Background and Purpose: MR-guided radiotherapy adds the precision of magnetic
resonance imaging (MRI) to the therapeutic benefits of a linear accelerator. Prior to each …

Background and purpose MR-guided radiotherapy adds the precision of magnetic
resonance imaging (MRI) to the therapeutic benefits of a linear accelerator. Prior to each …

Purpose: Radiomics entails the extraction of quantitative imaging biomarkers (or radiomics
features) hypothesized to provide additional pathophysiological and/or clinical information …

Since the introduction of magnetic resonance imaging (MRI) to radiation therapy (RT), it has
increasingly been adopted in RT treatment planning for target and organ-at-risk (OAR) …

Purpose The purpose of this work is to explore delta-radiomics texture features for predicting
response using setup images of pancreatic cancer patients treated with magnetic resonance …

Abstract Background Magnetic Resonance Image guided Stereotactic body radiotherapy
(MRgRT) is an emerging technology that is increasingly used in treatment of visceral …

Over the past decade, the medical imaging literature has been revolutionized by radiomics,
which allows to extract huge amounts of quantitative data from magnetic resonance images …

Purpose To prospectively investigate the impact of image reconstruction on MRI radiomics
features. Methods An anthropomorphic phantom was scanned at 1.5 T using a standardized …

Purpose The MR‐guided radiotherapy (MRgRT) images on the integrated MRI and linear
accelerator (MR‐LINAC) might facilitate radiomics analysis for longitudinal treatment …

Purpose Quantitative radiomics features extracted from medical images have been shown to
provide value in predicting clinical outcomes. The study for robustness and reproducibility of …