In the animal kingdom, it is attached to unorganized structures, to everything that is embryonic. It is the frequency of the primitive living being; it is in sympathy with the cell in its raw, undifferentiated state. This frequency, the most archaic, is also the most anarchic, if I may say so.

→ Action at tissue level: Wounds, epithelial tumors, epidermal reactions, etc.

More elaborate, is specific to the visceral nutritive system; it echoes the primary digestive system.

→ Metabolic and digestive problems: Trophic functions, parasympathetic polarity, interoceptive influxes, etc.

Signals the motor elements of the organism. It is the reflection of movement, limbs, renal system, genital system.

→ Locomotor problems: Ergotropic function, orthosympathetic polarity, etc.

Leads us to an even more evolved organization. It introduces the notion of symmetry, by selectively affecting certain so-called "odd" organs, whose characteristic is to be unique but anatomically symmetrical - for example the corpus callosum or the white commissure, two symmetrical cerebral formations, located between the right hemisphere and the left hemisphere.

→ Laterality disorders

Is that of the spinal cord, of the central nervous system, which perceives and makes the more or less layered functional units communicate with each other.

→ Pain and nerve conduction: spinal cord disease

Represents the subcortical brain regions. These formations are found in the brains of evolved animals, such as dogs.

→ Brain and bone reconstruction

It resonates with the most elaborate structures of the organism, those of the cerebral cortex, a typically human part of the brain, which gives man the capacity to think, create and imagine.

→ Action on the cerebral cortex: Cortical and psychological disorders, etc.