EC Clinical and Medical Case Reports

Review Article Volume 6 Issue 6 - 2023

Thermal Radiation; Human Body; Thermography

Alexander Chalyi*, Natalia Gritsenko, Viktoria Khmel and Yevgen Korytskyi

Department of Medical and Biological Physics and Informatics, Bogomolets National Medical University, Kyiv, Ukraine

*Corresponding Author: Alexander Chalyi, Professor, Head of Department of Medical and Biological Physics and Informatics, Bogomolets National Medical University, Kyiv, Ukraine.
Received: March 27, 2023; Published: May 20, 2023



The physical and biophysical properties of thermal radiation are used in medicine, in particular for diagnostic purposes. Inflammatory processes change the local body temperature. Therefore, remote recording of electromagnetic radiation signals from different parts of the human body allows non-contact and non-invasive determination of their temperature. This diagnostic method is called thermography or thermal imaging. Experimental studies of medical applications of the thermography method have shown that the process of temperature relaxation is characterized by a gradual approach of temperature to its equilibrium value in the form of free damped temperature oscillations, as a result of non-linear feedback effects in the human body.

Keywords: Thermal Radiation; Human Body; Thermography

  1. Medical and Biological Physics/Textbook for students of higher medical universities. Edited by A. Chalyi, 4th edition, Nova Knyga, Vinnitsia (2020).
  2. Alexander Chalyi., et al. “Elective Course “Medical Equipment: Physical and Biophysical Principles”. EC Clinical and Medical Case Reports9 (2022): 67-72.
  3. Alexander Chalyi and Albina Kryshtopa. “Synergetic Aproach to Teaching Natural Sciences in Medical Universities”. EC Climical and Medical Case Reports6 (2022): 58-61.
  4. Alexander Chalyi., et al. “Physical Aspects of Pulse Oximetry in the Context of COVID-19 Pandemic”. EC Climical and Medical Case Reports5 (2022): 22-27.
  5. A Chalyi., et al. “Teaching of Medical and Biological Physics and Medical Informatics in European Universities”. Continuing Professional Education 3 (2021): 71-88.
  6. OV Chalyi., et al. “Mechanisms and Effects of Action of Physical Fields on Biological Tissues: Physical and Biophysical Foundations of Physiotherapy (Scientific and Methodological Review)”, Knyga Plus, Kyiv (2019).
  7. LA Bulavin., et al. “Medical Physics. Dynamic and Statistical Models”, Publishing Center “Kyiv University”, Kyiv (2011).
  8. A. Iegorenkov, V. Pashchenko, L. Lesko. "Physical bases of medical and diagnostic measurements". Methodological manual for students of higher medical educational institutions. Book-plus, Kyiv (2023).
  9. B Nolting. “Methods of Modern Biophysics”. Springer-Verlag, Heidelberg, Berlin (2006).
  10. P Nelson. “Biological Physics. Energy, Information, Life”. W.H. Freeman and Company, New York (2004).
  11. R Cotterill. “Biophysics. An Introduction”. John Wiley and Sons, New York (2003).
  12. AV Chalyi and PM Deluca. “The Fulbright Program Builds Bridges Between Leading American and Ukrainian Universities in the Study of Medical Physics and Biomedical Engineering”. Fulbright Newsletter 4 (1999): 8-11.
  13. Russel K Hobbie. “Intermediate Physics for Medicine and Biology”. Springer-Verlag, New York (1997).
  14. АV “Non-equilibrium Processes in Physics and Biology”. Naukova Dumka, Kyiv (1997).
  15. Medical biology/Study guide for practical classes. Edited by O.V. Romanenko, Zdorovya, Kyiv (2005).
  16. М Nelkon and P “Advanced Level Physics”. 5th edition, Heinemann Educational Books, London (1982).

Alexander Chalyi., et al. "Thermal Radiation of the Human Body: Medical Applications." EC Clinical and Medical Case Reports   6.6 (2023): 37-42.