Abstract
In this view point paper, we briefly summarize some of the clinical, biochemical and biophysical results obtained in our research on Relaxation Response. We also qualitatively describe the theoretical biophysical model that could link them. Our work points to a unified view of the human biological system activity, joining the dynamics ruling the interactions and correlations of the microscopic components to the knowledge of their specific individual properties in the effort of going beyond a purely atomistic approach.
Highlights
It is not a bacterium that solely and unequivocally determines an infection, but it is the relationship between the bacterium, the host cell, the immune system, the neuroendocrine network, pollution, mental stress etc., that can describe how some people get sick or not when exposed to the same “pathogenic” micro-organism
There is no room to go into details, we briefly mention that the Goldstone theorem in quantum field theory (QFT), largely confirmed by experimental observations, predicts that long-range correlations are dynamically induced among the dipoles as consequence of the spontaneous symmetry breakdown
By using the values for the various quantities, we find λ3/d3 >> 1, which shows that quantum effects of the dipole field dynamics may appear
Summary
The appearance of property concerns the manifestation of an object to another, it is the relationship between the object and the object in relation that manifests itself. The biological world is a game of perspectives: a molecule, a cell is like a mirror on which the other molecules or cells with which it relates are reflected In this sense, it is not choletserol that close the arteries but the relationship between cholesterol, vascular endothelial cells, hormones, cytokines, neurotransmitters, pollution, mental stress, etc. It is the functional activity of the system that remains stable and efficient, not the details of the state of the individual components These remarks, obvious, are often disgregarded in the practice. Especially in biological systems, structure and function cannot be separated (Vitiello, 1998) This is a view point paper and we can only briefly report results of our research, its theoretical framework and the view which emerges from all that.
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