Monitoring the Formation of Tissue-Engineered Cartilage in Scaffold-Free Pellet Culture Using Magnetic Resonance Imaging

Keywords

according accumulated accumulation acquisition active although amorphous apparent appeared appropriate assays assess became binding biochemical biochemistry bioengineering bipolar blue boundaries cartilage cell centrifuging clearly cluster coefficient coil collagen compensation components composition conical consistent content contents correlated corresponds culture cultured culturing derived determination determined determining developed development diffusion distinct distributions double echoes eliminate engineered fast field findings focus formation formed free frequency gradient grant greatly grew growth harvested heterogeneity histograms hyper hypo implantation indicate intensities investigation involves layers lock losses magnet markers matrix media medium minimize monitor monitoring native needed optimize pair peak peaked peaks pellet pellets period pixel placed placing position potter preparatory properties protocol pulse quantify quantitative read readout recovery reflected refocusing regenerated regenerating regeneration relatively represent representative representing resolution resource respectively revealed rush saturation scaffold selected self shapes skewed slice smooth spectrometer spin stacked starting steps subsequently suggest suggests supported system table tissue vertical volume week weeks whether width