Portrait de Shirin A. Enger

Shirin A. Enger

Membre académique associé
Professeure agrégée, McGill University, Département d'oncologie
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Biographie

Shirin Abbasinejad Enger est professeure agrégée à l'Unité de physique médicale du Département d'oncologie Gerald Bronfman de l’Université McGill, directrice de l'Unité de physique médicale et titulaire d'une chaire de recherche du Canada de niveau 2 en physique médicale. Elle est également chercheuse principale à l'Institut Lady Davis de recherches médicales et au Centre de cancérologie Segal de l'Hôpital général juif. Mme Enger a obtenu un doctorat de l'Université d'Uppsala en 2009 et a été boursière postdoctorale à l'Université Laval de 2009 à 2011. Elle a joué un rôle de premier plan au sein de plusieurs groupes de travail et comités nationaux et internationaux.

Étudiants actuels

Publications

125 Toward the Translation of Rectal Intensity Modulated Brachytherapy for Feasibility and Safety Studies
Jonathan Kalinowski
Shirin A. Enger
2023-09-01
Radiotherapy and Oncology (publié)
doi.org
163 Evaluating the Inter-Observer Variability in the Delineation of Rectal Lesions in Endoscopy Images
A. Thibodeau-Antonacci
Corey Miller
L. Weishaupt
Aurelie Garant
T. Vuong
P. Nicolaï
Shirin A. Enger
2023-09-01
Radiotherapy and Oncology (publié)
doi.org
181 RapidBrachyTG43: A TG-43 Parameter and Dose Calculation Module for RapidBrachyMCTPs
Jonathan Kalinowski
Shirin A. Enger
2023-09-01
Radiotherapy and Oncology (publié)
doi.org
186 Diffusion of 220RN and 212PB in Diffusing Alpha-Emitter Radiation Therapy Dosimetry with Geant4
Victor Daniel Díaz Martínez
Shirin A. Enger
2023-09-01
Radiotherapy and Oncology (publié)
doi.org
192 Investigation of the Dose Properties and Source to Source Variabilities in Xoft Source Model S7500
A. Esmaelbeigi
Jonathan Kalinowski
T. Vuong
Shirin A. Enger
2023-09-01
Radiotherapy and Oncology (publié)
doi.org
241 Reduction of Metal Artifacts in 7T MRI for Pre-Clinical Diffusing Alpha-Emitting Radiation Therapy Rectal Studies
Mélodie Cyr
Behnaz Behmand
N. Chabaytah
Joud Babik
Shirin A. Enger
2023-09-01
Radiotherapy and Oncology (publié)
doi.org
256 Patient-Specific Pre-Treatment Nuclei Size Distribution is of Significance for Post Radiation Therapy Locoregional Recurrence and Survival Outcomes
Yujing Zou
Magali Lecavalier-Barsoum
Manuela Pelmus
Farhad Maleki
Shirin A. Enger
2023-09-01
Radiotherapy and Oncology (publié)
doi.org
259 Development of a Cost-Efficient Scintillation-Fiber Detector for Use in Automated Synthesis of Positron Emission Tomography Radiotracers
Hailey Ahn
Liam Carroll
Robert Hopewell
I-Huang Tsai
Shirin A. Enger
2023-09-01
Radiotherapy and Oncology (publié)
doi.org
PP02  Presentation Time: 4:39 PM
Maryam Rahbaran
Jonathan Kalinowski
James Man Git Tsui
Joseph DeCunha
Kevin Croce
Brian Bergmark
Philip Devlin
Shirin A. Enger
2023-09-01
Brachytherapy (publié)
doi.org
Saturday, June 24, 20238:30 AM - 9:30 AMMSOR01 Presentation Time: 8:30 AM
Mélodie Cyr
N. Chabaytah
Joud Babik
Behnaz Behmand
Shirin A. Enger
2023-09-01
Brachytherapy (publié)
doi.org
Development of a hydrated electron dosimeter for radiotherapy applications: A proof of concept.
Julien Mégrourèche
H. Bekerat
Jingyi Bian
Alaina Bui
Jack C Sankey
Lilian Childress
Shirin A. Enger
BACKGROUND Hydrated electrons, which are short-lived products of radiolysis in water, increase the optical absorption of water, providing a … (voir plus)pathway toward near-tissue-equivalent clinical radiation dosimeters. This has been demonstrated in high-dose-per-pulse radiochemistry research, but, owing to the weak absorption signal, its application in existing low-dose-per-pulse radiotherapy provided by clinical linear accelerators (linacs) has yet to be investigated. PURPOSE The aims of this study were to measure the optical absorption associated with hydrated electrons produced by clinical linacs and to assess the suitability of the technique for radiotherapy (⩽ 1 cGy per pulse) applications. METHODS 40 mW of 660-nm laser light was sent five passes through deionized water contained in a 10 × 4 ×
2023-06-19
Medical Physics (publié)
doi.org
GEANT4-DNA simulation of temperature-dependent and pH-dependent yields of chemical radiolytic species
Jingyi Bian
Juan Duran
Wook-Geun Shin
Jose Ramos-Méndez
Jack C Sankey
Lilian Childress
Jan Seuntjens
Shirin A. Enger
2023-06-15
Physics in Medicine & Biology (publié)
doi.org