TY - JOUR
T1 - Challenges of radiotherapy
T2 - Report on the 4D treatment planning workshop 2013
AU - Cancer Research, London, UK, Institute
AU - Nill, Simeon
AU - Yohannes, Indra
AU - Graeff, Christian
AU - Dowdell, Stephen
AU - Kurz, Christopher
AU - Sonke, Jan Jakob
AU - Biegun, Aleksandra K.
AU - Lang, Stephanie
AU - McClelland, Jamie
AU - Champion, Benjamin
AU - Fast, Martin
AU - Wölfelschneider, Jens
AU - Gianoli, Chiara
AU - Rucinski, Antoni
AU - Baroni, Guido
AU - Richter, Christian
AU - van de Water, Steven
AU - Grassberger, Clemens
AU - Weber, Damien
AU - Poulsen, Per
AU - Shimizu, Shinichi
AU - Bert, Christoph
N1 - Publisher Copyright:
© 2014 Associazione Italiana di Fisica Medica.
PY - 2014/11/1
Y1 - 2014/11/1
N2 - This report, compiled by experts on the treatment of mobile targets with advanced radiotherapy, summarizes the main conclusions and innovations achieved during the 4D treatment planning workshop 2013. This annual workshop focuses on research aiming to advance 4D radiotherapy treatments, including all critical aspects of time resolved delivery, such as in-room imaging, motion detection, motion managing, beam application, and quality assurance techniques. The report aims to revise achievements in the field and to discuss remaining challenges and potential solutions. As main achievements advances in the development of a standardized 4D phantom and in the area of 4D-treatment plan optimization were identified. Furthermore, it was noticed that MR imaging gains importance and high interest for sequential 4DCT/MR data sets was expressed, which represents a general trend of the field towards data covering a longer time period of motion. A new point of attention was work related to dose reconstructions, which may play a major role in verification of 4D treatment deliveries. The experimental validation of results achieved by 4D treatment planning and the systematic evaluation of different deformable image registration methods especially for inter-modality fusions were identified as major remaining challenges. A challenge that was also suggested as focus for future 4D workshops was the adaptation of image guidance approaches from conventional radiotherapy into particle therapy. Besides summarizing the last workshop, the authors also want to point out new evolving demands and give an outlook on the focus of the next workshop.
AB - This report, compiled by experts on the treatment of mobile targets with advanced radiotherapy, summarizes the main conclusions and innovations achieved during the 4D treatment planning workshop 2013. This annual workshop focuses on research aiming to advance 4D radiotherapy treatments, including all critical aspects of time resolved delivery, such as in-room imaging, motion detection, motion managing, beam application, and quality assurance techniques. The report aims to revise achievements in the field and to discuss remaining challenges and potential solutions. As main achievements advances in the development of a standardized 4D phantom and in the area of 4D-treatment plan optimization were identified. Furthermore, it was noticed that MR imaging gains importance and high interest for sequential 4DCT/MR data sets was expressed, which represents a general trend of the field towards data covering a longer time period of motion. A new point of attention was work related to dose reconstructions, which may play a major role in verification of 4D treatment deliveries. The experimental validation of results achieved by 4D treatment planning and the systematic evaluation of different deformable image registration methods especially for inter-modality fusions were identified as major remaining challenges. A challenge that was also suggested as focus for future 4D workshops was the adaptation of image guidance approaches from conventional radiotherapy into particle therapy. Besides summarizing the last workshop, the authors also want to point out new evolving demands and give an outlook on the focus of the next workshop.
KW - 4D dosimetry
KW - 4D optimization
KW - Motion mitigation
KW - Motion modeling
KW - Motion monitoring
KW - Moving targets
UR - http://www.scopus.com/inward/record.url?scp=84908350933&partnerID=8YFLogxK
U2 - 10.1016/j.ejmp.2014.07.341
DO - 10.1016/j.ejmp.2014.07.341
M3 - Article
C2 - 25172392
AN - SCOPUS:84908350933
SN - 1120-1797
VL - 30
SP - 809
EP - 815
JO - Physica Medica
JF - Physica Medica
IS - 7
ER -