Scientific and Methodological Foundation of XAI-MEDICA Systems
The efficiency of diagnostic systems
CardioLab, ReoCom, NeuroCom
and
SpiroCom
is proven by numerous clinical studies, doctoral dissertations, and 30 years of implementation
experience. Our devices are used for fundamental research in vegetology, cardiology, and
neurophysiology.
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Vegetology:
HRV analysis for adaptation assessment.
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Hemodynamics:
Endothelial function and vascular tone studies.
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Neurophysiology:
EEG patterns and neurodynamics.
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Pulmonology:
COPD monitoring and respiratory function analysis.
* Note: Some links lead to external repositories; full-text availability depends on publishers'
policies. In the absence of an English translation, publications are available in the original
language only.
1. Scientific Study: Effect of caffeine on heart rate variability in
doxorubicin cardiomyopathy
Experimental study, 2025. In press. Analysis via CardioLab.
2. Hypodynamia and gonadectomy: impact on HRV parameters in
experimental rats
Experimental Physiology Group, 2025. Pre-print. Research on adaptive
capabilities.
3. Nazarenko V. I., Berestovskyi O. S., Moroz H. Z. Heart rate
variability in COVID-19 patients with different levels of cardiovascular risk
Wiadomości Lekarskie, 2022, Vol. 75, Iss. 4, pp. 845-850. HRV study in
COVID-19.
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4. Kudiy L. I., Varetska O. V., Kudiy S. V. Reliability of "Rytm"
software for heart rate variability analysis
Journal of Physical Education and Sport, 2020, Vol. 20 (6), Art 427, pp.
3154-3160. "Rytm" SW validation.
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5. Kulbashna N. I., Polyakov A. S. Changes in the stress index of a
passenger car driver when moving in a dense traffic flow
Transport Technologies, 2020. HRV study using CARDIOCOM.
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6. Kentesh O. P., Nemesh M. I. Functional state of the autonomic
nervous system depending on the body composition
Wiadomości Lekarskie, 2018, Vol. 71, Iss. 2, pp. 312-316.
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7. Tymoshchuk O. V. Diagnosis of adaptation disorders in children
with chronic gastroduodenitis based on HRV indicators
Child's Health, 2016, No. 7 (75). Autonomic status assessment.
8. Syvolap V. D. Electrocardiographic diagnostics and hemodynamic
parameters in acute myocardial infarction
Zaporozhye Medical Journal, 2013, No. 2 (77), pp. 45-48.
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9. Syvolap V. V., Kyselov S. M., Apolikhin O. I. Structural-geometric
and functional assessment of myocardium in patients with stage II hypertension
Zaporozhye Medical Journal, 2012, No. 1 (70), pp. 34-37. CardioLab
application.
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10. Dovgan O. P. Spectral analysis of heart rate variability under
different modes of artificial lung ventilation
Scientific Works of TNTU. Research using CARDIOCOM.
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11. Polyakov A. S. Automated processing of biomedical signals in
cardiography
Collection of scientific papers. CARDIOCOM algorithm analysis.
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1. Lutsyk N. Structural-geometric and functional assessment of the
myocardium in patients with hypertension
Scientific Paper, TNTU 2021. Rheographic analysis application.
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2. Patent No. 121689: Method for assessing central aortic pressure
Registered in the State Patent Register of Ukraine, 10.07.2020.
Open
patent (PDF)
3. Patent No. 120800: Method for measuring blood pressure
Registered in the State Patent Register of Ukraine, 10.02.2020.
Open
patent (PDF)
4. Patent No. 118939: Method for assessing the function of arterial
vessel endothelium
Registered in the State Patent Register of Ukraine, 25.03.2019.
Open
patent (PDF)
5. Study of endothelial regulation of vascular tone (Parts 1 and 2)
Methodological guide, 2014. XAI-Medica. Step-by-step guide.
6. Fedorov A. A. Functional state of endothelium in patients with
vasospastic angina
Journal of Cardiovascular Diseases, 2014. Clinical study.
7. Penelova Z. V. Features of psychophysiological reaction when using
the "ReoCom-stress" complex
Zaporozhye Medical Journal, 2013, No. 4 (79).
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8. Blood pressure in symmetric vascular basins: rheographic
assessment
Methodological article, 2012. Measurement protocol with ReoCom.
Read
online
9. Assessment of cerebral blood flow volumetric velocity (according
to Paleev)
XAI-Medica Methodological guide, 2008. Kharkiv.
Read
Methodology
10. Selection of informational parameters in rheographic assessment
of endothelial function in a reactive hyperemia test
XAI-Medica Methodological Recommendations, 2007. Kharkiv.
Read
Methodology
11. Pulse wave velocity and elastic properties of arterial vessels
Methodological development. Arterial stiffness assessment.
Read
online
12. Assessment of the vascular system based on rheographic
measurement results
Scientific and methodological review. Data interpretation algorithms.
Read
online
13. New approaches to vascular system assessment based on rheographic
studies
Methodological materials. Application in clinical practice.
Read online
14. Rheographic assessment of peripheral circulation (Full archive)
XAI-Medica Collection. Methods and results.
Download
PDF archive
1. Maruschak P., Lutsyk N. Comparison of the accuracy of machine
learning algorithms for brain-computer interaction
TNTU Journal, 2021. Application of NeuroCom complexes.
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2. Savenko O. Development of software for neuromarketing based on AI
and data science
TNTU Open Archive, 2020. EEG research based on XAI-MEDICA equipment.
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3. Tukaiev S. A. EEG frequencies pattern as brain signature of
emotional burnout
International Journal of Physiology, 2018. Emotional burnout diagnosis.
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4. Yukhymenko O. V. Features of EEG patterns in individuals with
different functional mobility of nervous processes
PhD Thesis. Taras Shevchenko National University of Kyiv, 2015. NeuroCom
research.
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5. Shpenkov O. O. Changes in the electrical activity of the brain
when listening to audio stimuli
Bulletin of Cherkasy University, 2014. EEG data analysis.
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6. Kryzhanovsky S. A. Correlation between activity efficiency and EEG
parameters
Neurophysiology, 2009. Fundamental study.