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INTERDISCIPLINARY RADIOBIOLOGY CLINICAL BRACHYTHERAPY PHYSICS RTT YOUNG
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Programme and Exhibition Guide |
POSTERS AND ELECTRONIC POSTERS
POSTERS
T. Komori, T. Shimbo, N. Yoshikawa, H. Yoshioka, Y. Uesugi, T. Hamada,
M. Nakata, H. Matsutani, M.M. Ueda, Y. Tsujimoto, E. Tanaka, Y. Narumi
PO-0937
> Should we use point A dose for image-guided adaptive brachytherapy
reporting in cervix cancer?
R. Mazeron (France), I. Dumas, A. Escande, W. Bacorro, R. Sun,
C. Haie-Meder, C. Chargari
PO-0938
> Comparison of brachytherapy sources of endometrial cancer: Electronic
brachytherapy source and 192Ir
S. Lozares (Spain), J.A. Font Gómez, A. Gandía Martínez,
A. Miranda Burgos, A. Méndez Villamón
PO-0939
> 3D mapping for precise definition of GTV, CTV and their correlation in
cervix cancer BT (EMBRACE)
S. Banerjee (India), R. Pötter, C. Kirisits, K. Majercakova, M.P. Schmid,
S.K. Shrivastava, U. Mahantshetty
PO-0940
> Verifying the treatment planning system in individualized HDR
brachytherapy of cervical cancer
M. Van den Bosch (The Netherlands), B. Vanneste, R. Voncken, L. Lutgens
PO-0941
POSTER
Brachytherapy: Physics
> Real time
in vivo
dosimetry for cervix HDR brachytherapy - feasibility
study using a MOSFET
J. Mason (UK), P. Bownes
PO-0942
> Evaluation of a recent
in vivo
dosimetry methodology for HDR prostate
BT using MOSFET detectors
R. Fabregat Borrás (Spain), S. Ruiz-Arrebola, E. Rodriguez Serafín,
M. Fernández Montes, A. García Blanco, J. Cardenal Carro,
J.T. Anchuelo Latorre, M. Ferri Molina, A. Kannemann, D. Guirado,
P.J. Prada
PO-0943
> Dosimetric influence produced by the presence of an air gap between
the skin and the Freiburg Flap
M. Fernandez Montes (Spain), S. Ruíz Arrebola, R. Fabregat Borrás,
E. Rodríguez Serafín, J.A. Vázquez Rodríguez, M.T. Pacheco Baldor,
N. Ferreiros Vázquez, M.A. Mendiguren Santiago, J.I. Raba Díez,
M.M. Fernández Macho, J.T. Anchuelo Latorre, M. Ferri Molina,