4. Biological Law – Microbes and Germ Layer Affiliation
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The fourth biological natural law is the function of the microbes (bacteria, mycobacteria and fungi). It was previously assumed that microbes were pathogens, but this is not the case, since the microbes behave symbiotically with certain tissues and brain areas. The microbes are “repair helpers”!
The microbes are each assigned to a specific area:
Bacteria are symbiotically responsible for the tissue of the neocortex and only multiply after the conflict resolution to carry out repairs and optimize scarring processes.
The bacteria are in symbiosis with the mesoderm, which is controlled by the cerebral medulla. The bacteria are divided into two types. One type of bacteria supports scarring in the tissue, the other type settles on bones, among other things, and can liquefy surfaces to form them more evenly in the repair phase and thus produce smoother end pieces. This gives the bone an optimal starting position after repair.
The mycobacteria and fungi act in symbiosis with the tissue of the old brain, the endoderm of the brainstem and the mesoderm of the cerebellum. These also only become active after the conflict resolution to break down the excess cells that have fulfilled their purpose. The population of mycobacteria and fungi adapts to the excess cells (tumor) and gradually removes them, surgically precise.
If there are not enough mycobacteria and fungi available for the breakdown (for example, because the environment is too sterile or due to regular or intensive antibiotic administration), the excess tissue in the body is encapsulated/cystified. This encapsulation is comparable to a thorn in the finger. If it cannot be removed, it is enclosed by connective tissue and remains functionless and unproblematic in its position.