For radiotherapy of thoracic and abdominal tumors safety margins are applied to address geometrical uncertainties caused by e.g. set-up errors, organ motion and delineation variability. For pediatric patients no standardized margins are defined. Moreover, studies on these geometrical uncertainties are relatively scarce. Therefore, this systematic review presents an overview of organ motion, applied margin sizes and delineation variability in patients <18 years. A search from January 2000 to March 2021 in Medline, Embase, Web of Science, ClinicalTrials.gov and the International Trials Registry Platform resulted in the inclusion of 117 studies reporting on organ motion, margin sizes and/or delineation variability. Studies were heterogeneous c...
Intensity modulated radiation therapy (IMRT) of head and neck tumors allows a precise conformation o...
Background and purpose: To analyse the variability of respiratory motion during image-guided radioth...
Background and purpose: Appropriate internal margins are essential to avoid a geographical miss in i...
Background: Pediatric safety margins are generally based on data from adult studies; however, adult-...
Background: Interfractional organ position variation might differ for abdominal organs and this coul...
Background and purpose: To quantify renal and diaphragmatic interfractional motion in order to estim...
Background and purpose: To quantify renal and diaphragmatic interfractional motion in order to estim...
Background and purpose. The variability in target delineation for similar cases between centres trea...
Background and purpose: To assess intra- and inter-fraction motion uncertainties, due to displacemen...
Clinical radiotherapy procedures aim at high accuracy. However, there are many error sources that ac...
Clinical radiotherapy procedures aim at high accuracy. However, there are many error sources that ac...
BACKGROUND: The planning target volume in radiotherapy treatment planning takes into account both mo...
Background and purpose: Recently, the SIOP-RTSG developed a highly-conformal flank target volume def...
PURPOSE:Intensity modulated radiation therapy (IMRT) of head and neck tumors allows a precise confor...
Purpose: In image-guided particle radiotherapy of abdominal lesions, respiratory motion hinders trea...
Intensity modulated radiation therapy (IMRT) of head and neck tumors allows a precise conformation o...
Background and purpose: To analyse the variability of respiratory motion during image-guided radioth...
Background and purpose: Appropriate internal margins are essential to avoid a geographical miss in i...
Background: Pediatric safety margins are generally based on data from adult studies; however, adult-...
Background: Interfractional organ position variation might differ for abdominal organs and this coul...
Background and purpose: To quantify renal and diaphragmatic interfractional motion in order to estim...
Background and purpose: To quantify renal and diaphragmatic interfractional motion in order to estim...
Background and purpose. The variability in target delineation for similar cases between centres trea...
Background and purpose: To assess intra- and inter-fraction motion uncertainties, due to displacemen...
Clinical radiotherapy procedures aim at high accuracy. However, there are many error sources that ac...
Clinical radiotherapy procedures aim at high accuracy. However, there are many error sources that ac...
BACKGROUND: The planning target volume in radiotherapy treatment planning takes into account both mo...
Background and purpose: Recently, the SIOP-RTSG developed a highly-conformal flank target volume def...
PURPOSE:Intensity modulated radiation therapy (IMRT) of head and neck tumors allows a precise confor...
Purpose: In image-guided particle radiotherapy of abdominal lesions, respiratory motion hinders trea...
Intensity modulated radiation therapy (IMRT) of head and neck tumors allows a precise conformation o...
Background and purpose: To analyse the variability of respiratory motion during image-guided radioth...
Background and purpose: Appropriate internal margins are essential to avoid a geographical miss in i...