Meet CinchMeet Cinch

CINCH VET e-shopVocational education and training portal

Meet CinchMeet Cinch

CINCH VET e-shopVocational education and training portal

Radiation Methods in Biology and Medicine

Abstract:

In the first part, the sources of ionizing radiation (IR) used in biology and medicine are thoroughly discussed. Description of interaction of IR with matter and influence of ionizing radiation on biologically important structures and organisms follows. The last part of the course is dedicated to theory of radiobiological action, radiodiagnostic and radiotherapeutical methods, safeguard and dozimetry.

Outline:

  1. Description and comparison of irradiation sources utilized in radiation biological and radiation medicinal applications.
  2. Radiolysis of water and selected inorganic compounds in water solutions.
  3. Structural units of living organisms.
  4. Influence of ionizing radiaton on glycides, lipides, amino acids, proteins, vitamins, ferments, hormones, nucleic acids.
  5. Characterization of biological effects of individual types of ionizing radiation.
  6. Effects of irradiation on chemical processes in living organisms.
  7. Theory of radiobiological action, reparation processes.
  8. Effect of irradiation on cells of simple and complex organisms, mutual comparison.
  9. Effects of irradiation on humans, radiotherapeutical methods.
  10. Imaging and radiodiagnostic methods.
  11. Overview of basic calculations in radiation medicine and biology.
  12. Safeguard, dozimetric measuements.


Goals:

Getting knowledge on application of ionizing radiation in biological and medical science and research. Ability to apply obtained knowledge in practical aplications and calculations.

Requirements: fundamentals of physical and radiation chemistry

Key words: Radiation chemistry, ionising radiation, radiolysis, radiobological action, radiodiagnostics, radiotherapy

References:

  1. Voet D, Voet J.G.: Biochemistry, John Wiley and Sons, 1990
  2. Recommended references:
  3. Scharf, W.H.: Biomedical particle accelerators, AIP Press, New York 1994.
  4. Farhataziz, Rodgers, M. A. J., editoři: Radiation chemistry - Principles and applications, VCH Publishers, Inc., New York, 1987.
  5. Arena, V.: Ionizing radiation and life: an introduction to radiation biology and biological radiotracer methods. Mosby, Saint Louis, 1971.
  6. Bednář, J.: Theoretical foundations of radiation chemistry, Academia Praha, 1990.
  7. Wishart J.F., Rao B.S.M. (ed) Recent trends in Radiation Chemistry. World Scientific Publishing, London 2010
Course Type:
Academic
Course Schedule:
Summer semester
Start Date:
2020-04-08
End Date:
2021-04-22
Course Code:
15RMBM
Certification:
Exam with instructor
Host Institution:
Provider:

MEET-CINCH Consortium

email: eshop (at) cinch-project (dot) eu

Copyright © 2021 Meet Cinch

Horizon 2020This project has received funding from the Euratom research and training programme 2014–2018 under grant agreement No. 754 972.

This e-shop runs on e-shop platform by Boot!Q