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Course module: BMB502617
BMB502617
Radiotherapy Physics
Course info
Course codeBMB502617
ECTS Credits5
Category / LevelM (Master)
Course typeCourse
Language of instructionEnglish
Offered byFaculty of Medicine; Graduate School of Life Sciences; Medical Imaging;
Contact personR.M. Allebrandi
Telephone+31 88 7569652
E-mailR.Allebrandi@umcutrecht.nl
Lecturers
Contactperson for the course
R.M. Allebrandi
Other courses by this lecturer
Teaching period
MASTER  (20/08/2018 to 17/08/2019)
Teaching period in which the course begins
MASTER
Time slot-: Not in use
Study mode
Full-time
Remark4 Feb - 19 Apr 2019. Please apply via the Study guide.
Course application processadministratie onderwijsinstituut
Enrolling through OSIRISNo
Enrolment open to students taking subsidiary coursesNo
Pre-enrolmentNo
Waiting listNo
Course placement processadministratie onderwijsinstituut
Aims
After completing the course the student understands:
  1. the basics concepts of the linear accelerator and the generation of  X-ray’s
  2. the photon and electron interactions with matter important for radiotherapy
  3. the physical aspects of photon beams
  4. the principles of dosimetry
  5. the concepts of clinically applied dose calculations algorithms and optimization algorithms
  6. the concepts of IMRT and  VMAT
  7. the origin of geometrical uncertainties on various time scales
  8. the various types of adaptive radiotherapy (offline, online and real time)
  9. the effect of the magnetic field on the dose distribution
  10. the effect of the magnetic field on the measurement
  11. the need for MRI-only planning and fast dose calculation
  12. the workflow needed for online MRI guided radiotherapy
Content
Period (from – till): 4 February - 19 April 2019
 
Course coordinator: Dr. B. van Asselen
 
Faculty
Dr C.P.J. Raaijmakers, UMC Utrecht/Imaging Division, lecturer
Dr B. van Asselen, UMC Utrecht/Imaging Division, lecturer
Dr. M.A. Moerland, UMC Utrecht/Imaging Division, lecturer
Dr.Ir. J.W.H. Wolthaus, UMC Utrecht/Imaging Division, lecturer
Dr. J.C.J. de Boer, UMC Utrecht/Imaging Division, lecturer
Dr. E. Seravalli, UMC Utrecht/Imaging Division, lecturer
Dr. S.L. Hackett, UMC Utrecht/Imaging Division, lecturer
Dr. G.H. Bol, UMC Utrecht/Imaging Division, lecturer
J.G.M. Kok, UMC Utrecht/Imaging Division, lecturer
Renée Allebrandi, MA (course registration)

Course description
This course covers practical and theoretical aspects on medical physics in the field of radiotherapy.
 First the basic radiation physics will be discussed: e.g.
production of radiation, radioactive decay, characteristics of ionizing radiation, interaction with matter and measurement of absorbed dose.
 The next part covers the essentials of dose calculation using various algorithms and dose optimization such as Intensity modulated therapy (IMRT) and volumetric arc therapy (VMAT).
 Third topic is image guided radiotherapy (IGRT): e.g. inter- and intrafraction motion, position verification devices (electronic portal imaging device, cone-beam CT and MRI), real time imaging and various methods to deal with motion.
 Finally topics in the field of MRI guided treatment will be discussed: e.g. dose delivery in magnetic fields, MRI linac design, workflow and plan adaptation.
 
Examination: 
  • Written exam: 80%; attendance to the practical work is obligatory to qualify for examination
  • Oral presentation and discussion: 20%
The weights indicated above are applied to calculate the final mark. To pass the course the grade for each component must be a 5.0 or higher and the final mark must be an unrounded 5.5 or higher. (Anglo-Saxon grade mark D)
 
Literature/study material used
Khan’s the physics of radiation therapy, Khan, Faiz M, ISBN 9781451182453. (an electronic version of the book is available at the UU library)
Hand-outs.       
Articles on specific topics

Registration
At least 2 weeks before start of the course via the Study guide.
 
Mandatory 
No

Optional for students in other GSLS Master’s programme:
No.
Entry requirements
Required materials
-
Instructional formats
Individual assignment

Lecture

Practical

Private-study

Tutorial

Tests
Final result
Test weight100
Minimum grade5.5

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