Journal of Complexity in Health Sciences (CHS) ISSN (Print) 2538-7995, ISSN (Online) 2538-8002 publishes articles describing investigations and evaluations of the complexity of living organisms and their systems. Holistic relationships and synchronization of internal systems (and groups of subsystems) of the organism. The complexity of interrelationships between internal systems of the organism during physical activity and recovery processes. Investigation of the effect of different pathological processes and illnesses to the self-organization of living organisms. The complexity of societal health and wellness. The development of novel technological, mathematical and computational techniques for the assessment of the complexity in general and the holistic interrelationships of different subsystems in a living organism(s) in particular. Established in 2017 and published 2 times a year (semiannual).
Journal is indexed in
Prof. Alfonsas Vainoras
Lithuanian University of Health Sciences, Lithuania
Editor in Chief
Kaunas University of Technology, Lithuania
|N. Balague||Barcelona University, INEFC, Spain|
|K. Hedayat||Endobiogeny Medical Center, USA|
|R. Hristovski||Cyril and Myphodius University, Macedonia|
|G. Jaruševičius||Lithuanian University of Health Sciences, Lithuania|
|R. McCraty||HeartMath Institute, USA|
|Ali Merdji||Faculty of Science and Technology, Route de Mamounia, Mascara University, Algeria|
|Z. Navickas||Kaunas University of Technology, Lithuania|
|J. Poderys||Lithuanian Sports University, Lithuania|
|M. Ragulskis||Kaunas University of Technology, Lithuania|
|W. Scholnhorn||Johanes Gutenberg University, Germany|
|A. Slapšinskaitė||Lithuanian University of Health Sciences, Lithuania|
|M. Štelemėkas||Lithuanian University of Health Sciences, Lithuania|
|Joachim Peter Sturmberg||University of Newcastle, Australia|
|C. Torrens||Leida University, Spain|
|P. Vazquez Justes||Barcelona University, INEFC, Spain|
|V. Zaveckas||Lithuania University of Health Sciences, Lithuania|
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Zhongchang Wang, Sen Zhang
Advances in modern medical imaging technology and three-dimensional modeling technology provide basic support for the establishment of individual cardiovascular models, which can promote the close integration of cardiovascular hemodynamics research. In this paper, the fluid-solid coupling technology is used to obtain the numerical simulation results of blood on rigid and elastic vessel walls. The results show that the elastic deformation of the wall has an important influence on the hemodynamic ... Continue reading
Journal of Complexity in Health Sciences, Vol. 1, Issue 2, 2018, p. 26-30.
A novel approach to modeling tissue-level activity of cortisol levels according to the theory of Endobiogeny, applied to chronic heart failure
Kamyar M. Hedayat, Jean-Claude Lapraz, Benjamin M. Schuff, Tiffany Barsotti, Shahrokh Golshan, Suzi Hong, Barry H. Greenberg, Paul J. Mills
Background: Chronic heart failure (CHF) is an inflammatory disorder in which cortisol plays an important role. Despite this, cortisol is not routinely quantitatively measured for a number of reasons. It is considered non-specific. Accuracy and validity remain in question. It is not considered convenient or cost effective. Finally, tissue level effects of cortisol do not correlate linearly to quantitative levels. If the functional, tissue level effectiveness of cortisol could be modeled, its eval ... Continue reading
Journal of Complexity in Health Sciences, Vol. 1, Issue 1, 2018, p. 2-8.