Magnetic Resonance Angiography: Principles and Applications is a comprehensive text covering magnetic resonance angiography (MRA) in current clinical use. The first part of the book focuses on techniques, with chapters on contrast-enhanced MRA, time of flight, phase contrast, time-resolved angiography, and coronary MRA, as well as several chapters devoted to new non-contrast MRA techniques. Additionally, chapters describe in detail specific topics such as high-field MRA, susceptibility-weighted imaging, acceleration strategies such as parallel imaging, vessel wall imaging, targeted contrast agents, and low dose contrast-enhanced MRA. The second part of the book covers clinical applications of MRA, with each chapter describing the MRA techniques and protocols for a particular disease and vascular territory, as well as the pathology and imaging findings relevant to the disease state being discussed.
Magnetic Resonance Angiography: Principles and Applications is designed to bring together into a single textbook all of the MRA techniques in clinical practice today and will be a valuable resource for practicing radiologists and other physicians involved in the diagnosis and treatment of vascular diseases, as well as biomedical physicists, MRI technologists, residents, and fellows.
Editors
James C. Carr, MD , is the Director of Cardiovascular Imaging and Associate Professor of Radiology and Medicine at Northwestern University Feinberg School of Medicine, Chicago, Illinois, USA.
Timothy J. Carroll, Ph D, is the Director of MRI Research and Associate Professor in the Departments of Biomedical Engineering and Radiology at Northwestern University, Evanston, Illinois, USA.
Magnetic Resonance Angiography: Principles and Applications is designed to bring together into a single textbook all of the MRA techniques in clinical practice today and will be a valuable resource for practicing radiologists and other physicians involved in the diagnosis and treatment of vascular diseases, as well as biomedical physicists, MRI technologists, residents, and fellows.
Editors
James C. Carr, MD , is Director of Cardiovascular Imaging and Associate Professor of Radiology and Medicine at Northwestern University Feinberg School of Medicine, Chicago, Illinois, USA.
Timothy J. Carroll, Ph D, is Assistant Professor in the Department of Radiology at Northwestern University Feinberg School of Medicine, Chicago, Illinois, USA.
Editors
James C. Carr, MD , is Director of Cardiovascular Imaging and Associate Professor of Radiology and Medicine at Northwestern University Feinberg School of Medicine, Chicago, Illinois, USA.
Timothy J. Carroll, Ph D , is the Director of MRI Research and Associate Professor in the Departments of Biomedical Engineering and Radiology at Northwestern University, Evanston, Illinois, USA.
Table of Content
I. MRA Techniques
Chapter 1
Basic Principles of MRI and MR Angiography
Frank R. Korosec, Ph D
Chapter 2
Time-of-Flight Angiography
Seong-Eun Kim, Ph D, and Dennis L. Parker, Ph D
Chapter 3
Phase Contrast MRI and Flow Quantification
Bernd Jung, Ph D, and Michael Markl, Ph D
Chapter 4
Technical Aspect of Contrast-Enhanced MRA
Honglei Zhang, MD, Wei Zhang, MD, and Martin R. Prince, MD, Ph D
Chapter 5
Time-Resolved Contrast-Enhanced MR Angiography Using Cartesian Methods
Stephen J. Riederer, Ph D, Clifton R. Haider, Ph D, Casey P. Johnson, and Petrice M. Mostardi
Chapter 6
Flow-Dependent Noncontrast MR Angiography
Mitsue Miyakazi, Ph D, Satosha Sugiura, Yoshimori Kassai, MS, Nobuyasu Ichinose, MS, and Hitoshi Kanazawa, MS
Chapter 7
Low-Dose Contrast-Enhanced MR Angiography
Kambiz Nael, MD, Roya Saleh, MD, Gerhard Laub, Ph D, and J. Paul Finn, MD
Chapter 8
Vessel Wall Imaging Techniques
Rui Li, Ph D, Niranjan Balu, Ph D, and Chun Yuan Ph D
Chapter 9
Noncontrast Coronary Artery Imaging
Allison G. Hays, MD, Robert G. Weiss, MD, and Matthias Stuber, Ph D
Chapter 10
Contrast-Enhanced MR Angiography of the Coronary Arteries
Qi Yang, MD, Ph D, and Debaio Li, Ph D
Chapter 11
MR Angiography and High Field Strength: 3.0 Tesla and Higher
Harald H. Quick, Ph D, and Mark E. Ladd, Ph D
Chapter 12
Susceptibility Weighted Imaging and MR Angiography
Samuel Barnes, MS, and E. Mark Haacke, Ph D
Chapter 13
Non-Cartesian MR Angiography
Walter F. Block, Ph D, and Oliver Wieben, Ph D
Chapter 14
Parallel Imaging in Angiography
Nicole Seiberlich, Ph D, and Mark Griswold, Ph D
Chapter 15
Targeted Agents for Wall Imaging
Emily A. Waters, Ph D, and Thomas J. Meade, Ph D
Chapter 16
Intracranial Arterial and Venous Disease
Dariusch Reza Hadizadeh, MD, Horst Urbach, MD, and Winfried A. Willinek, MD
II. Clinical Applications
Chapter 17
Carotid and Vertebral Circulation: Clinical Applications
Max Winterman, MD, MAS, and Sugoto Mukherjee, MD
Chapter 18
Thoracic Aorta
Emily Ward, MB, BCh, BAO, and James C. Carr, MD
Chapter 19
Pulmonary MR Angiography
James F.M. Meaney, MD, and Peter Beddy, MD
Chapter 20
Abdominal Aorta and Mesenteric Vessels
Klaus D. Hagspiel, MD, and Patrick T. Norton, MD
Chapter 21
Renal Vascular Diseases
Tim Leiner, MD, Ph D, Henrik Michaely, MD, Ph D
Chapter 22
Upper Extremity and Hand Vessels
Ruth P. Lim, MBBS, MMed, FRANZCR, and Vivian L. Lee, MD, Ph D, MBA
Chapter 23
Lower Extremity Peripheral Arterial Disease
Jeremy D. Collins, MD, and Timothy Scanlon, MD
Chapter 24
Noninvasive Imaging for Coronary Artery Disease
Reza Nezafat, Ph D, Susie N. Hong, MD, Peng Hu, Ph D, Mehdi H. Moghari, Ph D, and Warren J. Manning MD
Chapter 25
Venous Imaging: Techniques, Protocols and Clinical Applications
Amir H. Davarpanah, MD, Philip Hodnett, MD, Jeremy D. Collins, MD, James C. Carr, MD, and Timothy Scanlon, MD
Chapter 26
Pediatric MR Angiography: Principles and Applications
Bharathi D. Jagadeesan, MD, and David N. Loy, MD, Ph D
Chapter 27
Contrast Agents for MR Angiography
Christoph U. Herborn, MD, MBA
Chapter 28
CE-MRA in the Age of Nephrogenic Systemic Fibrosis
Aditya Bharatha MD, FRCPC, Sean P. Symons MPH, MD, FRCPC, and Walter Kucharczyk MD, FRCPC
Chapter 29
Emerging Interventional MR Applications
Clifford R. Weiss, MD, Aravindan Kolandaivelu, MD, Jeff Bulte, Ph D, and Aravind Arepally, MD
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