ELECTRO-PHOTONIC EMISSION ANALYSIS IN FUNCTIONALLY HEALTH RESPONDENTS AND PATIENTS WITH NON-COMMUNICABLE DISEASES.

OBJECTIVE: The aim: Of this publication is to evaluate the results of EPEA in functionally healthy respondents and patients with NCDs to deepen fundamental knowledge of Systemic Medicine, increase the effectiveness of measures to prevent and treat NCDs by improving their diagnosis and prevention through the introduction of modern science-intensive technologies. PATIENTS AND METHODS: Materials and methods: 114 respondents were included in an open non-randomized controlled study. 66 сcomorbid patients (71% - men; median age - 61(43; 80) years) with verified Ischemic Heart Disease: functional class II-III angina pectoris were included in the Main Group. 78 functionally healthy young people (23% - men; median age - 23(20; 30) years) who did not play sports regularly were a Control Group. EPEA was made on a digital software hardware device Bio-Well 2.0 (Bio-Well 2.0, Russia-USA). RESULTS: Results: Significant differences in AEFE indicators in functionally healthy individuals and patients with NCDs were established. Qualitative indicators of AEFE (indicators of area, intensity, energy of emission) were significantly higher in functionally healthy individuals compared to patients with NCDs. Geometric indicators of AEFE (indicators of length of contours and radii of luminescence) were significantly higher in patients with NCDs than in healthy individuals, which confirmed the visually uneven and more complex contour of luminescence of the fingers in them. CONCLUSION: Conclusions: AEFE parameters have significant differences in functionally healthy individuals and patients with NCDs. AEFE is a fundamentally new promising approach to assessing the level of activity of metabolic processes at the tissue level in living biological systems, including in the normal human body and in patients with NCDs.

The study of the electromagnetic component of the human body as a diagnostic indicator in the examination of patients with non-communicable diseases: problem statement.

OBJECTIVE: The aim of the publication is to substantiate a conceptual system of views on the role of internal electromagnetic fields and the scientific feasibility of studying the direction of their possible use as a diagnostic indicator in the examination of patients with NCDs. PATIENTS AND METHODS: Materials and methods: The of the presented data was carried out during a search study of methods for the rapid assessment of valeological status, prenosological early diagnosis of NCDs, analysis of existing methods for studying the electromagnetic phenomena of the human body. RESULTS: Review: The authors systematized the existing technical capabilities and instrumental methods in the framework of systemic medicine. The article proposes a working classification of methods, justifies the choice of methods for further research. CONCLUSION: Conclusions: 1) The study of the electromagnetic component of the human body as a diagnostic indicator in the examination of patients with NCDs is a relevant and promising scientific direction at the present stage. 2) Methods for assessing heart rate variability in a short recording, computerized hardware segmental diagnostics, a computerized digital study of Gas-discharge Electrophotonic Analysis, determination of the PBS-activity of body tissues were selected to further examine the value of their diagnostic parameters in examining patients with NCDs in the first and second levels of therapeutic care.

Evaluation of the human bioelectromagnetic field in medicine: the development of methodology and prospects are at the present scientific stage.

OBJECTIVE: Introduction: The authors focus on the unresolved problem of NCDs and on the relevance of further scientific research in accordance with the current physics-biological level of knowledge about the structure and functioning of the human body. In the course, emphasis is placed on the need for further study of methods for assessing the bioelectromagnetic field of the human body as a potential "tool" for a possible solution of the NCD problem in the framework of system medicine. The aim is to assess the level of development of the methodology and substantiate the scientific feasibility of further exploring the possibilities of the clinical application of these methods for assessing the bioelectromagnetic field of the human body in the algorithms for examining and managing patients with NCDs to study valeological status and objective monitoring of physical phenomena in the clinic of internal diseases. PATIENTS AND METHODS: Materials and methods: The analysis of the literature data was carried out in the course of a search study of methods for the rapid assessment of valeological status as a fragment of the initiative research project "Development of algorithms and technology for introducing a healthy lifestyle in patients with non-communicable diseases based on the study of psycho-emotional status" (State registration No. 0116U007798, UDC 613:616-052:159.942:616-03). RESULTS: Review: The gnoseological aspect of the development of the methodology for assessing the bioelectric and biomagnetic fields of the human body is described in the article. The conditional time stages of the methodology are highlighted and characterized in it. It was proposed to distinguish between periods: 1) cumulative (XIII-XVIII centuries), 2) cumulative-dynamic (XII-XX centuries), 3) modern (XXI century) 4) modern (prospective). Questions of the feasibility of further research assessing the bioelectromagnetic field of the human body are discussed. CONCLUSION: Conclusions: 1. The above gnoseological aspect of the 700-year-old methodology for studying the bioelectromagnetic field of a human body demonstrates a staged evolution of its development, the presence of a significant amount of cumulated scientific information, which requires rethinking as part of system medicine. This convinces us of the existence of a tendency of inevitable approaching the final stage of knowledge of the human bioelectromagnetic field with the widespread introduction of these techniques into the practical public health of the world. 2. The accumulated layer of scientific knowledge about the bioelectromagnetic component of the human body requires integration into fundamental medicine, transformation of the modern paradigm by creating a bioelectromagnetic-chemical concept of the exchange of matter and energy in the human body. 3. Further research on the assessment of the bioelectromagnetic field is relevant and can contribute to solving the NCD problem both at a fundamental level within the framework of system medicine and by optimizing the diagnostic assessment in patient management algorithms during diagnosis, treatment, primary and secondary prevention.