Hyperpolarized 13C-enriched pyruvate has demonstrated promise for imaging metabolism in cancer, heart disease and neurodegenerative disorders; however, broader clinical adoption is constrained by the cost and limited availability of current hyperpolarization technology. Here, the authors report in situ hyperpolarization of pyruvate at 6.5mT by SLIC SABRE, demonstrating its application in low-cost high-performance 13C MRI at milli Tesla fields with sufficient resolution to distinguish chemical shifts between pyruvate isotopomers.
- Thomas Boele
- Stephen J. McBride
- Matthew S. Rosen