National Institute of Arthritis / Canal CE / Columbia University / University Biomedical Engineering Department / Canal et al. / St Luke’s Roosevelt Hospital Center / University of California / / /
IndustryTerm
treatment / low-dose protocol / dense fibrillar collagen network / low dose / culture media / scaffoldless systems / chondral defect site / control / dose / chondrogenic media / scaffold-free culture systems / media changes / scaffoldless culture systems / dose treatment / fibrillar collagen network / /
Department of Orthopaedic Surgery / Department of Biomedical Engineering / R.J. Nims2 / J. Green3 / A.D. Cigan2 / G.A. Ateshian2 and C.T. Hung2 / * Department of Mechanical Engineering / University of California / Berkeley / St Luke’s Roosevelt Hospital Center / chABC administration / Lima EG / Columbia University / New York / National Institute of Arthritis and Musculoskeletal / /
Person
Daniel B. Park / Biomedical / Connell et al. Moutos / Rajan V / Arch Biochem Biophys / Victoria Cui / Huey / Michael B. Albro / Clark T. Hung / / /
European Cells and GD O’Connell et al.Materials Vol[removed]pages[removed]ISSN and