One finds an analogy between the chemistry and the muscular tone of the human body. There are various vectors, such as the neuro-transmitters: serotonin and norépinéphrine. These neuro-transmitters are multipotentielles hormones. It should be known that the hormonal level of the body is located on the level etheric. If the hormonal aspect is studied one arrives on two levels:

a level endocrinien
a neurological level pure

It is seen already that there is an interaction between the two. Integration between these two systems is done via the neurovégétatif system. Therefore, which us, we call muscular tone “” will be in relation to this sympathetic integrating level - parasympathetic. The muscular tone will be automatically influenced by the means of a system endocrinien, by the means of a neurological system in orthosympatic transformation - parasympathetic in a muscular tone which is expressed in gamma 2. The basic tonality of muscle fibre is the tonality gamma 2. Therefore on the level neuromusculaire one finds what one calls of the “doors” for control on the level of the pain, but also for control on the muscular tone via the controlling loops of “LUCHKA”.

How these neuro-transmitters will work on the cellular level?

The neuro-transmitters work on a cell starting from specific enzymes. The first enzyme is in the extracellular level; for example in a synapse. The enzymes are catalysts of a process of information. One finds oneself in a biochemical level. These transformers will be able to activate a second enzyme which is on the level of the cellular membrane: the adénylcyclase. This enzyme will activate two kinds of intracellular enzymes:

the c.AMP (cyclic adenosine monophosphate)
the g.AMP (cyclic guanine monophosphate)

These enzymes are found in a cellular level or they, either will be activated, or inhibited by phosphatases, giving or of the ADP, or of the ATP in the energy cycle of the cell; ex: creatin phosphates + ADP = creatin + ATP. Adenosine monophosphate can, for example, to start a level of cycle of KREBS. One will arrive in a level of oxidation or reduction. The cyclic GMP supports the oxidation of the cell, while the cyclic AMP supports the reduction. The cellular state, and the body is a cellular state, is thus dependent on this mechanism of oxydoreduction, even controlled to him by a cyclic GMP or a cyclic AMP, activated by specific neuro-transmitters.

Characteristics:

The cyclic GMP will support cellular oxidation and will give an alkaline medium. The enzymatic medium will be a medium disulfuric “SS” because the enzymes are connected to a sulphuric factor. The cyclic AMP will support the cellular reduction and thus an acid medium. The enzymatic medium will be a sulphuretted medium “HS”.

- Oxidation

SS-disulfurique

Transmitters c.AMP

Serotonin

Repolarisation

Alkaline medium

Parasympathetic

- Reduction

Sulphuretted HS

Transmitter C. AMP

Norépinéphrine

Depolarization

Acid medium

Sympathetic

Oxydoreduction is a cellular state. Oxidation allows the cell of repolariser, the reduction enables him to be depolarized. The system of oxydoreduction is a system 50/50. That wants to say that one has a cell which is out of balance, the balance of the osteopaths. This makes it possible fabric to seek this point of balance in oxydoreduction and to allow the adjustment of the cellular potential and thus of the muscular tone. A certain number of substances make it possible to balance the system: phosphatases, hormones steroids, thyroxine, histamine, insulin. Now if there is an imbalance, there is more reduction than of oxidation and one finds oneself in a medium which is depolarized and which repolarise more. These fabrics become less and less energy, they devitalize.

System of PISCHINGER

Here one finds oneself in a level 25% - 75%. That wants to say that for a given fabric, the majority of the cells are not repolarisent any more because there is not a system of c.GMP activated by serotonin.

There is an analogy with the omeostasy because the fabrics will be responders more specific to stimuli either sympathetic, or parasympathetic.

Basic tonicity ortho - para is a tonicity which is dependent on a level hypothalamic, but it is not the level hypothalamic which will direct basic tonicity. This tonicity is directed starting from fabrics, the response of these fabrics with respect to the 50/50 ortho - para. The more acid the fabrics are and the sympathetic tonicity becomes. The acidity of fabrics is informed on the level hypothalamic. At the beginning there are two impulses which is equal, ortho and parasympathetic, because a sympathetic system contains a little transmitters acetylcholinergic and that a parasympathetic system also contains some adrenergic epinephric fibres. In each one, there is a balance on the level of the final axons. There are not specific fibres. There is always a cholinergic mixture adrenergic. In a system ortho - parasympathetic there will be always 75/25, there will be always information on other side, a feedback. If it is in acid prevalence, that retains information ortho rather by changing the internal medium at the extracellular level, by modifying polarization - depolarization, and thus the system of oxydoreduction until informing the system hypothalamic.

Tissue State:

acid = adrenergic sympathetic
alkaline = cholinergic parasympathetic

The response of fabrics with respect to a stimuli will be either alkaline or acid. This information comes on a level hypothalamic. This one contains an osmotic center where the acido-basic balance, located at the level of the cores paraventriculaires is weighed and supraoptic in the base of the third ventricle. From this osmostat, there is an activation is former towards the level of the former cores hypothalamic which are parasympathetic, that is to say towards the dorsal and ventral cores which give a sympathetic tonicity. There are also side cores which are integrating. These cores ortho and parasympathetics again will install a prevalence acetylcholinergic or adrenergic and there, one finds oneself in a muscular tone. This information will imply on the level of basic tonicity gamma 2 of the muscular cell which contains a system of prevalence in polarization - depolarization. The tonality which one finds on fabrics, is found on the level of the body. Thus biochemistry = tonicity gamma 2. The muscular tonality will automatically express the acidity or the alkalinity of the body in a posture, precisely by the tonicity of the muscles érecteurs of the trunk. There are musculatures which are rather on the left, others rather on the right, in inflection or extension. All this is due to the tonality of the paravertébraux muscles which have double information starting from the system of LUCHKA, and starting from fibres of the chain latérovertébrale ortho-parasympathetic. The system of oxydoreduction par excellence, it is the muscular system. It is a system which uses the decarboxylation, oxidation also, therefore it is a system which uses the glycogénolyse, it is a system either oxygenic or lactic. One finds oneself again in an energy specific system. The posture thus will have a prevalence on the left or on the right, ahead or behind, in right rotation or left rotation. It is there that one will find the basic cellular system to include/understand a spiral at the physical level, because this spiral is directed with respect to external information neurosensory, emotional, and with respect to a physical system. With this system, the body does nothing but compensate. It is the system of PISCHINGER.

Once the cell is depolarized and that it does not have any more the possibility of repolariser, it remains in a state of permanent depolarization, and in more it will inhibit the cells which are around. It will start to form a tissue system aspecific, in rest or exhaustion. It is there perhaps that one finds the energy cysts. Permanent depolarization is a short-circuit. For example, the cicatricial tissue is a depolarized fabric, it is an exhaustion at the chemical level, but at the energy level it is a short-circuit. There is a possibility of “recoil”. Therefore one goes défibroser. It is important to include/understand this system, because it occurs in the body. The system hypothalamic is not only one system osmostatic, it is also an emotional system via the circuit of PAPEZ, circuit hippo-campo-mamillo-thalamic, nervous circuit pertaining to the limbic system. Circuit of PAPEZ, that will pass in the réticulé system and basic tonicity, therefore the system thalamo-spinal or réticulo-spinal descendant. One can then find an emotion which will change a system of oxydoreduction by changing neurosensory information in a basic tonicity preferentially organized into right or left system. The neurosensory one, the emotional one are thus organized with respect to outside in an acid medium or basic.