Independent validation of a dysphagia dose response model for the selection of head and neck cancer patients to proton therapy | Zendy

Petros Kalendralis | Zendy; Matthijs Sloep | Zendy; Nibin Moni George | Zendy; Jasper Snel | Zendy; Joeri Veugen | Zendy; Frank Hoebers | Zendy; Frederik Wesseling | Zendy; Mirko Unipan | Zendy; Martijn Veening | Zendy; Johannes A. Langendijk | Zendy; André Dekker | Zendy; Johan van Soest | Zendy; Rianne Fijten | Zendy

Open Access

Independent validation of a dysphagia dose response model for the selection of head and neck cancer patients to proton therapy

Author(s) -

Petros Kalendralis,

Matthijs Sloep,

Nibin Moni George,

Jasper Snel,

Joeri Veugen,

Frank Hoebers,

Frederik Wesseling,

Mirko Unipan,

Martijn Veening,

Johannes A. Langendijk,

André Dekker,

Johan van Soest,

Rianne Fijten

Publication year - 2022

Publication title -

physics and imaging in radiation oncology

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.777

H-Index - 12

ISSN - 2405-6316

DOI - 10.1016/j.phro.2022.09.005

Subject(s) - dysphagia , medicine , receiver operating characteristic , head and neck cancer , cohort , proton therapy , complication , pharynx , swallowing , radiation therapy , surgery

The model based approach involves the use of normal tissue complication models for selection of head and neck cancer patients to proton therapy. Our goal was to validate the clinical utility of the related dysphagia model using an independent patient cohort.

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