Cellular Info-Operability: Micro/Macro-Scale Inter- Communication in The Immune System of The Human/Mammalian Organism

In this paper it is demonstrated the informational basis of the operability of the immune system of human/mammalian organism, composed by micro-scale mobile and macroscale stationary components, and the close correlation between the micro-scale mechanisms and macro-scale effects, based on info-communication running processes, an issue not yet understood till present. It is shown thus that the activity of the immune system of human/mammalians is based on the transmission and reception of information, between the mobile micro-components of the immune system-the immune cells, and between these cells and the central info – manager of information in the brain-the hypothalamus/hypophysis. This is a consequence of the info-operability of the smallest units of the organism – the cells, disposing of the same structure of the informational system like that of the multicellular organism, as demonstrated by the informational model of the human body and living structures. This common infostructural organization is a typical fundamental key for the functioning of the living organisms in general and immune system in particular, which assures coherently the activity of the individual immune cell, of the collective community of the immune cells, working together to comply the same goal – the defense of the local zone against the antigen invaders, and of the entire multicellular organism. The common informational basis explained within the informational model of human body and living structures, allows to demonstrate that the immune system is a component of the info-genetic generator of the informational system of human body, and that the info-connection is an essential component for a right and correct communication between the immune cells. The dysfunctions of such a communication could rise to micro and macroscale effects, manifested first of all by inflammations and allergies, by cancer, arthritis, diabetes and even by diseases of the nervous system.

Keywords:Information; Informational model of the human body and living structures; Micro/macro-scale; Statistic cell population; Info-genetic generator; Immune system; Info-operability; B-cells/T-cells; surface receptors; Info-communication; Info-connection