Ahmed Karam Eldaly & Ayman M. Khalifa. (2023) A general framework for hepatic iron overload quantification using MRI. Digital Signal Processing 137, pages 104048.
Crossref
Hellen Oduor, Caterina P. Minniti, Alessandra Brofferio, Ahmed M. Gharib, Khaled Z. Abd-Elmoniem, Matthew M. Hsieh, John F. Tisdale & Courtney D. Fitzhugh. (2017) Severe cardiac iron toxicity in two adults with sickle cell disease. Transfusion 57:3, pages 700-704.
Crossref
Mohammed H. Alam, Dominique Auger, Laura-Ann McGill, Gillian C. Smith, Taigang He, Cemil Izgi, A. John Baksi, Rick Wage, Peter Drivas, David N. Firmin & Dudley J. Pennell. (2016) Comparison of 3?T and 1.5?T for T2* magnetic resonance of tissue iron. Journal of Cardiovascular Magnetic Resonance 18:1.
Crossref
El-Sayed H Ibrahim, Ayman M Khalifa & Ahmed K Eldaly. (2016) MRI T2* imaging for assessment of liver iron overload: study of different data analysis approaches. Acta Radiologica 57:12, pages 1453-1459.
Crossref
El-Sayed H. Ibrahim, Ayman M. Khalifa & Ahmed K. Eldaly. (2016) Influence of the analysis technique on estimating hepatic iron content using MRI. Journal of Magnetic Resonance Imaging 44:6, pages 1448-1455.
Crossref
Gabriel C. Camargo, Tamara Rothstein, Flavia P. Junqueira, Elsa Fernandes, Andreas Greiser, Ralph Strecker, Viviani Pessoa, Ronaldo S. L. Lima & Ilan Gottlieb. (2016) Comparison of myocardial T1 and T2 values in 3 T with T2* in 1.5 T in patients with iron overload and controls. International Journal of Hematology 103:5, pages 530-536.
Crossref
El-Sayed H. Ibrahim, Joseph G. Cernigliaro, Robert A. Pooley, Mellena D. Bridges, Jamie G. Giesbrandt, James C. Williams & William E. Haley. (2016) Detection of different kidney stone types: an ex vivo comparison of ultrashort echo time MRI to reference standard CT. Clinical Imaging 40:1, pages 90-95.
Crossref
El-Sayed H. Ibrahim, Joseph G. Cernigliaro, Robert A. Pooley, James C. Williams & William E. Haley. (2015) Motion artifacts in kidney stone imaging using single-source and dual-source dual-energy CT scanners: a phantom study. Abdominal Imaging 40:8, pages 3161-3167.
Crossref
El-Sayed Ibrahim, Robert Pooley, Joseph Cernigliaro, Mellena Bridges, Jamie Giesbrandt, James Williams & William Haley. (2015) In vitro imaging of kidney stones using ultra-short echo-time magnetic resonance. In vitro imaging of kidney stones using ultra-short echo-time magnetic resonance.
El-Sayed Ibrahim, Robert Pooley, Joseph Cernigliaro, Mellena Bridges, James Williams & William Haley. (2015) Motion artifacts in kidney stone imaging using dual-energy CT. A phantom study comparing single-source and dual-source scanners. Motion artifacts in kidney stone imaging using dual-energy CT. A phantom study comparing single-source and dual-source scanners.
El-Sayed H. Ibrahim & Andrew W. Bowman. (2014) Characterization of myocardial iron overload by dual-energy computed tomography compared to T2 MRI. A phantom study. Characterization of myocardial iron overload by dual-energy computed tomography compared to T2 MRI. A phantom study.
El-Sayed H. Ibrahim, Ayman M. Khalifa & Ahmed K. Eldaly. (2014) The Influence of the analysis technique on estimating liver iron overload using magnetic resonance imaging T2 quantification. The Influence of the analysis technique on estimating liver iron overload using magnetic resonance imaging T2 quantification.
El-Sayed H. Ibrahim, Robert A. Pooley, Mellena D. Bridges, Joseph G. Cernigliaro & William E. Haley. (2014) Kidney stone imaging with 3D ultra-short echo time (UTE) magnetic resonance imaging. A phantom study. Kidney stone imaging with 3D ultra-short echo time (UTE) magnetic resonance imaging. A phantom study.
El-Sayed H. Ibrahim, Ayman M. Khalifa, Ahmed K. Eldaly & Andrew W. Bowman. (2014) The effects of the analysis technique on hepatic iron evaluation using T2 mapping with magnetic resonance imaging. The effects of the analysis technique on hepatic iron evaluation using T2 mapping with magnetic resonance imaging.
El-Sayed H. Ibrahim, Andrew W. Bowman & Ayman M. Khalifa. (2014) Dual-energy computed tomography versus magnetic resonance imaging for the assessment of iron overload. Dual-energy computed tomography versus magnetic resonance imaging for the assessment of iron overload.
