotransmitters, end up in the muscles in the form of oxygen particles, with the properties of fat. The more intense the exercise, the more oxygen we need for more chemical messengers.
The greater the force, the more messengers end up in more muscle fibers, which contract with magnetic force.
Muscle cells only breathe to eliminate chemical messengers, which are eventually eliminated by the lungs. The lungs only eliminate chemical messengers.
If our blood pressure rises while exercising and our physical performance drops sharply, it may be due to fats, which block chromosome holes in the nervous system, which breathe oxygen to produce chemical messengers.
While we sleep, our muscles don’t work, which is why our heart rate and oxygen consumption for neurotransmitters drop 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 neurotransmitters, they end up in the red blood cells. If we eliminate them quickly through the lungs, the fats are not metabolized into lipids or liquids, and these, when not transformed into liquids, accumulate in the arteries. The neurotransmitters eliminated by the cells that end up in the red blood cells, when they accumulate, transform the fats into liquids, and these are better absorbed by the nervous system. It is correct that when the blood has sufficient amounts of liquid fats to be used as calories and absorbed by the nervous system, it is time to release the neurotransmitters from the red blood cells and eliminate them through the lungs. If the nervous system does not have liquid fats, it is unable to absorb or metabolize them, and physical performance drops by 30%. Fats are only metabolized by the blood and the nervous system. When adipose tissue releases fat and the liver produces triglycerides, they become thicker or more solid and require neurotransmitters in the blood to transform them into liquids, since no other body tissue or cells can do so. This process is regulated by chromosomes in the liver and lungs and may need to be adjusted if the fats are not optimal.
The effects of medications or substance molecules often do not reach cells, since cells are unable to metabolize them, but the blood can metabolize them, and this can impair performance.
Another detail in physical performance can be seen on the scale. If physical performance increases due to improved fat metabolism, calorie intake increases and weight decreases. If physical performance decreases during the same period due to poor fat metabolism, calorie intake decreases while we exercise and weight does not decrease.
In metaphysics, carbohydrates in the blood do all this to the muscles and the asteroids in the solar system’s ring. When we digest a carbohydrate, we take an asteroid from the solar system’s ring, and it begins to pick up spectacular speed, at which point the carbohydrate is transformed into fats for the nervous system, which will produce neurotransmitters for the muscles. When these fats run out in the nervous system, the nerve is left empty, charged, but without neurotransmitters, at which point one becomes somewhat nervous. At that moment, if we ride a bicycle, the sugars in the blood produce antibodies and clog the cells, so they store oxygen for the nervous system, for when it has fats. At that moment, if we ride a bicycle, a limb can swell or our hands can go numb. At that moment, it’s better for the asteroid to slow down and be visible in its orbit in the direction of the sun and back. At that moment, the nervous system once again takes on fats, and the antibodies are released from the cells, and our hands stop going numb or the swelling goes down. When cells absorb antibodies, their wattage drops and is not produced, and when the nervous system absorbs fat, performance increases, and power watts are generated more easily. In old age, it’s difficult to absorb asteroids and give them speed, making it necessary to modify DNA. Unbalanced sugar or fat levels can also be primarily related to the DNA of the spinal cord, making it necessary to modify the DNA of chromosomes or correct diet or exercise. When asteroids gain speed and orbit, the nervous system consumes fat, but sometimes it’s necessary for them to slow down because they won’t consume any more. However, the nervous system still contains fat, and this could be the ideal measure of fat, since if it didn’t lose speed, more fat could be generated, which accumulates in the arteries. When they lose speed, they could end up back in the asteroid ring.