ESTRO37_ProgrammeBook

INTERDISCIPLINARY RADIOBIOLOGY CLINICAL BRACHYTHERAPY PHYSICS RTT YOUNG

POSTERS

> Serial tumor radiomic features predict response of head and neck cancer treated with Radiotherapy H.E. Elhalawani, A.S.R. Mohamed (USA), S. Volpe, P. Yang, S. Campbell, R. Granberry, R. Ger, X. Fave, L. Zhang, G.E. Marai, D. Vock, G.M. Canahuate, D. Mackin, L. Court, G.B. Gunn, A. Rao, C.D. Fuller POSTER Physics track: Implementation of new technology, techniques, clinical protocols or trials (including QA and audit) > Electron IORT in vivo film dosimetry in breast cancer for alignment and dose verification A. Petoukhova (The Netherlands), J. Nijst-Brouwers, K. Van Wingerden, J. Van Egmond, T. Stam, A. Marinelli, J. Van der Sijp, M. Straver, O. Guicherit, P. Koper, H. Struikmans > Evaluation of MV imaging dose for the first clinical Halcyon system D. Mihailidis (USA), C. Ling, L. Brady, R. Scheuermann, C. Kennedy, L. Dong, J. Metz > A fast automated sanity check for online plan adaptation in MR-guided RT J. Kaas (The Netherlands), W. Van den Wollenberg, A.J.A.J. Van de Schoot, F.W. Wittkämper, T.M. Janssen > Development of cylindrical applicator for CNT based miniature electronic brachytherapy source H.J. Kim (Republic of Korea), J.H. Lee, C.Y. Jeong, J.W. Kwak, S.O. Cho, B.C. Cho, S.W. Lee > Dynamic Wave Arc for lung SBRT: compliance with RTOG dosimetric criteria C. Collen (Belgium), M. Burghelea, R. Van den Begin, G. Coussement, B. Engels, T. Gevaert, M. De Ridder > Towards personalized dose-escalation in non-small cell lung cancer: Validation of published models M. Thor (USA), A. Jackson, A. Iyer, E. Bendau, A. Fontanella, A. Apte, E. Yorke, A. Rimner, J. Deasy > Feasibility study for high energy photon small beam dosimetry audits using OSL and RPL dosimeters T. Bokulic (Austria), P. Kazantsev, P. Wesolowska, W. Lechner, J. Izewska

 PO-0991

 PO-0992

 PO-0993

 PO-0994

 PO-0995

 PO-0996

 PO-0997

 PO-0998

Programme and Exhibition Guide | POSTERS AND ELECTRONIC POSTERS

227

Made with FlippingBook HTML5