State-of-the-Art Vascular Applications
Yibin Xie1
1Cedars-Sinai Medical Center, West Hollywood, CA, United States

Synopsis

Multicontrast, multiparametric and multidimensional MRI is a group of emerging paradigm-shifting MRI techniques that provides unique advantages over conventional MRI method in imaging speed and motion-robustness. It also offers a powerful platform for quantitative imaging and opens new opportunities for probing various physiological dynamics. In this talk I will provide an overview of the state of the art of vascular imaging based on multicontrast, multiparametric and multidimensional MRI, as well as an outlook for future research directions and clinical translation.

Target audience

Clinicians, physicists, and engineers wishing to learn about and participate in a discussion on cutting-edge developments and vascular applications of multicontrast, multiparameter, and multidimensional cardiovascular MRI.

Learning objectives

  • Identify the main approaches including “traditional” methods, compressed sensing methods, and low-rank tensor methods;
  • Define the main advantages of multiparametric and multidimensional MRI over conventional MRI for vascular imaging;
  • Understand the current status of multiparametric and multidimensional MRI, and the unique opportunity and limitations it faces for clinical translation.

Acknowledgements

  • NHLBI R01 HL096119
  • NCI R01 CA217098
  • Siemens Research Grants
  • SCMR Seed Grant
  • CSMC Precision Medicine Grant

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Proc. Intl. Soc. Mag. Reson. Med. 29 (2021)