Кафедра внутрішніх хвороб та медицини невідкладних станів
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Перегляд Кафедра внутрішніх хвороб та медицини невідкладних станів за Автор "Babintseva, L. Yu."
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Документ Electro-photonic emission analysis and hardware-software recording of heart rate variability during an objective structured clinical examination(Українська медична стоматологічна академія, 2020-12) Nevoit, G. V.; Potiazhenko, М. М.; Mintser, О. P.; Babintseva, L. Yu.; Невойт, Ганна Володимирівна; Потяженко, Максим Макарович; Мінцер, Озар Петрович; Бабінцева, Лариса Юріївна; Невойт, Анна Владимировна; Потяженко, Максим Макарович; Минцер, Озар Петрович; Бабинцева, Лариса ЮрьевнаPractical issues of studying the role of electromagnetic phenomena of cardiac activity and tissues of the human body in the diagnosis of the functional state of the human body are presented in the article. The purpose of the publication is to determine the clinical diagnostic potential and feasibility of using computerized techniques for a short recording of Heart Rate Variability and Electro-Photonic Emission Analysis as part of the instrumental component of an Objective Structured Clinical Examination in the clinic of Internal Medicine. The results of the examination of functionally healthy people and compensated patients with Noncommunicable Diseases are presented in the article.Документ Electro-photonic emission analysis in functionally healh respondents and patients with non-communicable diseases(Aluna Publishing, 2021-06) Nevoit, G. V.; Mintser, O. P.; Potiazhenko, M. М.; Babintseva, L. Yu.; Невойт, Ганна Володимирівна; Мінцер, Озар Петрович; Потяженко, Максим Макарович; Бабінцева, Лариса Юріївна; Невойт, Анна Владимировна; Минцер, Озар Петрович; Потяженко, Максим Макарович; Бабинцева, Лариса ЮрьевнаThe 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.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: 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.Conclusions: AEFE parameters have significant differences in functionally healthy individuals and patients with NCDs. AEFE is a fundamentally new promising approach toassessing 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.