Characterisation of urinary stones in the presence of iodinated contrast medium using dual-energy CT: a phantom study

Dual-Energy Dual-Source CT With Additional Spectral Filtration Can Improve the Differentiation of Non–Uric Acid Renal Stones: An Ex Vivo Phantom Study

(2011) Mingliang Qu et al.   AMERICAN JOURNAL OF ROENTGENOLOGY

Targeted dual-energy single-source CT for characterisation of urinary calculi: experimental and clinical experience

(2011) Matthias Eiber et al.   EUROPEAN RADIOLOGY

Quantification of Urinary Stone Volume: Attenuation Threshold–based CT Method—A Technical Note

(2011) Shadpour Demehri et al.   RADIOLOGY

Detectability of Urinary Stones on Virtual Nonenhanced Images Generated at Pyelographic-Phase Dual-Energy CT

(2010) Naoki Takahashi et al.   RADIOLOGY

Determination of Renal Stone Composition with Dual-Energy CT: In Vivo Analysis and Comparison with X-ray Diffraction

(2010) Guy Hidas et al.   RADIOLOGY

Dual-energy CT for the characterization of urinary calculi: In vitro and in vivo evaluation of a low-dose scanning protocol

(2009) C. Thomas et al.   EUROPEAN RADIOLOGY

Characterization of Urinary Stones With Dual-Energy CT

(2009) Paul Stolzmann et al.   INVESTIGATIVE RADIOLOGY

Shock wave lithotripsy: advances in technology and technique

(2009) James E. Lingeman et al.   Nature Reviews Urology

Renal Stone Assessment with Dual-Energy Multidetector CT and Advanced Postprocessing Techniques: Improved Characterization of Renal Stone Composition—Pilot Study

(2009) Daniel T. Boll et al.   RADIOLOGY

Dual-Energy CT Iodine-Subtraction Virtual Unenhanced Technique to Detect Urinary Stones in an Iodine-Filled Collecting System: A Phantom Study

(2008) Naoki Takahashi et al.   AMERICAN JOURNAL OF ROENTGENOLOGY

Characterization of Human Renal Stones with MDCT: Advantage of Dual Energy and Limitations Due to Respiratory Motion

(2008) Romain Grosjean et al.   AMERICAN JOURNAL OF ROENTGENOLOGY