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• Describe the cell cycle and discuss the radiosensitivity of each phase.
• Discussing how cell survival depends on Linear Energy Transfer (LET).
Definition of principles for how radiation deposits energy that may cause biological effects.
• Explanation of the difference between direct and indirect effects, how radiation affects DNA, and how damage is repaired.
• Comparison of the radiosensitivity of different organs.
Understand the thresholds of deterministic effects and acute radiation syndromes for the whole body.
Knowledge and understanding:
Definition of principles for how radiation deposits energy that may cause biological effects.
• Identify types of radiation and their relative biological effects.
Skills:
• Understanding the risk versus benefit of radiation uses and identifying relevant sources of information that can help assess these risks.
• Explanation of the difference between direct and indirect effects; how radiation affects DNA and how radiation damage is repaired.
Values:
• Assessment of the effects of total body irradiation and how to manage them.
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