Sodium Triple-Quantum Coherence Characterization of Scaffolds Used in Cartilage Tissue Engineering

Keywords

accumulation affected alginate alternative although amount anisotropy approaches articular audience averaging bead beads behavior bind bovine cartilage cause cell cells characterization charged chemical coherence collagen commonly community complete components computed constructs correlation coupling couplings culture cultured custom delay density deposition developed diameter differentiation director disability dynamics early effectiveness engineered engineering engineers environment equation error established examined experimental expression extracellular fast filter focus formed free gain generate genes growing growth guide human incubation incubator indicate insensitive integrated intensity involved ions isotropic like macromolecules major marker matches matrix measure measured mechanical media medium members millions mimic models monitoring motion motional native negatively overall part pellets period preparation primarily principle procedure properties pulse purchased pursued quantum reflects regulation represent residual samples scaffold scaffolds seeded seeding simple slow sodium spectroscopy stage stages start stem strategies strength subjected suspended table tabulated target thank tissue tissues treatment triple tube typical undergoing understanding undifferentiated week weekly weeks zones