Cells need to oxidize molecules to metabolize them.
When a cell metabolizes a molecule, it concentrates energy to attract and dissolve asteroids from the solar system’s ring and oxidize them in the atmosphere, causing atmospheric warming.
If cells don’t oxidize the asteroids’ molecules or particles, the atmosphere becomes flooded with water, and the molecules aren’t oxidized, but instead turn into ash, causing hair to turn gray and cells to become thicker and slower.
This could be due to the descent of asteroids from the solar system’s asteroid ring. Since cells don’t absorb asteroids, they can’t oxidize their components in Earth’s atmosphere.
Jupiter could feed the asteroid ring, producing asteroids for the ring. As the asteroid level increases, the ring gains more magnetic charge, making it easier for cells to absorb the asteroids and oxidize their molecules. This effect can cause global warming and extreme cellular hydration, or hair rejuvenation or pigmentation.
In reality, Jupiter could act like leukocytes, and the leukocyte chromosome dictates the size and quantity of asteroids. If the quantity is insufficient, carbon particles of molecules remain unoxidized. It would be like poorly ground. It could also happen that excessive oxidation leaves the atmosphere depleted of oxygen and extreme heat.
It could also happen that the amount of antibodies phagocytized by the leukocyte has the same effect as Jupiter. If the leukocyte phagocytizes little, the leukocyte cell molecules don’t oxidize all of their particles because the oxygen is forming water. The neurotransmitters that end up absorbing oxygen to oxidize molecules of what the leukocyte phagocytizes. In this way, the phagocytizing antibody targets a specific chromosome hole. If there is little oxygen and a lot of water, this antibody remains unoxidized, the carbon of the leukocyte molecules, like sugar, which ends up in the antibody. The more neurotransmitters and antibodies there are, the more hydrated the cells become, and the more the atmosphere warms. The fewer neurotransmitters and antibodies there are, the colder the atmosphere becomes, and the slower the cells become.
It could also happen that the leukocyte phagocytizes poorly, without dividing the antibodies for each chromosome, and these cannot oxidize because they are not divided, but are instead joined with others, leaving chromosomes without antibodies to oxidize.
Another thing that could also happen is that more divided antibodies end up on more chromosomes, and this could promote the release of a variety of gases that retain cells and cause inflammation.
It could also happen that, while asteroids are being formed on Jupiter, the atmosphere takes on water to prepare for the asteroid ring when it becomes charged.
It could also happen that the core or nearby layers of minerals lose their oxidation and form ash when they heat up or lose gases. It could be said that without antibodies in the chromosome holes of cells, they would not be able to expel gases, and when they become inflamed, they are unable to absorb gases either.
Ash could be the component of the core of planets, moons, and asteroids.
This effect of Jupiter could be due to the planets’ gravity, due to their larger size compared to other planets in the solar system. Larger planets could lose their mineral components and form ash with their mineral remains, so that the planets in the solar system are balanced for the formation of life or become habitable.
It could be that Jupiter is full of gases, due to the leukocyte ingesting sugar and transforming it into ash or antibodies, releasing the sugar from gases, so that muscle cells, for example, eliminate the neurotransmitter or oxygen. Those gases that the leukocyte removes from sugars, for example, would be Jupiter’s gases.