Introduction to IGRT: MV, kV, Image-matching (RTT)

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  • Author
    David Rojas
  • Course level
    Basic
  • Course language
    English
  • Video time
    60 min
  • CPD Credits
    0


Table of Contents
Description
Attachments
Meet the Author

01

IGRT Modalities

Introduction
01:36
Outline
00:54
How do you decide which imaging modality to use Comparing MVkVCBCT
06:44
To check patient positioning
03:41
To check and document treatment field
01:37
To check positioning in 3D or soft tissue alignment
00:44
Image-Guided Radiation Therapy (IGRT)
29:43
What is IGRT
00:37
Image matching - How-to’s and practical tips
17:43
Image verification protocols
11:04
Quiz
3 questions

02

Matching Workshop

IGRT Image-matching workshop–MV or kV Pelvis
16:54
kV Orthogonal Pair Uterine Neck
02:50
kV Orthogonal Pair Pelvis + Nodes
05:46
kV Orthogonal Pair Left Iliac Wing
01:56
MV-Double Exposure
04:05
Quiz
2 questions

03

Repositioning Strategies

MV Example - Prostate with Fiducials
02:00
Repositioning
11:03
Repositioning - Pelvis (example 1)
03:01
Reositioning - Pelvis (example 2)
03:39
Repositioning - Pelvis (example 3)
01:44
Repositioning - Pelvis (example 4)
01:03
Repositioning - Pelvis (example 5)
01:25
Information About Next Session
00:09
Questions and Closure
32:30

04

Conclusion

Course Survey
Session Exam
5 questions

1. Overview


This course introduces the role of radiotherapy in cancer treatment, explains the physics behind how radiation interacts with human tissue, and outlines how radiation damages tumor cells. It provides 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 core scientific principles behind radiation therapy.

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

  • Prepare for more advanced study in fields like 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



Attachments

- Course Attachments Folder: link