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Electronic portal imaging device dosimetry for IMRT: A review on commercially available solutions

conference contribution
posted on 2024-10-31, 19:08 authored by Omemh Bawazeer, Sisira Herath, Siva SarasanandarajahSiva Sarasanandarajah, Pradip DebPradip Deb
Much research has been conducted about the utilization of electronic portal imaging devices (EPID) for dose verification during radiotherapy treatment. Currently a number of commercial solutions are available; Portal Dosimetry, EPIDose, Epiqa, Dosimetry Check, and EPIgray software. Results from separate studies on clinical applications of these solutions are published. The objective of this paper is to review the accuracy of these dosimetry solutions when used for intensity modulated radiotherapy technique (IMRT). Although each solution has a different approach to dose verification, most of the IMRT dosimetry verification results are highly satisfactory. However, performance of one solution is less satisfactory when the patient-couch attenuation occurs. Moreover, none of these solutions correct the backscatter effect resulted from supporting arm. In addition, there are no comparative studies currently available about the accuracy of these solutions except one paper that compared Portal Dosimtery and EPIDose reporting the major differences between these systems. Further studies are needed to compare the accuracy of these commercially available EPID dosimetry solutions.

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Related Materials

  1. 1.
    DOI - Is published in 10.1007/978-3-319-19387-8_135
  2. 2.
    ISBN - Is published in 9783319193878 (urn:isbn:9783319193878)

Start page

553

End page

556

Total pages

4

Outlet

IFMBE Proceedings

Editors

David A. Jaffray

Name of conference

World Congress on Medical Physics & Biomedical Engineering

Publisher

Springer

Place published

Cham, Switzerland

Start date

2015-06-07

End date

2015-06-12

Language

English

Copyright

© Springer International Publishing Switzerland 2015

Former Identifier

2006055004

Esploro creation date

2020-06-22

Fedora creation date

2015-09-01

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