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International Journal of Hyperthermia Volume 36, 2019 - Issue 1
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Original Articles

Predictive value of SAR based quality indicators for head and neck hyperthermia treatment quality

Gennaro G. BellizziDIIES, Università Mediterranea di Reggio Calabria, Reggio di Calabria, Italy; ;Department of Radiation Oncology, Erasmus Medical Center, Hyperthermia Unit, Rotterdam, The Netherlands; ;Institute for Electromagnetic Sensing of the Environment National Research Council of Italy, Napoli, Italy; Correspondence[email protected]
ORCID Iconhttp://orcid.org/0000-0003-2866-2973View further author information
ORCID Icon,
Tomas DrizdalDepartment of Radiation Oncology, Erasmus Medical Center, Hyperthermia Unit, Rotterdam, The Netherlands; ;Department of Biomedical Technology, Czech Technical University in Prague, Prague, Czech Republic; ORCID Iconhttp://orcid.org/0000-0001-9061-8231View further author information
ORCID Icon,
Gerard C. van RhoonDepartment of Radiation Oncology, Erasmus Medical Center, Hyperthermia Unit, Rotterdam, The Netherlands; View further author information
,
Lorenzo CroccoInstitute for Electromagnetic Sensing of the Environment National Research Council of Italy, Napoli, Italy; View further author information
,
Tommaso IserniaDIIES, Università Mediterranea di Reggio Calabria, Reggio di Calabria, Italy; ;Institute for Electromagnetic Sensing of the Environment National Research Council of Italy, Napoli, Italy; View further author information
&
Margarethus M. PaulidesDepartment of Radiation Oncology, Erasmus Medical Center, Hyperthermia Unit, Rotterdam, The Netherlands; ;Department of Electrical Engineering, Eindhoven University of Technology, Eindhoven, The NetherlandsView further author information
Pages 455-464 | Received 07 May 2018, Accepted 24 Feb 2019, Published online: 11 Apr 2019

Citations (25)

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Massimiliano Zanoli & Hana Dobšíček Trefná. (2022) The hot-to-cold spot quotient for SAR-based treatment planning in deep microwave hyperthermia. International Journal of Hyperthermia 39:1, pages 1421-1439.
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Margarethus M. Paulides, Dario B. Rodrigues, Gennaro G. Bellizzi, Kemal Sumser, Sergio Curto, Esra Neufeld, Hazael Montanaro, H. Petra Kok & Hana Dobsicek Trefna. (2021) ESHO benchmarks for computational modeling and optimization in hyperthermia therapy. International Journal of Hyperthermia 38:1, pages 1425-1442.
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Astrid van der Horst, H. Petra Kok & Johannes Crezee. (2021) Effect of gastrointestinal gas on the temperature distribution in pancreatic cancer hyperthermia treatment planning. International Journal of Hyperthermia 38:1, pages 229-240.
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Gennaro G. Bellizzi, Kemal Sumser, Iva VilasBoas-Ribeiro, Sergio Curto, Tomas Drizdal, Gerard C. van Rhoon, Martine Franckena & Margarethus M. Paulides. (2020) Standardization of patient modeling in hyperthermia simulation studies: introducing the Erasmus Virtual Patient Repository. International Journal of Hyperthermia 37:1, pages 608-616.
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Eva Oberacker, Andre Kuehne, Celal Oezerdem, Jacek Nadobny, Mirko Weihrauch, Marcus Beck, Sebastian Zschaeck, Cecilia Diesch, Thomas Wilhelm Eigentler, Helmar Waiczies, Pirus Ghadjar, Peter Wust, Lukas Winter & Thoralf Niendorf. (2020) Radiofrequency applicator concepts for thermal magnetic resonance of brain tumors at 297 MHz (7.0 Tesla). International Journal of Hyperthermia 37:1, pages 549-563.
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Articles from other publishers (20)

Michaela Cerna & Tomas Drizdal. (2023) Implementation of Time Reversal Focusing on Hyperthermia Treatment of Brain Tumours. Implementation of Time Reversal Focusing on Hyperthermia Treatment of Brain Tumours.
Nandita Saha, Andre Kuehne, Jason M. Millward, Thomas Wilhelm Eigentler, Ludger Starke, Sonia Waiczies & Thoralf Niendorf. (2023) Advanced Radio Frequency Applicators for Thermal Magnetic Resonance Theranostics of Brain Tumors. Cancers 15:8, pages 2303.
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Martina T. Bevacqua, Rossella Gaffoglio, Gennaro G. Bellizzi, Marco Righero, Giorgio Giordanengo, Lorenzo Crocco, Giuseppe Vecchi & Tommaso Isernia. (2023) Field and Temperature Shaping for Microwave Hyperthermia: Recent Treatment Planning Tools to Enhance SAR-Based Procedures. Cancers 15:5, pages 1560.
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Jan Redr, Tomas Pokorny, Tomas Drizdal, Ondrej Fiser, Matous Brunat, Jan Vrba & David Vrba. (2022) Microwave Hyperthermia of Brain Tumors: A 2D Assessment Parametric Numerical Study. Sensors 22:16, pages 6115.
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Divya Baskaran & Kavitha Arunachalam. (2022) Multiobjective Optimization of Microwave Phased Array Excitation for Targeted Tissue Heating With Reduced Channel Power in Hyperthermia Treatment Planning. IEEE Transactions on Microwave Theory and Techniques 70:1, pages 622-630.
Crossref
Massimiliano Zanoli & Hana Dobšíček Trefná. (2021) Suitability of eigenvalue beam‐forming for discrete multi‐frequency hyperthermia treatment planning. Medical Physics 48:11, pages 7410-7426.
Crossref
Gennaro G. Bellizzi, Kemal Sumser & Martina Teresa Bevacqua. (2021) On the Optimal Matching Medium and the Working Frequency in Deep Pelvic Hyperthermia. IEEE Journal of Electromagnetics, RF and Microwaves in Medicine and Biology 5:3, pages 223-230.
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H. Petra Kok & Johannes Crezee. (2021) Hyperthermia Treatment Planning: Clinical Application and Ongoing Developments. IEEE Journal of Electromagnetics, RF and Microwaves in Medicine and Biology 5:3, pages 214-222.
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Eva Oberacker, Cecilia Diesch, Jacek Nadobny, Andre Kuehne, Peter Wust, Pirus Ghadjar & Thoralf Niendorf. (2021) Patient-Specific Planning for Thermal Magnetic Resonance of Glioblastoma Multiforme. Cancers 13:8, pages 1867.
Crossref
Massimiliano Zanoli & Hana Dobsicek Trefna. (2021) Combining target coverage and hot-spot suppression into one cost function: the hot-to-cold spot quotient. Combining target coverage and hot-spot suppression into one cost function: the hot-to-cold spot quotient.
Massimiliano Zanoli & Hana Dobšíček Trefná. (2021) Iterative time-reversal for multi-frequency hyperthermia. Physics in Medicine & Biology 66:4, pages 045027.
Crossref
Kemal Sumser, Gennaro G. Bellizzi, Ria Forner, Tomas Drizdal, Juan A. Hernandez Tamames, Gerard C. van Rhoon & Margarethus M. Paulides. (2021) Dual-Function MR-Guided Hyperthermia: An Innovative Integrated Approach and Experimental Demonstration of Proof of Principle. IEEE Transactions on Biomedical Engineering 68:2, pages 712-717.
Crossref
Faezeh Rahimi & Somayyeh Chamaani. (2020) Applying a repetitive time‐reversal method to reduce input power of a wearable hyperthermia applicator for breast cancer treatment. Microwave and Optical Technology Letters 62:12, pages 3754-3766.
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Divya Baskaran & Kavitha Arunachalam. (2020) Design of Site‐Specific Microwave Phased Array Hyperthermia Applicators Using 434 MHz Reduced Cavity‐Backed Patch Antenna. Bioelectromagnetics 41:8, pages 630-648.
Crossref
Kemal Sumser, Gennaro G. Bellizzi, Gerard C. van Rhoon & Margarethus M. Paulides. (2020) The Potential of Adjusting Water Bolus Liquid Properties for Economic and Precise MR Thermometry Guided Radiofrequency Hyperthermia. Sensors 20:10, pages 2946.
Crossref
Andre Kuehne, Eva Oberacker, Helmar Waiczies & Thoralf Niendorf. (2020) Solving the Time- and Frequency-Multiplexed Problem of Constrained Radiofrequency Induced Hyperthermia. Cancers 12:5, pages 1072.
Crossref
Gennaro G. Bellizzi, Kemal Sumser & Margarethus M. Paulides. (2020) The Required Patient Modeling Realism in Radiofrequency Heating Simulation Studies. The Required Patient Modeling Realism in Radiofrequency Heating Simulation Studies.
A. Di Dia, A. Maggio, D. Gabriele, G. Cattari, S. Bresciani, A. Miranti, V. Carillo, S. D'Angelo, S. Dall'Oglio, V. Donato, T. Ferrara, S. Maluta, M. Stasi & P. Gabriele. (2020) Quality indicators for hyperthermia treatment: Italian survey analysis. Physica Medica 70, pages 118-122.
Crossref
Gennaro G. Bellizzi, Margarethus M. Paulides, Tomas Drizdal, Gerard C. van Rhoon, Lorenzo Crocco & Tommaso Isernia. (2019) Selecting the Optimal Subset of Antennas in Hyperthermia Treatment Planning. IEEE Journal of Electromagnetics, RF and Microwaves in Medicine and Biology 3:4, pages 240-246.
Crossref
Martina T. Bevacqua, Gennaro G. Bellizzi, Lorenzo Crocco & Tommaso Isernia. (2019) Electrical Properties Mapping via Segmented and Phaseless Contrast Source Inversion. Electrical Properties Mapping via Segmented and Phaseless Contrast Source Inversion.

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