Home /Research /Dosimetric Validation of Robotic Prostate SBRT With Simultaneous Integrated Dose Escalation to Dominant Intraprostatic Lesion Using a Magnetic Resonance–Based 3D-Printed Prostate Model in an Anthropomorphic Pelvis Phantom

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Dosimetric Validation of Robotic Prostate SBRT With Simultaneous Integrated Dose Escalation to Dominant Intraprostatic Lesion Using a Magnetic Resonance–Based 3D-Printed Prostate Model in an Anthropomorphic Pelvis Phantom

Hong Xiang, Jeremy Cheng, Meshari Alshammari, C. Lee, Noah B. Bloch, S. Keohan, C. Carl Jaffe, Jason A. Efstathiou, Anthony L. Zietman, H Lu, Ariel E. Hirsch

Year: 2016
Citations: 2

Keywords

MedicineImaging phantomProstateNuclear medicineDosimetrySagittal planeRadiation treatment planningPelvisContouringMagnetic resonance imaging

Dosimetric Validation of Robotic Prostate SBRT With Simultaneous Integrated Dose Escalation to Dominant Intraprostatic Lesion Using a Magnetic Resonance–Based 3D-Printed Prostate Model in an Anthropomorphic Pelvis Phantom

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