IGRT: Image-matching workshop in CBCT (RTT)

1. Overview

This course introduces the crucial role of radiotherapy in cancer treatment and explains the fundamental physics behind how radiation interacts with human tissue. It also outlines the mechanisms by which radiation specifically damages and kills tumor cells. The goal is to provide a foundational understanding of the scientific principles guiding modern radiation therapy.

2. Key Learning Objectives

After this course, you will be able to:

• Define radiotherapy and describe its purpose in cancer treatment.

• Explain how ionizing radiation interacts with biological tissue.

• Describe the mechanisms through which radiation damages and kills tumor cells.

• Understand the relationship between radiobiology, radiation physics, and treatment planning.
  
  

3. Why You Should Attend (The Benefits)

• Build a strong foundation in the scientific principles behind radiation therapy.

• Gain clarity on how radiotherapy works and why it is a critical component of cancer care.

• Prepare for more advanced study in oncology, radiobiology, or medical physics.
  
  

4. Topics Discussed

• Introduction to cancer and the role of radiotherapy.

• Overview of treatment modalities in oncology.

• Fundamentals of radiation physics.

• Interaction of radiation with living tissue.

• Mechanisms of radiation-induced tumor cell death.

• Importance of radiobiology in treatment planning.
  
  

5. Keywords

#Cancer, #Radiotherapy, #RadiationPhysics, #Radiobiology, #TumorCells, #Oncology, #MedicalPhysics