Analysis of T1, T2 and T1&[rho] Spin Lock Field Dependency in Myocardial Infarction Tissue Using HRMAS Spectroscopy at 11.7 T

Keywords

ability accurate accurately acquisition agreement alterations although amplitudes analyzed anesthesia animal animals approved artery bandwidth beneficial biochemical care cartilage cell characteristics circumflex clinical collagen committee component components conform considered content contrast coronary death degeneration delays dependency detect detection determine develop direct dispersion duration endogenous enhancement evidence experiment explain explained exponential extracellular extracted fibrosis field fields flash formation formed frequencies frequency frozen future gadolinium goal gold guide healthy heart hypothesized identification identified identify important in vivo increasing indicate infarct infarction interaction intra intracellular inversion laboratory late limit limited literature little location lock long macromolecular macromolecule magic materials measured medium mono muscle myocardial needs occluded older outcome particularly peak peter prediction presence promising proteins proximal pulse quantify radiology ranging recovery remote resolution rotor sample samples scanned scar scarring sensitive shimming short significantly spacing spectra spectral spectrometer spectroscopy spin spinning spun static storage straightforward strength studies tailed temperature therapy tissue translation varied water weeks welfare