Abstract

Dynamic Congruence and Coherence is a dynamic model and framework used to understand the mathematical and quanta relationships within the biochemical and biophysical aspects of the human organism. It is an integrated or holistic model that may be utilize to explore the etiology and the observed signs and symptoms of the diseased and healthy states (stable and unstable states) With measured parameters, the model can then be used to predict which of the parameters or symptom or system disruption may have the largest influence on Dynamic Congruence and thus explore significant avenues into potential therapeutic targets. The sign and symptoms represent our Quanta or information output.This Energy model also lends to graphical representation of our body as a physiologically dynamic system, as well as an input model for the deliverance of Quanta to that system.In the model, several parameters of various systems, with appropriate correction and correlation factors, summate to provide a description of dynamic congruence. If an organism is in a state of dynamic congruence, we expect that changing one parameter will influence another parameter to change in the opposite direction, so that the equilibrium is restored. Mathematically, this means that the system will revert back to the original number, also it would suggest that the organism is a congruent system that moves away from chaos and disorder.As the spring‐like structures in figure 1 and the qualifier ‘dynamic’ suggest, it may take the system a while before it ‘swings back’ into the original state, thus representing a truly holistic model.Support or Funding InformationSupport from Institutional Resources of USAT, EMI, and UHHThis abstract is from the Experimental Biology 2019 Meeting. There is no full text article associated with this abstract published in The FASEB Journal.

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