To perform comprehensive dosimetric validation of a commercially available independent Monte Carlo (MC)-based secondary dose calculation engine for clinical photon radiotherapy.
Author profile
Sharbacha Edward, PhD
Department of Radiation Oncology, WashU Medicine
Comprehensive Open-Field Dosimetric Validation of Commercially Available Monte Carlo-Based Secondary Dose Verification System for Photon Radiotherapy
Poster Program · Therapy Physics
Lessons Learned from a Successful Transition from Co-60 to the Halcyon Linac In a Low to Middle Income Country (LMIC)
Despite the global transition toward more precise and conformal radiotherapy, many countries currently treat with Co-60 units. This paper describes key steps, challenges and lessons learned from a successful transition from Co-60 to LINAC based radiotherapy i...
Poster Program · Therapy Physics
Validation of Commercial Monte Carlo Secondary Dose Calculation Using External Audit End-to-End Phantoms
Independent verification of IROC phantom credentialing results is valuable for institutional quality assurance and confidence in treatment planning system performance. This work aimed to verify the accuracy of a commercially available Monte Carlo (MC) dose al...
Poster Program · Therapy Physics