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POSTER TITLE |
POSTER AUTHOR |
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1 |
Potential
Time Savings in Clinical Liver MR Imaging Utilizing a
Fully-Automated Screening Algorithm for Triaging
Examinations which Require Quantification of Hepatic
Steatosis or Iron Overload |
Mustafa Shadi R.
Bashir, M.D.
Duke University Medical Center
Durham, NC, USA |
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2 |
Evaluation of
Atypical Hepatocellular Carcinoma using Fat-Water Separation
on MRI |
Yasutaka
Kawamura, M.D., Ph.D.
Kameda Medical Center
Kamogawa City, Chiba, Japan |
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3 |
Is Biopsy an
Appropriate Gold Standard For Liver Fat Measurement?
|
Samantha Flood,
B.Sc.
University of Western Ontario
London, ON, Canada |
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4 |
Comparing
Multi Echo MRI & MRS to Measure Pancreatic Fat
|
Julie A.
Fitzpatrick, D.C.R.(R)
Imperial College
London, England, UK |
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5 |
Liver Fat
Quantification with Three-Echo 3D GRE Dixon: Comparison with
MRS & Multi-Echo 2D GRE Dixon |
Xiaodong Zhong,
Ph.D.
Siemens Healthcare
Lilburn, GA, USA |
|
6 |
Volumetric
Fat Quantification of Intra-Abdominal Adipose Tissue from a
Single Breath Hold Acquisition |
Bryan Addeman,
B.Sc.
University of Western Ontario
London, ON, Canada |
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7 |
Automated
Whole Body Muscle Segmentation & Classification
|
Anette Karlsson
Linköping University
Linköping, Sweden |
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8 |
In Non-Obese
Middle School Girls, Ethnic Differences in Site-Specific
Adipose Deposition & Metabolic Consequences Are Already
Present |
Peter Wolfgram,
M.D.
University of Wisconsin School of Medicine & Public Health
Madison, WI, USA |
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9 |
Diagnosis of
PCOS in Adolescents Does Not Increase Risk for Hepatic
Steatosis or Insulin Resistance Compared to Obesity Alone
|
Jennifer L. Rehm,
M.D.
University of Wisconsin School of Medicine & Public Health
Madison, WI, USA |
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10 |
Localized
Visceral Adipose Determination is A Good Predictor of NAFLD
& Metabolic Syndrome in Adolescents |
Jennifer L. Rehm,
M.D.
University of Wisconsin School of Medicine & Public Health
Madison, WI, USA |
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11 |
“I Want to
Run – The Hardest Race of the World”: Changes in Body Tissue
Composition during the Transeuropean Footrace 2009 Assessed
by Whole-Body MRI in 12 Finishers |
Jürgen Machann,
Ph.D.
University of Tübingen
Tübingen, Germany |
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12 |
Reproducibility of Canine Body Composition Measurements
using 3T Fat-Water MRI |
Aliya Gifford,
M.Sc.
Vanderbilt University
Nashville, TN, USA |
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13 |
T1 &
Fat-Water Fraction Measurements in an Adult Human: Possible
Markers for Brown Adipose Tissue? |
Aliya Gifford,
M.Sc.
Vanderbilt University
Nashville, TN, USA |
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14 |
Imaging Brown
Adipose Tissue in Neonates |
Jerod M.
Rasmussen, M.Sc.
University of California at Irvine
Irvine, CA, USA |
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15 |
Whole-Heart
Water-Fat Imaging During Free Breathing |
Valentina
Taviani, Ph.D.
University of Wisconsin-Madison
Madison, WI, USA |
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16 |
Improving
Water Selective MRI for Cartilage Diagnostics at 0.25T: a
Clinical Knee Joint Study |
Danilo Greco,
R.T.
Esaote S.p.A.
Genoa, Italy |
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17 |
Patella Water
Content & Bone Marrow Lesions in Individuals with
Patellofemoral Pain; Evaluation Using Water-Fat MRI
|
Kai-Yu Ho, M.Sc.
University of Southern California
Los Angeles, CA, USA |
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18 |
Comparison
Among T1-Weighted MRI, Modified Dixon Method & MRS in
Measuring Bone Marrow Fat |
Wei Shen, M.D.
Columbia University, St. Luke-Roosevelt Hospital
New York, NY, USA |
|
19 |
Comparison of
3-Point Dixon Fat-Water Quantification & Functional Measures
in Acquired & Hereditary Neuromuscular Diseases
|
Christopher
Sinclair, Ph.D.
University College London
London, England, UK |
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20 |
Relationships
between Fat-Fraction Metrics & Visual Assessment in Skeletal
Muscle |
Christopher
Sinclair, Ph.D.
Institute of Neurology
University of College London
London, England, UK |
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21 |
Chemical
Shift-Based Imaging used to Estimate Fat Fraction in
Dystrophic Skeletal Muscle |
William
Triplett, B.Sc.
University of Florida
Gainesville, FL, USA |
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22 |
Water T2
Determination in Fatty Infiltrated Muscles: A Pragmatical
Approach to Eliminate Lipid Contamination |
Noura Azzabou,
Ph.D.
Institut de Myologie
Paris, France |
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23 |
Stability of
Dixon Fat-Water Measurements during 18 Years & Along Four
Different Scanners |
Erik M. Akkerman,
Ph.D.
Academic Medical Center
Amsterdam, The Netherlands |
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24 |
Direct
Fat-Water Separation in Two-Point Spin-Echo Dixon Imaging
|
Erik M. Akkerman,
Ph.D.
Academic Medical Center
Amsterdam, The Netherlands |
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25 |
High
Resolution Isotropic Whole-Body Symmetrically Sampled Two
Point Dixon Acquisition Imaging at 3T |
Olof Dahlqvist
Leinhard, Ph.D.
Linköping University
Linköping, Sweden |
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26 |
A Computation
Phantom for Design & Evaluation of Fat/Water Separation
Techniques |
Christian G.
Graff, Ph.D.
Food & Drug Administration
Silver Spring, MD, USA |
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27 |
Prospectively
Accelerated Water-Fat Separation Using Parallel Imaging &
Compressed Sensing |
Samir Sharma,
M.Sc.
University of Southern California
Los Angeles, CA, USA |
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28 |
R2*-Corrected
Fat-Water Imaging using Compressed Sensing & Parallel
Imaging |
Curtis N. Wiens,
B.Sc.
University of Western Ontario
London, ON, Canada |
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29 |
Evaluation of
Water-Fat Separation Methods for Real-Time MRI |
Markus F.
Untenberger
Max Planck Institute for Biophysical Chemistry
Goettingen, Germany |
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30 |
Direct
Virtual Coil (DVC) for Phase-Sensitive Water-Fat Separation
|
Zachary W.
Slavens, M.Sc.
GE Healthcare
Waukesha, WI, USA |
|
31 |
A Closed-Form
Formula for Multipoint Water-Fat Imaging with Flexible Echo
Increments |
Dinghui Wang,
Ph.D.
Barrow Neurological Institute
Phoenix, AZ, USA |
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32 |
Prediction &
Removal of Aliased Signal in Undersampled IDEAL: Simulation
Using a Digital Breast Phantom |
Xiaoke Wang,
B.Sc.
University of Wisconsin
Madison, WI, USA |
|
33 |
Robust
Fat-Water Separation of Symmetrically Sampled Two Point
Dixon Data |
Thobias Romu,
M.Sc.
Linköping University
Linköping, Sweden |
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34 |
Fast Field
Map Estimation with Multi-labeling Continuous Max-Flow
|
Abraam S.
Soliman, M.Sc.
University of Western Ontario
London, ON, Canada |
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35 |
Phase Maps
Filtering Methods in Dixon Technique on Dedicated Low Field
Scanners |
Danilo Greco,
R.T.
Esaote S.p.A.
Genova, Italy |
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36 |
Fat-Water
separation & T2* Estimation Based on Discrete Whole-Image
Optimization in 3D |
Johan Berglund,
Ph.D.
Uppsala University
Uppsala, Sweden |
|
37 |
Whole-Body 3D
fat-Water MRI - Comparison between Region Growing &
Whole-Image Optimization at 3.0 T |
Johan Berglund,
Ph.D.
Uppsala University
Uppsala, Sweden |
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38 |
Fat-Water
Separation with Triglyceride Characterization - Analysis of
the Cramér-Rao Bounds |
Johan Berglund,
Ph.D.
Uppsala University
Uppsala, Sweden |
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39 |
Fat-Water
Separation with Triglyceride Characterization - Feasibility
In Vivo at 1.5 T & 3.0 T |
Johan Berglund,
Ph.D.
Uppsala University
Uppsala, Sweden |
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40 |
Abstract
Withdrawn |
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41 |
Long Echo
Time Proton Magnetic Resonance Spectroscopy for Estimating
Relative Measures of Lipid Unsaturation at 3 Tesla
|
Atiyah Yahya,
Ph.D.
University of Alberta
Edmonton, AB, Canada |
|
42 |
Quantification of Fat Content in Flesh of Fish using
T1-Weighted Spin Echo |
Guylaine
Collewet, Ph.D.
IRSTEA
Rennes, France |
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43 |
Absolute
Quantification Of In Vivo Water & Fat Content
|
Yifan Cui, B.Sc.
University of Western Ontario
London, ON, Canada |
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44 |
MRI Fat
Quantification Using Multi-Echo Gradient-Echo Imaging & Fat
Spectral Modeling Method at 1.5T – A Phantom Validation
Study |
Jie Deng, Ph.D.
Children's Memorial Hospital
Chicago, IL, USA |
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45 |
Fat Fraction
Bias Correction using T1 estimates & Rapid 3D Flip Angle
Mapping |
Charles A.
McKenzie, Ph.D.
University of Western Ontario
London, ON, Canada |
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46 |
Fat-Water
Separation with 0-100% Dynamic Range using In-Phase
Magnitude Images |
Diego Hernando,
Ph.D.
University of Wisconsin
Madison, WI, USA |
|
47 |
The
Performance of ROI Measurements: Average First or Fit First?
|
Debra Horng,
M.Sc.
University of Wisconsin
Madison, WI, USA |
|
48 |
Application
of SSGR for T1-w SE Imaging at 3T: Pitfalls & Solutions
|
Axel G. Hartwig,
M.Sc.
Karolinska Institutet
Stockholm, Sweden |
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49 |
Lipid
Elimination with an Echo-Shifting N/2-Ghost Acquisition with
GRAPPA Reconstruction (LEENA-G) |
Lan Lu, Ph.D.
Case Western Reserve University
Cleveland, OH, USA |
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50 |
Fast MR
Thermometry using Phase Referenced Asymmetric Spin-Echo EPI
for High Field |
Markus N.
Streicher, M.Sc.
MPI for Human Cognitive & Brain Sciences
Leipzig, Germany |
|
51 |
Uniform Water
Excitation for 3D MRI using Parallel Transmission at 7 Tesla
|
Xiaoping Wu,
Ph.D.
University of Minnesota – CMRR
Minneapolis, MN, USA |
|
52 |
Fat & Water
Separation Using High Temperature Superconducting RF Coils
for Low Field MRI |
Derek Kwok,
M.Sc.
Time Medical System (Shanghai) Co., Ltd.
Hong Kong, China |
|
53 |
Quantitative
Liver Fat Assessment in Low Field MRI |
Derek Kwok,
M.Sc.
Time Medical System (Shanghai) Co., Ltd.
Hong Kong, China |
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