Meeting Banner
Abstract #0284

Improved Assessment of Cartilage Repair Tissue Using Fluid-Suppressed 23Na Inversion Recovery MRI at 7 Tesla: Preliminary Results

MAGNA25Gregory Chang1, Guillaume Madelin1, Orrin Sherman2, Eric J. Strauss2, Ding Xia1, Michael P. Recht1, Ravinder R. Regatte1

1Radiology, NYU Langone Medical Center, New York, United States; 2Orthopaedic Surgery, NYU Langone Medical Center, New York, United States

Use of a fluid-suppressed, adiabatic inversion recovery 3D radial sodium MRI pulse sequence at 7 Tesla may allow more accurate quantification of sodium content within cartilage repair.

Keywords

adiabatic adjacent allow allowed allowing alone amenable applied approval arrowhead arrows aspect assess assessing assessment assisted attenuated bearing become beyond biochemical board bound brain cartilage challenge collagen compartment concentration concentrations consecutive considered content decades decreases defect defects degeneration detached detectable ding disorders distinguish eleven evaluate evaluation examined external feasible femoral field fissures flair fluid focal fragment free goal graft gray homogeneous implantation improved inaccurate included incomplete institutional integration inversion involved irregularity juvenile knee manner mapping matrix medial median medical middle native north opposite options orthopedic osteoarthritis outcome paired panel partial patient patients performance permanent permit phantoms placement plays pools post postoperatively practice predominantly preliminary preparation presence procedure procedures progress proton protons pulse quantification quantitative quantitatively radial radiology recently recovery recruited remarkable rendered repair reported restoration review role secondary sodium sports statistically status structure subjects suppress suppressed suppresses suppression surface surgery surgical synthetic tailed tissue treatment ultrashort variety versus water weeks years