Hypofractionated
Radiation Therapy

(Prostate, Breast, Cervical Cancer)

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  • Author
    Pradeep Singh
  • Course level
    Basic
  • Course language
    English
  • Video time
    5 hrs
  • CPD Credits
    10


Table of Contents
Overview
Exercises
Attachments
Related Courses

01

Introduction

free
Course Overview
00:27

02

Pre-Course Learning

free
Introduce yourself
00:13
What is HFRT?
01:43
HFRT x conventional RT
02:18
Eligible Patients
02:18
Contouring
02:18
Treatment Plan
02:18
Treatment Plan Analysis
01:51
Patient QA
01:51
Quiz
2 questions
Reference Readings
0 Pages

03

Live Session 1.1: General lectures on Hypofractionated Radiation therapy (HFRT)

free
Overview and the benefits of increased adoption of HFRT including to increase access to care, and enhance convenience for patients
Live Class
Home Work
01:43
Quiz
2 questions
Related Readings
0 Pages

04

Live Session 1.2: Hypofractionated treatment workflow from consult to treatment for breast cancer

free
Clinical details for hypofractionated treatment, contouring, prescription dose for hypofractionation, dose constraint for OAR, planning, plan evaluation, IGRT, and Delivery.
Live Class
Home Work
01:43
Quiz
2 questions
Related Readings
0 Pages

05

Live Session 1.3: Hypofractionated treatment workflow from consult to treatment for cervical cancer

free
Clinical details for hypofractionated treatment, contouring, prescription dose for hypofractionation, Dose constraint for OAR, planning, plan evaluation, IGRT, Delivery
Live Class
Home Work
01:43
Quiz
2 questions
Related Readings
0 Pages

06

Live Session 1.4: Hypofractionated treatment workflow from consult to treatment for prostate cancer

free
Clinical details for hypofractionated treatment, contouring, prescription dose for hypofractionation, Dose constraint for OAR, planning, plan evaluation, IGRT, Delivery
Live Class
Home Work
01:43
Quiz
2 questions
Related Readings
0 Pages

07

Assessment (Part 1)

free
Final Exam (theory)
6 questions
Final Exam (practical exercise)
0 Pages
Course Evaluation / Feedback / Requests
3 questions

08

Live Session 2.1: About Contouring/Planning Activities (prostate)

free
Presentation about RK-EduCase platform (Contouring process, assignments, case description, plan criteria, plan evaluation,… etc)
Live Class
Home Work
01:43
Quiz
2 questions
Related Readings
0 Pages

09

Live Session 2.2: Contouring activity (prostate)

free
Participants will perform contouring tasks on RK-EduCase platform.
Live Class
Home Work
01:43
Quiz
2 questions
Related Readings
0 Pages

10

Live Session 2.3: Planning Activities (prostate)

free
Planning activity: Participants downloads the case, generate plan (3D CRT &/or IMRT) in their TPS, upload & evaluate plan.
Live Class
Home Work
01:43
Quiz
2 questions
Related Readings
0 Pages

11

Live Session 2.4: Conclusion / Remarks

free
- About the event: Stats, cases, participation, ... etc - Winners’ announcements - Award of certificates
Live Class
Home Work
01:43
Quiz
2 questions
Related Readings
0 Pages

12

Live Session 2.5 (Knowledge Sharing)

free
Top planners will share their advanced planning tips.
Live Class
Home Work
01:43
Quiz
2 questions
Related Readings
0 Pages

13

Conclusion

free
Final Exam (theory)
6 questions
Final Exam (practical exercise)
0 Pages
Course Evaluation / Feedback / Requests
3 questions

14

Post-course Learning

free
Advanced Reference Readings
0 Pages
General Discussion
0 Pages
Recordings
01:43

Course Description:


This course covers the steps used in the Adapt to Shape workflow for a prostate case, using Monaco for Unity.
The course is suitable for RTTs, medical physicists and oncologists with basic experience MR linac workflow and want to expand their knowledge and skills with Unity.

- Duration: 20 min
- Language: English
- Country: Netherlands
- Level: Basic

Product versions:
- Monaco: 6.x
- MOSAIQ: 6.x


Attachments

- Attachment 1: Dataset
- Attachment 2: Prescription

Exercise 1:


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Exercise 2:

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( 72 min / Advanced / Japanese )

Monaco for Unity: Brain 2

( 53 min / Intermediate / German )

Monaco for Unity: Kidney

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Monaco for Unity: Kidney 2

( 47 min / Beginner / English )

Monaco for Unity: Lung Case

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Monaco for Unity: Pancreas Case

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Monaco for Unity: Prostate

Author

Dr. Pradeep Singh

Associate Professor of Radiation Oncology and Molecular Radiation Sciences
Johns Hopkins
Dr. Singh is an Associate Professor (PAR) of Radiation Oncology and Molecular Radiation Sciences at Johns Hopkins. He recently moved on from his position as Director of the Global Health Catalyst at Harvard Medical School. He is also Distinguished visiting full Professor at ICT University, with recent guest Professorships at the University of Pennsylvania, and the University of Heidelberg, Germany. He graduated with a Bachelor of Science Degree at the University of Buea and completed his Masters and doctoral studies at the University of Leipzig, Germany. His clinical training in Radiation Oncology was at MD Anderson Cancer Center, Orlando Florida, and Harvard Medical School. He has won a number of prestigious prizes and awards, including the BRIght Futures prize at Harvard Medical School for the development of Tiny Drones to Target Cancer in 2015.