Brachytherapy can deliver high doses to the target while sparing healthy tissues due to its
steep dose gradient leading to excellent clinical outcome. Treatment accuracy depends on …

This review aims to showcase the brachytherapy tools and technologies that have emerged
during the last 10 years. Soft-tissue contrast using magnetic resonance and ultrasound …

Purpose The MRI‐guided cervical cancer brachytherapy provides unparalleled soft‐tissue
contrast for target and normal tissue contouring, but eliminates the ability to use …

Background The steep radiation dose gradients in cervical cancer brachytherapy (BT)
necessitate a thorough understanding of the behavior of afterloader source cables or …

Brachytherapy has an excellent clinical outcome for different treatment sites. However, in
vivo treatment verification is not performed in the majority of hospitals due to the lack of …

The purpose of this study is to leverage radioluminescence imaging for the development of
an automated high-dose-rate (HDR) brachytherapy quality assurance (QA) system that …

Existing protocols for image-guided adaptive brachytherapy (BT) pose distinct limitations,
which include:(1) the possible misalignment of the application position as a consequence of …

Objective. To investigate the potential of 2D ion chamber arrays to serve as a standalone
tool for the verification of source strength, positioning and dwell time, within the framework of …

This study aims to explore the measuring accuracy of an automated high-dose-rate
brachytherapy (HDR BT) quality assurance system (hereinafter referred to as OriQA system) …

Purpose Brachytherapy has a busy workflow relying on manual steps to ensure accurate
delivery of the treatment. Systematic treatment errors have been reported due to faulty …