Study reveals new approach for engineering stable articular cartilage

A new study assesses the effect of the gremlin-1 (GREM1) protein on the in vitro and in vivo stability of bone marrow stem cell (BMSC)-derived cartilage engineered within scaffolds.

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Dublin ,Ireland ,Daniel Kelly ,Johnp Fisher ,Emily Henderson ,Tissue Engineering Co ,University Of Maryland ,Trinity College ,Trinity College Dublin Ireland ,Fischell Family Distinguished Professor Department ,Tissue Engineering ,Trinity College Dublin ,Tissue Engineering Co Editor In Chief ,Fischell Family Distinguished Professor ,Department Chair ,Engineering Complex Tissues ,Cartilage ,Biotechnology ,One ,Bone Marrow ,Fell ,Cellular Biology ,Enetic ,Genetic Engineering ,N Vitro ,N Vivo ,Material Science ,Protein ,Research ,