Events from 2017
Integrative Computational Modeling for Developing Means to Manipulate Biological Cells and for Solving Complex Engineering Problems, Yu Zhao and Guigen Zhang
Submissions from 2014
Characterizing the Temporal Evolution of Altered Cardiac Mechanics in Diet-Induced Obese Mice Using Cine DENSE CMR, Christopher M. Haggerty, Andrea C. Mattingly, Cassi M. Binkley, Sage P. Kramer, David K. Powell, Frederick H. Epstein, and Brandon K. Fornwalt
Assessment of Intra- and Inter-Ventricular Cardiac Dyssynchrony in Patients with Repaired Tetralogy of Fallot: A Cardiac Magnetic Resonance Study, Linyuan Jing, Christopher M. Haggerty, Jonathan D. Suever, Ashwin Prakash, Frank Cecchin, Oskar Skrinjar, Tal Geva, Andrew J. Powell, and Brandon K. Fornwalt
Quantification of Right Ventricular Function from Short-Axis Displacement-Encoded Images, Jonathan D. Suever, Gregory J. Wehner, Linyuan Jing, David K. Powell, Christopher M. Haggerty, Xiaodong Zhong, Frederick H. Epstein, and Brandon K. Fornwalt
Two-Dimensional Estimates of Left Ventricular Strains are Significantly Affected by Through-Plane Motion, Jonathan D. Suever, Gregory J. Wehner, Linyuan Jing, David K. Powell, Christopher M. Haggerty, Xiaodong Zhong, Frederick H. Epstein, and Brandon K. Fornwalt
High Resolution Cine Displacement Encoding with Stimulated Echoes (DENSE) at 3T with Navigator Feedback for Quantification of Cardiac Mechanics, Gregory J. Wehner, Jonathan D. Suever, Christopher M. Haggerty, Linyuan Jing, David Powell, Xiaodong Zhong, Frederick H. Epstein, and Brandon K. Fornwalt
Submissions from 2012
A method to determine regional mechanical left ventricular dyssynchrony based on high temporal resolution short axis SSFP cine images, Jonathan Suever, Brandon K. Fornwalt, Michael Lloyd, and John N. Oshinski
Characterization of the size and location of dyssynchronous regions in patients undergoing CRT, Jonathan Suever, Brandon K. Fornwalt, Michael Lloyd, and John N. Oshinski
