J. Cohen-Adad

This paper designs and validates a 7 Tesla MRI coil for cervical spinal cord imaging with parallel transmit and receive capabilities, showing improved image quality and performance.

This paper develops a vendor-neutral MRI sequence and workflow, showing it reduces inter-vendor variability in quantitative MRI measurements.

This study develops a normalization model for spinal cord cross-sectional area (CSA) using a PMJ-based reference, reducing inter-subject variability in a large cohort.

This paper develops a method to rapidly acquire multiple MRI maps by combining contrasts and reducing scan time using JVC-GRAPPA, achieving 6-minute scans with isotropic resolution.