Publicado: 29 de October de 2025 | Actualizado: 01/11/2025 a las 12:41:38 AM
The enzyme in the blood that indicates fatty liver could be key in the formation of rain, not atmospheric clouds.
The more fatty liver enzyme in the blood, the more rain is likely to form.
The fatty liver enzyme consumes sugars in the blood, preventing them from dissolving the moisture or clouds that lead to rain.
Doses of protein help in the formation of atmospheric water, and if protein levels are low or high, the liver may release a large amount of the fatty liver enzyme.
Alcohol also releases this enzyme in the liver, as it concentrates in the blood and consumes sugars.
With fatty liver and high levels of the fatty liver enzyme in the blood, physical performance decreases, by a certain percentage, depending on the levels of the enzyme in the blood. For example. The fatty liver enzyme consumes space that sugars use for antibodies and physical performance. With the oxidation of neurotransmitters and the fatty liver enzyme, fewer neurotransmitters are burned, leading to higher cholesterol and reduced elimination by the liver of antibodies or phagocytized leukocytes. This results in less frequent bowel movements, causing a change in bathroom schedule or a disruption of normal rhythms.
With the fatty liver enzyme, asteroids from space that end up on Earth could pause and become suspended in their micro-atmospheres.
Overdoing physical activity and getting too little sleep could lower protein levels and raise levels of this fatty liver enzyme in the blood.
It can also happen that blood pressure rises when the liver releases this enzyme into the bloodstream. This is because fewer antibodies and neurotransmitters will be oxidized, and oxygen consumption will decrease. In this case, people with a low pulse may experience a further rise in blood pressure because their heart rate cannot slow down enough to create an optimal blood oxygen pressure for their heart rate and oxygen consumption.
In the case of protein and fatty liver, several factors must be considered. The proteins in meat, fish, and milk are low-ionizing proteins in atmospheric water and are ideal for very humid days with rain. They help lower levels of the fatty liver enzyme in the blood. However, depending on the individual, they can cause vivid dreams when neurotransmitters are working at a high rate and humidity is low. In this case, I recommend concentrated plant-based protein in dietary supplements, such as pea protein, which has a higher ionizing and rain-forming level, inhibiting neurotransmitters and bright dreams. However, excessive consumption of this protein can lead to fatty liver due to excess atmospheric water and reduce physical performance.
Bright dreams can be a symptom that the atmosphere and cells are absorbing more hydrogen than oxygen. Asteroids absorb atmospheric energy and don’t dissolve into the planet. Hair turns white, insect photons appear, there is more gas in the colon, and lactate levels in cells rise—all due to low protein intake.
With low protein, carbohydrates aren’t burned and enter cells, being released prematurely as lactate into the bloodstream during exercise. Lactate has a similar effect on muscle power as the enzyme in fatty liver during exercise. With adequate protein intake, this sugar remains in the bloodstream, and leukocytes break it down into calories according to the levels needed for exercise and antibody production. If the sugar or carbohydrate enters cells, releasing lactate into the bloodstream, the delayed effect of leukocyte digestion is what negatively impacts physical performance during exercise, as the blood is low in antibodies. Certain nutrients in the bloodstream, after digestion and during exercise, can have the same effect as lactate and fatty liver enzymes. Proper digestion takes between two and two and a half hours for the stomach and another two to two and a half hours for the leukocytes, for a total of four to five hours to achieve optimal blood levels for physical performance. In Spain, according to this, the best time to eat would be 4:00 AM, if we get up early.