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Títol: Arterial Oscillography: New Capabilities of the Blood Pressure Monitor with the Oranta-AO Information System
Autor: Vakulenko, Dmytro
Vakulenko, Liudmyla
Hevko, Olena
Kadobnyj, Taras
Sas, Lesya
Affiliation: I. Horbachevsky Ternopil National Medical University, Ukraine
Pulyu Ternopil National Technical University
Ternopil Volodymyr Hnatiuk National Pedagogical University, Ukraine
Bibliographic description (Ukraine): Arterial Oscillography: New Capabilities of the Blood Pressure Monitor with the Oranta-AO Information System, Edited by D.V. Vakulenko, L.O. Vakulenko (O.V. Hevko eds.) – Nova Science Publishers, Inc. USA., 2024. – 1100 p. Electronic Edition
Bibliographic description (International): Arterial Oscillography: New Capabilities of the Blood Pressure Monitor with the Oranta-AO Information System, Edited by D.V. Vakulenko, L.O. Vakulenko (O.V. Hevko eds.) – Nova Science Publishers, Inc. USA., 2024. – 1100 p. Electronic Edition
Journal/Collection: Arterial Oscillography: New Capabilities of the Blood Pressure Monitor with the Oranta-AO Information System
Data de publicació: 20-de -2024
Submitted date: 2023
Date of entry: 14-de -2024
Editorial: Nova Science Publishers, Inc. USA
Country (code): US
Place of the edition/event: New York, Nova Science Publishers
Paraules clau: Medical Devices, Medicine & Health, Medicine and Health, New Developments in Medical Research
arterial pressure measurement, Zhong Yuan Qigong, health, post-traumatic stress disorder, rehabilitation, telehealth, heart, vessels, autonomic nervous system, Information system Oranta-AO
Page range: 419-430
565-586
587-599
601-615
Resum: The research presented in this book summarizes information on the state of the cardiovascular system, including peripheral vessels. It substantiates the methods and criteria for morphological, temporal, and spectral analysis of arterial oscillograms recorded during blood pressure measurement using an electronic tonometer. The data compares with similar indicators of mathematical analysis of synchronously recorded electrocardiogram and laboratory studies. As a result, the data is used not only to study the dynamics but to assess the cardiovascular system adaptability as well. The authors developed the Oranta-AO information system, a user-friendly web environment, mobile application, and server information system environment for the convenient use of arterial oscillography methods and the analysis of its results. The results of the research presented in the monograph are covered in methodological recommendations, scientific articles, three utility model patents, and three information reports submitted to the list of scientific and technical products. This book aims to deepen higher education students’ understanding of the information capabilities of blood pressure measurement procedures and the arterial oscillograms recorded during these procedures. It familiarizes students with the methods of morphological, temporal, and spectral analysis of arterial oscillograms and their application in assessing the body’s adaptive capacity, early diagnosis of premorbid conditions and cardiovascular diseases, timely treatment, disease prognosis, rehabilitation effectiveness monitoring, and load dosage control in physical education and sports. The book is intended for use in various disciplines, including electrocardiography, physiology, pathological physiology, internal medicine, neurology, obstetrics and gynecology, family medicine, medical informatics, cardiac rehabilitation, physical rehabilitation, and sports medicine. It will also be valuable for doctors practicing in the aforementioned specialties.
Content: Part I. Introduction
Part II. Methods for Analyzing Arterial Pulsations Registered during Blood Pressure Measurement and Use of the Oranta-AO Information System
Part III. Results of Clinical Trials for Substantiation Informativeness of the Method of Arterial Oscillography and Its Indicators Determined by the Analysis of Arterial Pulsations Recorded during Blood Pressure Measurement and Their Use in the Oranta-AO Information System
Part IV. Substantiation of the Reliability of the Morphological, Temporal, Spectral Analysis of Arterial Pulsations Recorded during Blood Pressure Measurement, Determined by the Oranta-AO Information System
Part V. Examples of the Application of the Oranta-AO Information System for Assessment of the Role of the Vascular Hemodynamic Factor in the Study of the Influence of Environmental Factors on the State of the Autonomic and Cardiovascular Systems
Chapter 26. Effectiveness Application of the Analysis of Arterial Pulsations Registered during Blood Pressure Measurement Using the Oranta-AO Information System in Psychophysiology
Chapter 36. Interrelation of Multimedia Simulation of Images of Elements with the State of Meridians and the Quality of Adaptation of the Vascular Hemodynamic Factor Based on the Results of the Analysis of Arterial Pulsations Recorded during Blood Pressure Measurement Using the Oranta-AO Information System
Chapter 37. Prospect of Creating a Virtual Reality System with Feedback for the Correction of the Patient’s Psychological State Based on the Results of the Analysis of Arterial Pulsations Registered during Blood Pressure Measurement Using the Oranta-AO Information System
Chapter 38. Systematic and Analytical Substantiation of the Use of Multimedia Environment for the Prevention And Rehabilitation of Various Diseases in Information System Oranta-AO
Part VI. New Informational Capabilities of the Arterial Pressure Monitor with Oranta-AO in Medical Practice
URI: http://elartu.tntu.edu.ua/handle/lib/45229
ISBN: 979-8-89113-539-0
URL for reference material: https://novapublishers.com/shop/arterial-oscillography-new-capabilities-of-the-blood-pressure-monitor-with-the-oranta-ao-information-system/
References (Ukraine): Vakulenko D. V., Martseniuk V. P., Vakulenko L. O., Selskyy P. R., Kutakova O. V., Gevko O. V., Kadobnyj T. B. Cardiovascular system adaptability to exercise according to morphological, temporal, spectral and correlation analysis of oscillograms. Fam Med Prim Care Rev 21(3): 2019, 253–263. https://www.termedia.pl/Cardiovascular-system-adaptability-to-exercise-according-to-morphologicaltemporal-spectral-and-correlation-analysis-of-oscillograms,95,37867,0,1.html.
Vakulenko D., Vakulenko L., Gevko O. Interrelation of multimedia simulation of images of elements with the state of meridians and the quality of adaptation of the vascular hemodynamic factor based on the results of the analysis of arterial pulsations recorded during blood pressure measurement using the Oranta-AO information system In: D. V. Vakulenko, L. O. Vakulenko (eds.) Arterial oscillography: New capabilities of the blood pressure monitor with the Oranta-AO information system, Nova Science Publishers, Inc. USA. 2023; Chapter 36.
Kifer, V., Zagorodna, N., Hevko, O. Atrial fibrillation detection on electrocardiograms with convolutional neural networks. Informatyka, Automatyka, Pomiary W. Gospodarce I. 69-73. https://doi.org/10.35784/iapgos.116
Vakulenko, D., Vakulenko, L. Applications of Heart Rhythm Variability to Study Mechanisms of Influence of Differentiated Massage in Dorsopathy. In: Eleanor H. Bennington (eds.) Horisons in world Cardiovascular Research. Volume 24, Nova Science Publishers, Inc. USA. 2022; 15-31. https://novapublishers.com/shop/horizons-in-world-cardiovascular-research-volume-24.
Content type: Monograph
Apareix a les col·leccions:Наукові публікації працівників кафедри біотехнічних систем

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