The complex and varied motion of the cervix–uterus target during external beam
radiotherapy (EBRT) underscores the clinical benefits afforded by adaptive radiotherapy …

Purpose The delineation of target volumes and organs at risk is the main source of
uncertainty in radiation therapy. Numerous interobserver variability (IOV) studies have been …

Purpose To compare deep learning with radiologists when diagnosing uterine cervical
cancer on a single T2-weighted image. Methods This study included 418 patients (age …

Purpose Fast and accurate outlining of the organs at risk (OARs) and high-risk clinical tumor
volume (HRCTV) is especially important in high-dose-rate brachytherapy due to the highly …

Veterinary radiation oncology regularly deploys sophisticated contouring, image registration,
and treatment planning optimization software for patient care. Over the past decade …

Background Accurate target volume delineation is a prerequisite for high-precision
radiotherapy. However, manual delineation is resource-demanding and prone to …

Background Target volume delineation is performed with anatomical imaging for head and
neck cancer. Molecular imaging allows the recognition of specific tumor regions. Its inclusion …

Background/Aim: Diagnosis of cervical cancer with tumor diameter< 2 cm using magnetic
resonance imaging alone has not been investigated. Moreover, whether tumor volume can …