Disruption Of Nerve Functioning Is A Necessary Factor In Progression Of Inflammatory Conditions

[Diokine]

Metabolism can be roughly viewed as a set of timed processes, with many dimensions between the degrees of timing. This is a fairly mechanistic view of what is happening, but will allow us to think about how disruptions in the timing can lead to changes in the system. Many different biological reactions can be explained as catabolic events that fall into motion when the conditions are “primed,” and they are carried out at a specific rate relative to other processes. Phosphorylation, for example, is a rather quick process, while something like the complete synthesis of pregnenolone is a much longer one with many intermediate steps.

Our entire body, in a sense, is “in phase” or coherent with itself to varying degrees. The broader the degree of control the organism has over accurately changing the dimensions of timing, the greater adaptability it will have. Conversely, it will be able to eliminate any invader that can’t handle a set of timing that might be tolerable but not optimal for it, but will be harmful or fatal for the intruder. The less control the organism has over the degrees of timing, the less tolerable any adverse condition will be.

When a condition calls for drastic alterations in timing, for example to prevent serious disruption by some toxin, the entire body is mobilized in this effort through the actions of the nervous system. Various neurotransmitters have great control over the electronic interactions that happen in the body, and through the signals and tones supplied by the nerves they are able to rapidly alter the environment cells and tissue are in, and are able to exert great control over many dimensions of timing.

In situations where a certain degree of timing cannot be maintained, such as an injury, there exists a mechanism by which the body is able to change the energetic coherence of the injured location. One dimension of this is inflammation, and it serves to maintain injured tissue and to bring about repair. The state of the nerves, and indeed the entire electrical field of the body, are absolutely critical in determining the quality of repair. Disruptions in harmonic patterns formed by the interaction of our coded genetic timing sets, our environment, and our consciousness, will create instability and lack of proper integration and repair.

Steroids as harmonic tonal/modal field entities

Context of cortisol and other corticoids to phasic tissue maintenance and energy coherence

Action of PUFA/metabolites and general fatty acid metabolism on tissue response to timing spectrum

Thyroid hormone and cell energy production timing

Immune system as recognizing patterns outside of our own, antibodies as a quantum deconvolution function with respect to our body's metabolic comprehension

Sympathetic/Parasympathetic – Quantum circuit anode/cathode - inductive/space shaping

Anabolic/Catabolic breathe up and breathe down METAbolic

Quantity of probability? Irrational in the moment, nonsense. There is no moment, we are falling



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-The Involvement of Parasympathetic and Sympathetic Nerve in the Inflammatory Reflex

-Autonomic nervous system activity and inflammation: good ideas, good treatments, or both?

-Toll-Like Receptor 4 Promotes Autonomic Dysfunction, Inflammation and Microglia Activation in the Hypothalamic Paraventricular Nucleus: Role of Endoplasmic Reticulum Stress

-Parasympathetic Modulation of Local Acute Inflammation in Murine Submandibular Glands

-The Role of the Autonomic Nervous System in Atherosclerosis - Targeting the Cholinergic Anti-inflammatory Pathway in Humans and Mice

 

[Such_Saturation]

I follow but

a quantum deconvolution function with respect to our body's metabolic comprehension

 

[Diokine]

 

[Such_Saturation]

@Diokine you wanna write some piece together with me?

 

[Amazoniac]

there are new ideas about the whole functioning of the immune system that have been coming up in the last twenty years. Jamie Cunliffe and Polly Matzinger are the leading figures in that view on the immune system. And I see it as imagining the body as an eco-system which is simply so strong in some people at maintaining its own organization and stability that when something extraneous like a bacterium or a virus or a cancer cell happens to invade it, the situation is so tightly organized in favour of maintaining the host organism, that the invader can't find their place, the niches are all occupied doing business with the owner of the property, that there's simply no place to camp out.

HD: Like the strong man in the house, no one can invade it.

RP: Yeah, and I don't see it as a killing of the invader, but simply as using up all of the electron space productively so that the invader can't do strange things with it like turning sugar into lactic acid.