Updated 01/12/2024
Proteins are dissolved in the brain to control triglycerides and fats from adipose tissue, to send them to the blood and feed the muscles.
Every time proteins are dissolved, the adipose tissue works and in the protein execution phase, the adipose cells release fats or triglycerides, synchronizing the two types of adipose cells, according to the needs of oxygen or hydrogen in the muscles and in this synthesis of proteins in the brain, dreams occur and in the final phase of protein dissolution in the brain, the adipose tissue suffocates and activates the protein in the adipose cell, which causes low atmospheric pressures or storms.
When proteins are not dissolved in the brain, it produces dementia and is due to too much protein in muscles, more so in older people, because the protein in muscles reduces physical performance and the adipose tissue works less, possibly caused by phage viruses, which modify the chromosome of the muscle cells, so that they absorb protein to reproduce.
To correct this effect, it is necessary to lower the protein levels in muscles, correcting chromosomes of muscle cells, which activates the adipose tissue, makes the body absorb more gases, which fights the phage virus, because it dies with too many gases in cells and makes the proteins dissolve in the brain and causes more dreams.
A curious fact is also that some psychotropic drugs for the treatment of schizophrenia may contain substances 100 times the potency of a protein, and this leads to a greater number of neurons absorbing less protein, causing fewer dreams and messages between neurons since they are enriched with gases containing less protein.