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Program Information


T Stanescu

M Cao

C Shang

O Green

T Stanescu1*, M Cao2*, C Shang3*, O Green4*, (1) Princess Margaret Hospital, Toronto, ON, (2) UCLA School of Medicine, Los Angeles, CA, (3) Boca Raton Regional Hospital, Boca Raton, FL, (4) Washington University School of Medicine, St. Louis, MO


4:30 PM : Commisioning and QC - T Stanescu, Presenting Author
4:52 PM : MR-driven RT Planning - M Cao, Presenting Author
5:14 PM : MRI Guidance in the Radiation Therapy Clinic: Site-Specific Discussions - C Shang, Presenting Author
5:36 PM : Strategies for adaptive RT - O Green, Presenting Author

WE-H-207B-0 (Wednesday, August 3, 2016) 4:30 PM - 6:00 PM Room: 207B

In recent years, steady progress has been made towards the implementation of MRI in external beam radiation therapy for processes ranging from treatment simulation to in-room guidance. Novel procedures relying mostly on MR data are currently implemented in the clinic. This session will cover topics such as (a) commissioning and quality control of the MR in-room imagers and simulators specific to RT, (b) treatment planning requirements, constraints and challenges when dealing with various MR data, (c) quantification of organ motion with an emphasis on treatment delivery guidance, and (d) MR-driven strategies for adaptive RT workflows. The content of the session was chosen to address both educational and practical key aspects of MR guidance.

Learning objectives:
1. Good understanding of MR testing recommended for in-room MR imaging as well as image data validation for RT chain (e.g. image transfer, filtering for consistency, spatial accuracy, manipulation for task specific);
2. Familiarity with MR-based planning procedures: motivation, core workflow requirements, current status, challenges;
3. Overview of the current methods for the quantification of organ motion;
4. Discussion on approaches for adaptive treatment planning and delivery.

Funding Support, Disclosures, and Conflict of Interest: T. Stanescu - License agreement with Modus Medical Devices to develop a phantom for the quantification of MR image system-related distortions.; T. Stanescu, N/A


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