MAGNETOELECTROCHEMICAL CONCEPT OF METABOLISM: POSTULATES AND MAIN CONCLUSIONS. PART 1.

Abstract

The article presents the elaborated postulates of the magnetoelectrochemical scientific concept of metabolism in relation to the atomic and molecular levels of electromagnetic phenomenology. The aim of the study is to summarize the available current results and scientific physical and biological ideas in the magnetoelectrochemical concept of metabolism from the standpoint of systemic medicine in order to deepen the fundamental knowledge of systemic medicine, increase the effectiveness of measures for the prevention and treatment of non-communicable diseases by improving their diagnosis and prophylaxis through the introduction of the latest high technologies. This theoretical study was carried out to develop a new level of knowledge concept; it generalizes the results of research work (including exploratory research, development and processing of a scientific hypothesis, a series of empirical studies) in the form of a theoretical basis and formulates postulates of theory of the magnetoelectrochemical concept. General scientific and theoretical methods as components of a systemic approach (taking into account the interdisciplinary, interdisciplinary, transdisciplinary scientific environment) were applied in the study. The synthesis of scientific knowledge included the microlevel (atomic, molecular) and macrolevel (tissue, organ, organismic) of elucidation of the magnetoelectrochemical phenomenology of the organization and functioning of living biological systems, including a human body. There are 12 postulates and 4 conclusions regarding the atomic level and 26 postulates and 6 conclusions regarding the molecular level of the magnetoelectric organization of the structure and functioning of living biological systems presented in Part I. Such basic fundamental conclusions grounded on the results of theoretical research are set out in Part I: 1) the life of a biological system is a process of magnetoelectric activation of its biomolecules and it starts and ensures their biochemical activity and structural integrity in their collective interaction of a single organism; 2) modern fundamental knowledge of the level of atomic-molecular magnetoelectric processes of living biological systems should be fully integrated into medical science with a shift in the electrochemical paradigm of metabolism to the magnetoelectrochemical paradigm based on the positions of systemic medicine.