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[Volume-effect and radiotherapy [II]. Part II: volume-effect and normal tissue]
A Huchet1, M Caudry, Y Belkacémi
1Service de radiothérapie, hôpital Saint-André, 2, rue Jean-Burguet, 33800 Bordeaux, France. aymerih@aol.com
Summary
Understanding the irradiated volume
Area of Science:
- Radiation oncology
- Medical physics
Context:
- The irradiated volume is a critical factor in radiation therapy, influencing both tumor control and the risk of radiation-induced complications.
- Mathematical models are essential for predicting adverse effects and optimizing treatment plans.
Purpose:
- To review existing mathematical models describing the volume effect in radiation therapy.
- To discuss the implications of these models for radiation treatment planning optimization.
Summary:
- This work reviews mathematical models correlating irradiated volume with complications in radiation therapy.
- It explores how these models can inform radiation treatment planning and potentially reduce adverse effects.
Impact:
- Provides a comprehensive overview of volume effect models for radiation oncologists and medical physicists.
- Aims to enhance radiation treatment planning strategies by incorporating theoretical considerations of irradiated volume.