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16-fold accelerated, single-shot late gadolinium enhancement CMR using GRASP for multi-TI reconstruction

Accelerated In Vivo Cardiac Diffusion Tensor MRI with Residual Deep Learning based Denoising in Lean and Obese Subjects

Cardiac MR fingerprinting with a short acquisition window in healthy volunteers and 62 consecutive patients referred for clinical CMR

Effects of Accelerated Acquisition of Myocardial Creatine CEST MRI in the Healthy Human Heart at 3T

Author:Kevin Godines  Wissam AlGhuraibawi  Bonnie Lam  Moriel Vandsburger  

Institution:University of California Berkeley  

Session Type:Oral  

Session Live Q&A Date:Wednesday, 12 August 2020  

Topic:Machine Learning and Tissue Characterisation in CMR  

Session Name:CMR Tissue Characterisation  

Program Number:0792  

Room Live Q&A Session:Wednesday Parallel 1  

Free-breathing continuous cine and T1 mapping acquisition using a motion-corrected dual flip angle inversion-recovery spiral technique at 3 T

Myocardial T1, T2, T2* & ECV Mapping: Upcoming Technical Solutions to Practical Problems

Author:René Botnar  

Institution:King's College London  

Session Type:Oral  

Session Live Q&A Date:Wednesday, 12 August 2020  

Topic:Machine Learning and Tissue Characterisation in CMR  

Session Name:CMR Tissue Characterisation  

Program Number:

Room Live Q&A Session:Wednesday Parallel 1  

Quantifying the underestimation of myocardial extra cellular volume fraction measurements due to transcytolemmal water exchange

Author:Andrew Scott  Peter Gatehouse  David Firmin  

Institution:The Royal Brompton Hospital  Imperial College London  

Session Type:Oral  

Session Live Q&A Date:Wednesday, 12 August 2020  

Topic:Machine Learning and Tissue Characterisation in CMR  

Session Name:CMR Tissue Characterisation  

Program Number:0791  

Room Live Q&A Session:Wednesday Parallel 1  

Reproducibility, Repeatability and Preliminary Clinical Results of Free-Breathing Isotropic 3D Whole-Heart T2 Mapping

Respiratory Motion-compensated High-resolution 3D Whole-heart T1? Mapping

Myocardial T1, T2, T2* & ECV Mapping: Upcoming Technical Solutions to Practical Problems

Author:René Botnar  

Institution:King’s College London  

Session Type:Oral  

Session Live Q&A Date:Wednesday, 12 August 2020  

Topic:Machine Learning and Tissue Characterisation in CMR  

Session Name:CMR Tissue Characterisation  

Program Number:

Room Live Q&A Session:Wednesday Parallel 1