Page 54 - AOCMP-SEACOMP 2018 Programme Book

11 - 14 Nov 2018
54 Connexion Convention & Event Centre @Nexus
Bangsar South, Kuala Lumpur, Malaysia
aocmp2018@gmail.com

Poster Presentation (Therapy)

Poster Abstract Presenter Title
ID ID
A-001 IRT 54 Masakazu A novel shielding paper for patients with
Otsuka permanent prostate brachytherapy using 125 I
A-002 IRT 206 Nurul Ab. Aziz Systematic investigation on the validity of
Hashikin partition model dosimetry for 90Y
radioembolization using Monte Carlo
simulation
A-003 IRT 96 Jeong-Woo Determination of dosimetric parameters for
Lee vacuum-sealed miniature X-ray tube based on
carbon-nanotube field emitters
A-004 IRT 213 Moulay Ali Dose contribution to pelvic lymph nodes in
Youssoufi intracavitary brachytherapy for cervical cancer
A-005 IRT 41 Mary Joan An evaluation of the effects of brachytherapy
applicator attenuation in the high dose rate
treatment for carcinoma uterine cervix
A-006 IRT 218 Nur Rahmah Primary activity standardization of 177 Lu for
Hidayati calibrating commercial dose calibrator
A-007 IRT 339 Keiichi Dose estimation model for weakly penetrating
Akahane radiation in radionuclide radiotherapy
A-008 IRT 145 Sawhuey Ong Release of radiation iodine patients based on
patient-family member specific effective dose
calculation at 0.3 meter
A-009 IRT 117 Kesavan Comparison between 2D and 3D intracavity
Govindaraj brachytherapy planning in cervical malignancy
A-010 IRT 246 Renee Elennor HDR brachytherapy target dose difference of CT
Angeles volume-based brachytherapy and conventional
brachytherapy using Henschke applicator
A-011 IR 244 Yoshinori Investigation on factors affecting occupational
Ogawa eye lens doses and appropriate dosimeter
position during cardiac catheterization: a
phantom study
A-012 IR 185 Asmah Bohari Occupational dose during fluoroscopy guided
interventional (FGI) procedures at Institut
Kanser Negara
A-013 PT 86 Morihito Development of Japanese primary standard of
Shimizu absorbed dose to water in a carbon beam

IRT – Internal Radiation Therapy; IR – Interventional Radiology; PT – Particle Therapy

A Sustainable Future for Medical Physics