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    Basic Clinical Radiobiology
To learn the fundamental radiobiology principles related to patient treatment. This knowledge
provides rationale for daily decisions in clinical practice.

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                Target groups
•Students of Medical physics, Radiobiology and related fields
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•Students of MUNI who can benefit from understanding basics of radiobiology (e.g., radiation
protection officers) and clinical practice (e.g., physicians and radiographers)

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                Course Aim
•Provide an introduction to radiobiology and radiation oncology
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•Cover basic mechanisms of cell death and general radiation response of cancerous and non-cancerous
cells to radiation
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•Describe the current approaches to various radiotherapy modalities and discuss possible future
approaches (e.g., FLASH RT)

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                   Teachers
1. A.Kurzyukova „Cancer cell biology & radiation-induced molecular effects“
1.
2. A.Kurzyukova „Radiation effects on tumor cells and microenviroment & radioresistance“
3. A.Odlozhilikova „Introduction to Radiobiological Modelling in Radiation Therapy “
4. B.Odložilík „Basic radiobiology and introduction to FLASH“
5. B.Odlozilik „Laser-based particle acceleration and experiments“
6. S.Bazhukov „Radiopharmaceuticals production“
7. I.Bazhukova „Radionuclide therapy with radiopharmaceuticals“
8. I.Bazhukova „Radiomodifiers in radiation therapy“

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             Teaching Methods
•8 hours of lectures
•8 tests after each of lectures
Learning Outcomes:
By the end of this course participants should be able to
have the basic knowledge of radiobiology necessary for working in the field of Radiation Oncology.