1. business and industrial
2. business operations
3. business plans

Society for Cardiovascular
Magnetic Resonance
International Society for Magnetic
Resonance in Medicine
SCMR/ISMRM Jointly Sponsored Workshop
Accelerated CMR: Towards Comprehensive
Clinical Cardiovascular Imaging
Presented by the SCMR and the ISMRM Cardiac MR and Flow & Motion
Quantitation Study Groups
Thursday, January 16, 2014
Hilton New Orleans Riverside, New Orleans, LA
www.SCMR.org
www.ISMRM.org
SCMR/ISMRM Jointly Sponsored Workshop
Presented by the SCMR and the ISMRM Cardiac MR and Flow & Motion Quantitation Study Groups
Accelerated CMR: Towards Comprehensive Clinical Cardiovascular Imaging
Thursday, January 16, 2014
The Hilton New Orleans Riverside, New Orleans, Louisiana
Letter from the Program Co-chairs
Dear Colleagues and Friends,
On behalf of the Organizing Committee, we would like welcome you to New Orleans for the SCMR / ISMRM Jointly Sponsored
Workshop Accelerated CMR: Towards Comprehensive Clinical Cardiovascular Imaging presented in collaboration with the
ISMRM Cardiac Imaging and Flow & Motion Quantitation Study Groups. This joint effort between the SCMR and ISMRM is the
third of its kind, and we hope that this continuing cooperation enhances both research and education in cardiovascular imaging.
We are thrilled to be able to offer these exciting sessions with their excellent speakers and topics, and hope that you enjoy
attending the workshop as much as we enjoyed putting it together for you.
The workshop is designed to provide an opportunity for researchers and clinicians to discuss recent developments in rapid
imaging and their potential application to clinical cardiovascular MRI exams. The workshop features a one-day program of
invited and proffered talks, plus poster presentations that explore new reconstruction algorithms and platforms, sequence
modifications, and protocol improvements for cardiovascular MRI. A strong clinical focus runs throughout the workshop to
demonstrate how these new methods can be used to accelerate existing cardiovascular imaging applications and enable new ways
to obtain information about the cardiovascular system. The scientific program comprises an introductory session and four
scientific sessions, each of which focuses on a specific technical development with its corresponding potential clinical
applications. We are honored to present extraordinary speakers including MRI technology leaders and distinguished clinical
experts. These speakers will present content, which is meant to encourage the imaging community to reexamine past solutions
for rapid cardiovascular imaging and evaluate new emerging techniques to resolve open technical challenges and meet unmet
clinical needs. Both clinicians and researchers should benefit from this program and both groups are encouraged to converse
throughout the workshop to promote the development of techniques that can be used clinically.
The program commences with an Opening Session featuring two Plenary Addresses by Drs. Robert Edelman and Andrew Arai,
both forerunners in pioneering new technical developments for cardiovascular imaging applications. This introductory session
will set the stage for the scientific sessions by reviewing past advances that have made rapid cardiovascular MRI possible and
introducing open clinical questions, which could be resolved using novel rapid imaging techniques. Each scientific session will
begin with two invited talks by experts in the field of rapid imaging, and will include oral presentations of proffered abstracts.
Session I, Advances in Reconstruction Strategies, will focus on new techniques for rapid reconstruction, with special focus on
developments in compressed sensing and parallel imaging. Session II, Advances in Rapid Sequences and Protocols, will cover
strategies to shorten scan time for both individual measurements by improving MRI sequences and streamlining clinical
protocols. Session III, Fast Imaging - Putting It Into Practice, will offer insight into using fast reconstructions and sequences in
clinical practice, and will also discuss the use of novel platforms to accelerate computation for the rapid generation of MR
images. Session IV, Clinical State-of-the-Art and What Lies Ahead, will be used as a starting point to envision new applications
and even imaging paradigms, which could change how cardiovascular imaging is performed in the clinic.
The oral presentations will be followed by a poster session in parallel with a Wine and Cheese Reception. This time is meant
to provide attendees with an opportunity to discuss the topics presented in the workshop and meet colleagues interested in
solving problems in cardiovascular imaging in an informal (and fun!) setting.
We hope that this workshop will provide an exciting opportunity for you to explore new ideas in rapid cardiovascular MR and
to engage in interesting discussions of these topics with your clinical and research colleagues. By working together as researchers
and clinicians to develop more rapid imaging techniques, we can meet our goal of improving cardiovascular MRI to improve
the quality of care we offer to patients around the world.
Thank you to all the presenters, organizers and attendees for the effort and support put forth to make this meeting happen. We
hope you enjoy your time in New Orleans!
Daniel Ennis, PhD
Nicole Seiberlich, PhD
TABLE OF CONTENTS
ORGANIZING AND SCIENTIFIC
PROGRAM COMMITTEE:
Welcome ..........................................2
Co-chair:
Daniel Ennis, PhD
University of California-Los Angeles
Los Angeles, California, USA
General Information ........................4
Co-chair:
Nicole Seiberlich, PhD
Case Western Reserve University
Cleveland, Ohio, USA
Agenda ............................................5
Faculty Disclosures ..........................7
Poster Directory ................................8
Committee:
Michael Markl, PhD
Northwestern University
Chicago, Illinois, USA
Reza Nezafat, PhD
Harvard Medical School
Boston, MA
Author Index ..................................10
Hotel Floor Plan ..............................11
Jeanette Schulz-Menger, MD
Charite Universitatsmedizin Berlin
Berlin, Germany
Orlando Simonetti, PhD
The Ohio State University
Columbus, Ohio, USA
Shreyas Vasanawala, MD, PhD
Stanford University
Stanford, California, USA
www.scmr.org • www.ismrm.org
3
General Information
Overview
GENERAL INFORMATION
The purpose of the workshop is to inform academic researchers and clinical scientists about state-of-the art and emerging
accelerated MRI techniques for cardiovascular imaging. Participants are expected to gain knowledge and strategies for practice that
will allow them to work with existing fast imaging methods to reduce imaging time, improve spatial and temporal resolution,
and promote the development of new applications. Novel image reconstruction techniques including parallel imaging and
compressed sensing methods will be examined. Efficient pulse sequence techniques and methods to increase patient throughput
will be explored. In addition, the workshop will provide a forum for disseminating information related to cutting-edge rapid
imaging techniques for the evaluation of cardiovascular structure, function, myocardial viability and perfusion, tissue
characterization, MR angiography, and flow. Emerging applications and outstanding areas of clinical need in cardiovascular MRI
will be discussed in order to link technical developments with clinical practice. The multidisciplinary faculty and broad audience
will ensure that technologies and methodologies are communicated and shared between cardiologists, radiologists, physicists,
engineers, physiologists, trainees, and technologists.
Target Audience
This workshop is designed for:
• Academic scientists including cardiologists, radiologists, engineers and physicists, physiologists, and those who work in
fields related to these disciplines;
• Clinicians looking to apply the most recent advances in rapid imaging and those interested in incorporating rapid
imaging techniques in their clinical practice to increase patient throughput or take advantage of novel ways of
diagnosing cardiovascular disease;
• Medical, biological, and industrial researchers with an interest in emerging technology for rapid cardiovascular MRI
and its implications for clinical cardiovascular MRI;
• Cardiac and other MRI applications specialists and technologists who strive to gain a deeper insight into the basics of
rapid MRI sequences and reconstruction techniques and their benefits for cardiovascular MRI; and
• Trainees seeking to understand the capabilities and limitations of rapid cardiovascular imaging technology in order to
develop improved imaging methods. This may include undergraduate and graduate students, post-doctoral trainees,
residents, and fellows.
Educational Objectives
Upon completing this workshop, participants should be able to:
• Describe current clinical challenges in cardiovascular MRI;
• Explain how rapid imaging techniques can alleviate these frequent clinical problems;
• Explain the basics of rapid MRI techniques for cardiovascular applications, including parallel imaging and
compressed sensing;
• Evaluate the advantages and disadvantages of different image reconstruction techniques for rapid cardiovascular MRI
in order to select the most-appropriate method in each situation;
• Assess and select efficient pulse sequences for different cardiovascular applications;
• Design faster cardiovascular MRI protocols for higher patient throughput;
• Describe remaining challenges for the adoption and clinical implementation of state-of-the-art rapid imaging
techniques and techniques to improve clinical image quality;
• Recognize why rapid MRI techniques have not led to breakthroughs in certain aspects of cardiovascular imaging, and
develop strategies to avoid similar failures in the future; and
• Identify several areas where rapid imaging could be transformative for clinical imaging in the near future.
Continuing Medical Education Credits
This activity has been planned and implemented in accordance with the Essential Areas and policies of the Accreditation
Council for Continuing Medical Education through the joint sponsorship of the International Society for Magnetic
Resonance in Medicine (ISMRM) and the Society for Cardiovascular Magnetic Resonance (SCMR). The International Society
for Magnetic Resonance in Medicine is accredited by the ACCME to provide continuing medical education for physicians.
The International Society for Magnetic Resonance in Medicine (ISMRM) designates this live
activity for a maximum of 8 AMA PRA Category 1 Credit(s)™. Physicians should claim only
the credit commensurate with the extent of their participation in the activity.
4
SCMR/ISMRM Jointly Sponsored Workshop • January 16, 2014
Agenda
8:00 am – 8:10 am
Welcome
Workshop Co-chairs
Daniel Ennis, PhD, University of California –
Los Angeles
Nicole Seiberlich, PhD, Case Western Reserve University
8:10 am – 9:00 am
Opening Session: Rapid CMR Technology Driving Innovation
Moderators: Daniel Ennis, PhD, University of California
– Los Angeles
Nicole Seiberlich, PhD, Case Western Reserve University
At the conclusion of this session, participants will be better
able to:
• Understand the historical hardware and sequence
developments that contributed to state-of-the-art rapid
cardiac MRI techniques
• Recognize obstacles for CMR and explain why current
techniques limit the usage of CMR in certain patient
populations
• Describe clinical applications that are enabled by the
implementation of recently developed fast imaging
methods
8:10 am Plenary I: Technical Teaser - Historical Developments
in Fast Imaging for CV
Robert Edelman, MD, Evanston Hospital
9:30 am Oral Abstract Presentations
W 01 A Subspace Approach to Blind Coil Sensitivity
Estimation in Parallel MRI
Derya Gol Gungor, MS, The Ohio State University
W 02 Sub-30ms Real-time, Free-breathing Cardiac
Imaging with SPIRiT
Samuel Ting, The Ohio State University
W 03 Improving Cardiac Cine MRI on 3T using 2D
k-t Accelerated Auto-Calibrating Parallel Imaging
Peng Lai, PhD, GE Healthcare
W 04 Biventricular Strain Analysis at 1.5T Cardiac
MR Imaging: Preliminary Results in Volunteers using
an Iterative SENSE Reconstruction with L1
Regularization
Peter Smith, BS, Northwestern University
AGENDA
Thursday, January 16, 2014
W 05 Scanner-efficient Diffusion Tensor Imaging of
Human Cardiac Microstructure using the Fast
Composite Splitting Reconstruction Algorithm
Archontis Giannakidis, PhD, Royal Brompton Hospital
11:00 am – 11:20 am
Morning Coffee Break
11:20 am – 12:50 pm
8:35 am Plenary II: Clinical Teaser - Remaining Clinical
Challenges and Problems to Solve
Andrew Arai, MD, NIH/NHLBI
9:00 am – 11:00 am
Scientific Session I: Advances in
Reconstruction Strategies
Moderators: Edward DiBella, PhD, University of Utah
Peter Kellman, PhD, National Institutes of Health
At the conclusion of this session, participants will be better
able to:
• Explain the basic principles of image reconstruction
techniques used for fast imaging
• Apply state-of-the-art recon techniques for rapid CV
imaging
• Describe the advantages and challenges of several
reconstruction techniques which have not yet
transitioned to clinical CV imaging
9:00 am Foundations of Reconstruction Techniques for Rapid
Imaging
Mariya Doneva, PhD, Philips
9:15 am State-of-the-Art and Up-and-Coming Reconstruction
Techniques for CV Imaging
Daniel Kim, PhD, University of Utah
Scientific Session II: Advances in Rapid
Sequences and Protocols
Moderators: Peng Hu, PhD, University of California Los Angeles
Reza Nezafat, PhD, Harvard Medical School
At the conclusion of this session, participants will be better
able to:
• Define the advantages and disadvantages of
non-Cartesian rapid imaging
• Evaluate the clinical value of comprehensive and rapid
cardiac MRI exams
• Develop strategies for faster clinical cardiac MRI exams
11:20 am Faster Imaging with Faster Sequences
Holden Wu, PhD, University of California – Los Angeles
11:35 am Faster Protocols for Patient Throughput
Daniel Sodickson, MD, PhD, New York University
Langone Medical Center
11:50 am Oral Abstract Presentations
W 06 Accelerated Delayed Enhancement Imaging of
Myocardial Infarction with Through-time Radial
GRAPPA
Ozan Sayin, Johns Hopkins School of Medicine
www.scmr.org • www.ismrm.org
5
Agenda
Thursday, January 16, 2014 (Cont’d)
W 07 Rapid Phase Contrast MRI with Minimum
Time Gradient Waveform Design Using Convex
Optimization
Matthew Middione, PhD, University of California –
Los Angeles
W 08 Unsupervised Free-Breathing 3-Dimensional
Imaging of Morphology, Function and Flow in
Congenital Heart Disease under 30 Minutes:
Pilot Study
Rajesh Krishnamurthy, MD, Texas Children’s Hospital
12:50 pm – 2:00 pm
W 11 FPGA-based Acceleration of MRI Registration:
An Enabling Technique for Improving MRI-guided
Cardiac Therapy
Ka-Wai Kwok, PhD, University of Georgia
W 12 Evaluation of Through-time Radial GRAPPA
for Functional Cardiac Imaging in a Patient
Population
Nicole Seiberlich, PhD, Case Western Reserve University
W 13 Clinical Evaluation of Accelerated Cardiac Cine
Imaging using Iterative k-t-sparse SENSE
Bradley Allen, MD, Northwestern University
Lunch (on own) and Poster Viewing
4:00 pm – 4:30 pm
AGENDA
Scientific Session III: Fast Imaging Putting It into Practice
Moderators: Michael Hansen, PhD, NIH/NHLBI
Michael Markl, PhD, Northwestern University
At the conclusion of this session, participants will be better
able to:
• Understand the challenges involved with translating a
novel fast imaging method, namely a
multi-dimensional imaging acceleration technique, to
clinical cardiac MRI
• Describe the potential of accelerated MRI methods to
enhance current clinical applications and provide
comprehensive information on cardiovascular
morphology and function
• Understand and describe the potential of hardware
acceleration for fast reconstruction of cardiovascular
MRI data for efficient clinical implementation of novel
imaging techniques
Coffee Break
2:00 pm – 4:00 pm
2:00 pm Multi-dimensional Acceleration for Comprehensive
Cardiovascular MRI: Implementation & Application in
the Clinic
Sebastian Kozerke, PhD, Institute for Biomedical
Engineering University and ETH Zurich
2:15 pm Implementation and Clinical Application for
Hardware Accelerated CMR Reconstruction
Thomas Sorensen, PhD, Aarhus University
2:30 pm Oral Abstract Presentations
W 09 Software Platform for Flexible Automated
Reconstruction of CMR Data in a Clinically
Feasible Workflow
Tamer Basha, PhD, Beth Israel Deaconess Medical Center
W 10 A Novel Platform for Comprehensive CMR
Examination in a Clinically Feasible Scan Time
Joëlle Barral, PhD, HeartVista, Inc.
6
4:30 pm – 6:00 pm
Scientific Session IV: Clinical
State-of-the-Art and What Lies Ahead
Moderators: Robert Edelman, MD, Evanston Hospital
Andreas Sigfridsson, PhD, Karolinska Institute
At the conclusion of this session, participants will be better
able to:
• Describe the real-world advantages of fast cardiac
imaging in the clinic
• Evaluate the challenges associated with accelerating
cardiac MRI
• Prospectively examine techniques that may better
enable future cardiac MRI exams
4:30 pm Fast Imaging - Promises and Pitfalls
Matthias Friedrich, MD, Montreal Heart Institute
4:45 pm Envisioning the CMR Exam of the Future
Eike Nagel, MD, PhD, King’s College London
5:00 pm Oral Abstract Presentations
W 14
High-resolution, Real-time Exercise
Stress Cine
Samuel Ting, The Ohio State University
W 15
Assessment of Cardiac Time Intervals using
High Temporal Resolution Real-time Spiral Phase
Contrast with UNFOLD-SENSE
Grzegorz Kowalik, UCL Centre for Cardiovascular Imaging
W 16
Accelerated Cine DENSE MRI using
Compressed Sensing and Parallel Imaging
Xiao Chen, University of Virginia
6:00 pm – 7:30 pm
Poster Session and Reception
SCMR/ISMRM Jointly Sponsored Workshop • January 16, 2014
Faculty Disclosures
Faculty & Introduction Speakers
The ISMRM is committed to:
• Ensuring balance, independence, objectivity and scientific rigor in all Continuing Medical Education (CME) programs; and
• Presenting CME activities that promote improvements or quality in healthcare and are independent of commercial interests.
Therefore it is the policy of the Society that any person who has influence over the content of a program designated for AMA PRA Category
1 CreditsTM must disclose any real or apparent financial interest or other relationship (i.e., grants, research support, consultant, honoraria)
that the individual may have with the manufacturers, distributors or providers of any commercial products or services that may be
discussed in the presentation.
Such financial interests or relationships must be identified in advance so that potential conflicts can be resolved before the program, and
participants at the CME activity may have these facts fully disclosed at the outset.
The ISMRM does not imply that such financial interests or relationships are inherently improper or that such interests or relationships
would prevent the speaker or organizer from making an objective contribution. However, it is imperative that such financial interests or
relationships be identified so that potential conflicts can be resolved before the program, and participants at the CME activity may have
these facts fully disclosed in advance. It then remains for the audience to determine whether an individual’s outside interests may reflect a
possible bias in either the exposition or the conclusions presented
Program Committee
Oral Abstract Presenters:
Ennis, Daniel: Grant/Research Support: Siemens
Allen, Bradley: Nothing to disclose
Markl, Michael: Nothing to disclose
Barral, Joëlle: Full-time Employee: HeartVista, Inc.
Nezafat, Reza: Nothing to disclose
Basha, Tamer: Nothing to disclose
Schulz-Menger: Jeanette: Nothing to disclose
Chen, Xiao: Nothing to disclose
Seiberlich, Nicole: Grant/Research Support: Siemens
Gol Gungor, Derya: Nothing to disclose
Simonetti, Orlando: Consultant- Vannevar Group; Grant/Research
Support: Siemens; Stock Shareholder: EXCMR, Inc.
Giannakidis, Archontis: Nothing to disclose
Vasanawala, Shreyas: Grant/Research Support: GE Healthcare
Krishnamurthy, Rajesh: Nothing to disclose
Baumer, Kathy (SCMR Staff): Nothing to disclose
Kwok, Ka-Wai: Nothing to disclose
Coverstone, Jacob (ISMRM Staff): Nothing to disclose
Lai, Peng: Full-time Employee: GE Healthcare
Faculty
Middione, Matthew: Full time employee: GE Healthcare;
Grant/Research Support: Siemens Medical Solutions
Arai, Andrew: Grant/Research Support: Bayer Healthcare, Siemens
DiBella, Edward: Nothing to disclose
Doneva, Mariya: Full-time Employee: Philips
FACULTY DISCLOSURES
Following are the names of all presenters, committee members and other organizers who had influence over the program content. If
individuals have disclosed real or apparent financial interests or relationships, the interests or relationships are described.
Kowalik, Grzegorz: Grant/Research Support: Siemens
Sayin, Ozan: Nothing to disclose
Smith, Peter: Nothing to disclose
Ting, Samuel: Nothing to disclose
Edelman, Robert: Grant/Research Support: Siemens
Friedrich, Matthias: Consultant and Stock Shareholder: Circle CV
Imaging
Hansen, Michael: Nothing to disclose
Hu, Peng: Nothing to disclose
Kellman, Peter: Nothing to disclose
Kim, Daniel: Nothing to disclose
Kozerke, Sebastian: Nothing to disclose
Nagel, Eike: Grant/Research Support: Bayer Healthcare, Philips;
Speaker’s Bureau: Bayer
Sigfridsson, Andreas: Nothing to disclose
Sodickson, Daniel: Patent Royalties: GE Healthcare, Bruker Biospin
Sorensen, Thomas: Nothing to disclose
Wu, Holden: Grant/Research Support: Siemens
www.scmr.org • www.ismrm.org
7
Posters
Poster Directory
SCMR/ISMRM Jointly Sponsored Workshop - Posters
W17
Segmented CMR Acquisition with Iterative SENSE Reconstruction Using L1-regularization in the Evaluation of Right Ventricular
Systolic Function
Abraham Bogachko, Northwestern University
W18
Accelerated 4D Flow Imaging using Randomly Undersampled Echo Planer Imaging with Compressed-Sensing Reconstruction
Tamer Basha, PhD, Beth Israel Deaconess Medical Center
W19
State of the Art: 3D Printing for Creating Compliant Patient-specific Congenital Heart Defect Models
Todd Pietila, Materialise
W20
Application of Through-time Spiral GRAPPA to Phase Velocity Mapping (PVM)
Robin Simpson, MPhys, Imperial College
W21
Accelerated Radially Encoded Tissue Phase Mapping
Jan Paul, University Hospital of Ulm
W22
PLR-TV: Patch-based Low Rank with Spatio-temporal Total Variation Constraints for Ungated Myocardial Perfusion CMR
Ganesh Adluru, PhD, University of Utah
W23
A Generalized Motion Compensated Compressed Sensing Scheme for Highly Accelerated Myocardial Perfusion MRI
Mathews Jacob, The University of Iowa
W24
Self-gated 4D Whole-heart Imaging
Jianing Pang, MS, Northwestern University
W25
Highly Accelerated 3D Myocardial Late Gadolinium Enhancement MRI using ESPIRiT Compressed Sensing: Initial Feasibility
Peng Lai, PhD, GE Healthcare
W26
Synchronized Cardiac and Respiratory Sparsity for Rapid Free-Breathing Cardiac Cine MRI
Li Feng, New York University School of Medicine
W27
Accelerating Dynamic Imaging of the Lung Using Blind Compressed Sensing
Mathews Jacob, The University of Iowa
W28
Efficient Calculation of g-factors for CG-SENSE in High Dimensions: Noise Amplification in Random Undersampling
POSTERS
Mehmet Akcakaya. PhD, Beth Israel Deaconess Medical Center
W29
The Use of k-t PCA Accelerated Dual-Venc 3D Flow MRI To Assess Hemodynamics Before and After Flow Diverting Stent
Implantation in Cerebral Aneurysm Models
Daniel Giese, University Hospital Cologne
W30
Tissue Phase Mapping using Breath-hold 4D PCMR
Jennifer Steeden, MEng, PhD, UCL Centre for Cardiovascular Imaging
8
SCMR/ISMRM Jointly Sponsored Workshop • January 16, 2014
Posters
W31
Accelerating Spiral Tissue Phase Velocity Mapping without Affecting Peak Velocity Measurements
Robin Simpson, MPhys, Imperial College
W32
Selection of Sampling Points for Saturation Recovery Based Myocardial T1 Mapping
Mehmet Akcakaya, PhD, Beth Israel Deaconess Medical Center
W33
Highly Accelerated Real-time T2-weighted Imaging with Through-time Radial GRAPPA and Low-latency GPU Reconstruction
Di Xu, The Johns Hopkins School of Medicine
W34
Pencil Beam Excitation using a 2D Spatially Selective Adiabatic T2-Prep for Imaging the Left Coronary Arterial System
Andrew Coristine, Vaudois University Hospital Centre (CHUV) / University of Lausanne (UNIL)
W35
Dynamic Tracking of Manganese Uptake in Mouse Hearts by Rapid Multi-Slice T1 Mapping
Xin Yu, Sc.D, Case Western Reserve University
W36
Convex Gradient Optimization for Increased Spatiotemporal Resolution and Improved Accuracy in Phase Contrast MRI
Daniel Ennis, PhD, University of California - Los Angeles
W37
Inter-observer Variability of LV Mass and Volumes with Compressed Sensing
Brett Cowan, BE(Hons) BHB MBChB, University of Auckland
W38
Accelerating the Acquisition of the 3D Dual Cardiac Phase Technique using RPE Trajectories
Karis Letelier, Pontificia Universidad Católica de Chile
W39
Hemodynamic Study of TCPC Using In Vivo and In Vitro 4D Flow MRI and Numerical Simulation
Alejandro Roldán-Alzate, PhD, University of Wisconsin
High Spatial and Temporal Resolution Black-blood Dynamic Contrast-enhanced Carotid Artery Wall MRI using
Compressed Sensing
Zheng-Wei Zhou, University of California – Los Angeles
POSTERS
W40
www.scmr.org • www.ismrm.org
9
Author Index
A
H
Aandal, Gunhild ....................................................W 12
Adluru, Ganesh ......................................................W 22
Ahmad, Rizwan ................................W 01, W 02, W 14
Akcakaya, Mehmet ......................................W 28, W 32
Allen, Bradley D. ..............................W 04, W 13, W 17
Almeida-Jones, Myriam E. ....................................W 08
Anagnostopoulos, Petros V. ..................................W 39
Andia, Marcelo E. ..................................................W 38
Atkinson, David ....................................................W 15
Axel, Leon ..............................................................W 26
Halperin, Henry ..........................................W 06, W 33
Han, Shuo ..............................................................W 33
Hansen, Michael ....................................................W 31
Hedderich, Dennis ................................................W 29
Herzka, Daniel A. ........................................W 06, W 33
Hu, Bob S. ..............................................................W 10
B
Jacob, Mathews............................................W 23, W 27
Jenkins, Trevor........................................................W 12
Jiang, Kai ................................................................W 35
Jin, Ning ......................................................W 02, W 14
Johnson, Kenneth O...............................................W 10
Jolly, Marie-Pierre ..................................................W 04
Babu-Narayan, Sonya V. ........................................W 05
Barral, Joelle K. ......................................................W 10
Basha, Tamer A. ................................W 09, W 18, W 28
Berg, Sophie............................................................W 18
Bernhardt, Peter ......................................................W 21
Bogachkov, Abraham ............................................W 17
Bolin, Elijah............................................................W 08
Brau, Anja ....................................................W 03, W 25
Bunck, Alexander ..................................................W 29
C
Campione, Karissa ......................................W 04, W 17
Carr, James C. ..................................W 04, W 13, W 17
Carr, Maria ........................................W 04, W 13, W 17
Chau, Thomas CP ..................................................W 11
Chen, Xiao..............................................................W 16
Chen, Yue ................................................................W 11
Chow, Gary CT........................................................W 11
Collins, Jeremy D. ............................W 04, W 13, W 17
Cordts, Marius........................................................W 04
Coristine, Andrew J. ..............................................W 34
Cowan, Brett R. ......................................................W 37
Craft, Jason ............................................................W 14
I
Ingle, R Reeve..........................................................W 10
Irarrazaval, Pablo ..................................................W 38
J
K
Kabbasch, Christoph..............................................W 29
Keegan, Jennifer ..........................................W 20, W 31
Kilner, Philip J. ......................................................W 05
Kissinger, Kraig V. ........................................W 09, W 18
Knight, Daniel S. ....................................................W 15
Kolandaivelu, Aravindan ......................................W 33
Kollasch, Peter ........................................................W 27
Kowalik, Grzegorz T. ..................................W 15, W 30
Krishnamurthy, Rajesh ..........................................W 08
Krishnamurthy, Ramkumar ..................................W 08
Kwok, Ka-Wai..........................................................W 11
L
DiBella, Edward V. ......................................W 22, W 23
Ding, Yu ..................................................................W 02
Lai, Peng ......................................................W 03, W 25
Letelier, Karis ..........................................................W 38
Li, Debiao ....................................................W 24, W 40
Liebig, Thomas ......................................................W 29
Lingala, Sajan Goud ....................................W 23, W 27
Luk, Wayne..............................................................W 11
Lydiard, Suzanne....................................................W 37
E
M
Ennis, Daniel B. ..........................................W 07, W 36
Epstein, Frederick H...............................................W 16
Maintz, David ........................................................W 29
Malone, LaDonna ..................................................W 08
Manning, Warren J. ....................................W 28, W 32
Meyer, Craig H. ......................................................W 16
Middione, Matthew J...................................W 07, W 36
Mohsin, Yasir..........................................................W 27
Muthurangu, Vivek......................................W 15, W 30
D
F
Fan, Zhaoyang ........................................................W 40
Feng, Li ..................................................................W 26
Feng, Xue ................................................................W 10
Ferreira, Pedro ........................................................W 05
Firmin, David ....................................W 05, W 20, W 31
Francois, Christopher J. ........................................W 39
Freed, Benjamin H. ................................................W 04
G
Garcia-Rodriquez, Sylvana ....................................W 39
Gatehouse, Peter ....................................................W 31
Ghedin, Piero ........................................................W 25
Giannakidis, Archontis ..........................................W 05
Giese, Daniel ..........................................................W 29
Gilkeson, Robert ....................................................W 12
Giri, Shivraman ..........................................W 02, W 14
Goddu, Beth ................................................W 09, W 18
Gol Gungor, Derya ................................................W 01
Greiser, Andreas ....................................................W 37
Griswold, Mark A. ............................W 06, W 12, W 33
Guetter, Christoph ................................................W 04
Gulani, Vikas ..........................................................W 12
10
N
Potter, Lee C. ..........................................................W 01
Prieto, Claudia ......................................................W 38
R
Rajiah, Prabhakar ..................................................W 12
Raman, Subha V. ....................................................W 14
Rasche, Volker ........................................................W 21
Rivera, Leonardo ....................................................W 39
Roldan-Alzate, Alejandro ......................................W 39
Rottbauer, Wolfgang ..............................................W 21
Roujol, Sebastien....................................................W 09
S
Sahu, Anurag ..........................................................W 19
Salerno, Michael ....................................................W 16
Santos, Juan M. ......................................................W 10
Saybasili, Haris ............................................W 06, W 33
Sayin, Ozan ............................................................W 06
Schmidt, Ehud J. ....................................................W 11
Schmidt, Michaela ................W 04, W 13, W 17, W 37
Schrot, Janelle ........................................................W 19
Scott, Andrew D. ....................................................W 05
Seiberlich, Nicole ..................W 06, W 12, W 20, W 33
Sharif, Behzad ........................................................W 40
Sieren, Jessica C. ....................................................W 27
Simonetti, Orlando P. ................................W 02, W 14
Simpson, Robin ..........................................W 20, W 31
Smith, Peter M. ......................................................W 04
Sodickson, Daniel K...............................................W 26
Spottiswoode, Bruce S. ....................W 04, W 13, W 17
Steeden, Jennifer A. ....................................W 15, W 30
Stuber, Matthias ....................................................W 34
T
Tann, Oliver............................................................W 15
Taylor, Andrew ............................................W 15, W 30
Tejos, Cristian ........................................................W 38
Thedens, Daniel ....................................................W 27
Ting, Samuel T. ............................................W 02, W 14
Tse, Zion T. ..............................................................W 11
U
Uribe, Sergio ..........................................................W 38
W
Wasielewski, Marie ......................................W 04, W 17
Weingartner, Sebastian ..........................................W 32
Wieben, Oliver ......................................................W 39
Wu, Holden H. ............................................W 07, W 36
Wundrak, Stefan ....................................................W 21
Nadar, Mariappan S. ..............W 04, W 13, W 17, W37
Newell, John D.......................................................W 27
Nezafat, Reza..........................W 09, W 18, W 28, W 32
Nielles-Vallespin, Sonia ........................................W 05
Nystrom, Michelle M. ............................................W 10
X
O
Odille, Freddy ........................................................W 15
Otazo, Ricardo ......................................................W 26
Overall, William R. ................................................W 10
Yang, Yang ..............................................................W 16
Yeh, Victoria ..........................................................W 12
Young, Alistair ........................................................W 37
Yu, Xin ....................................................................W 35
P
Z
Pang, Jianing ..........................................................W 24
Paul, Jan ..................................................................W 21
Pednekar, Amol ......................................................W 08
Pennell, Dudley J. ..................................................W 05
Pietila, Todd ..........................................................W 19
Pontone, Gianluca ................................................W 25
Zenge, Michael O. ............................W 04, W 13, W 17
Zhang, Shelley H. ..................................................W 11
Zhou, Zheng-Wei ..................................................W 40
Zviman, Menekhem ....................................W 06, W 33
Xie, Yibin ................................................................W 40
Xu, Di......................................................................W 33
Xu, Jian ..................................................................W 26
Y
SCMR/ISMRM Jointly Sponsored Workshop • January 16, 2014
Hotel Floor Plan
The Hilton New Orleans Riverside
FIRST FLOOR
THIRD FLOOR
www.scmr.org • www.ismrm.org
11
Save the Date!
2015 SCMR/EuroCMR* Joint Scientific Sessions
*a meeting of the European Association of Cardiovascular Imaging (EACVI) - Section CMR
February 5-7, 2015
Nice Acropolis Convention Centre | Nice, France