Search Results - "Trnková, P"
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Three‐dimensional MRI‐based treatment planning approach for non‐invasive ocular proton therapy
Published in Medical physics (Lancaster) (01-03-2021)“…Purpose To develop a high‐resolution three‐dimensional (3D) magnetic resonance imaging (MRI)‐based treatment planning approach for uveal melanomas (UM) in…”
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Factors influencing the performance of patient specific quality assurance for pencil beam scanning IMPT fields
Published in Medical physics (Lancaster) (01-11-2016)“…Purpose: A detailed analysis of 2728 intensity modulated proton therapy (IMPT) fields that were clinically delivered to patients between 2007 and 2013 at Paul…”
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Benchmarking of a treatment planning system for spot scanning proton therapy: Comparison and analysis of robustness to setup errors of photon IMRT and proton SFUD treatment plans of base of skull meningioma
Published in Medical physics (Lancaster) (01-11-2014)“…Purpose: Base of skull meningioma can be treated with both intensity modulated radiation therapy (IMRT) and spot scanned proton therapy (PT). One of the main…”
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OC-0160: Five years of experience with patient specific verifications of spot scanned IMPT
Published in Radiotherapy and oncology (01-03-2013)Get full text
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OC-0250: Proton beam monitor chambers calibration: Faraday cup vs ionization chamber
Published in Radiotherapy and oncology (01-03-2013)Get full text
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EP-1551: Benchmarking Monte Carlo for proton radiosurgery
Published in Radiotherapy and oncology (01-04-2016)Get full text
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PO-0857: Are the dosimetric verification results of spot scanned IMPT fields dependent on field specific parameters?
Published in Radiotherapy and oncology (01-04-2015)Get full text
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PD-0727 CyberKnife vs protons: What is the best approach to reduce complications in posterior ocular tumors?
Published in Radiotherapy and oncology (01-05-2022)Get full text
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PD-0936 A two-beams approach for organs-at-risk sparing in ocular passive proton therapy
Published in Radiotherapy and oncology (01-08-2021)Get full text
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SP-0869 Moving countries: How does it work? Physicist
Published in Radiotherapy and oncology (01-05-2022)Get full text
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285 speaker DOSE ADAPTATION BY MODERN TREATMENT PLANNING CONCEPTS INCLUDING INVERSE PLANNING
Published in Radiotherapy and oncology (2011)Get full text
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OC-669 Development of a novel MRI-only treatment planning approach for ocular proton therapy
Published in Radiotherapy and oncology (01-04-2019)Get full text
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PO-1000: First year of clinical experience with the new generation of Gantry for active scanning proton therapy
Published in Radiotherapy and oncology (01-04-2015)Get full text
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693 poster MANUAL AND AUTOMATIC TREATMENT PLANNIG IMAGE-GUIDED CERVICAL CANCER BRACHYTHERAPY TRETMENT PLANS
Published in Radiotherapy and oncology (2011)Get full text
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LOADING PATTERNS USED DURING 10 YEARS FOR MRI BASED TREATMENT PLAN OPTIMIZATION OF 254 CERVICAL CANCER BRACHYTHERAPY PATIENTS
Published in Radiotherapy and oncology (01-08-2009)Get full text
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SU‐GG‐T‐02: Inverse Optimization for Cervix Cancer Brachytherapy Including Automatic Loading, DVH Optimization and Modification Restriction Adapted From Manual Planning
Published in Medical Physics (01-06-2008)“…Purpose: This study tests the difference in dosimetric values and performance between a new Hybrid Inverse Planning Optimization (HIPO) tool for cervix cancer…”
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PO-1758 A bone suppression method to improve tumour motion monitoring in intensity-based 2D/3D registration
Published in Radiotherapy and oncology (01-08-2021)Get full text
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MO-0302 Automatic applicator-based image registration workflow for image-guided adaptive brachytherapy
Published in Radiotherapy and oncology (01-05-2023)Get full text
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PO-1880 Real-time and online adaptive particle therapy in 10 years: a Delphi consensus analysis
Published in Radiotherapy and oncology (01-05-2023)Get full text
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