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R. Cocca
R. Cocca
University of Pennsylvania
Cartilage
Sprifermin
Medicine
Cell biology
Biomedical engineering
5
Papers
10
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Recombinant human FGF18 preserves depth-dependent mechanical inhomogeneity in articular cartilage.
2019
European Cells & Materials
Gregory R. Meloni
A.J. Farran
B. Mohanraj
H. Guehring
R. Cocca
E. Rabut
Robert L. Mauck
George R. Dodge
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Citations (7)
Sprifermin (rhFGF18) Preserves Articular Cartilage Depth-Dependent Properties During in Vitro Culture
2015
Gregory R. Meloni
Aje Farran
R. Cocca
B. Mohanraj
A. Gigout
Robert L. Mauck
George R. Dodge
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Enhanced integration with treatment of Sprifermin (rhfgf18) in a cartilage injury-repair model
2014
Osteoarthritis and Cartilage
George R. Dodge
A.J. Farran
R. Cocca
Gregory R. Meloni
B. Mohanraj
A. Gigout
Robert L. Mauck
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Perlecan expression is strongly reduced in aging cartilage but increased by physiological loading
2014
Osteoarthritis and Cartilage
A. van Caam
R. Cocca
A.J. Farran
B. Mohanraj
Gregory R. Meloni
Robert L. Mauck
P.M. van der Kraan
George R. Dodge
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Citations (1)
Sprifermin (RhFGF18) preserves articular cartilage properties during in vitro culture
2014
Osteoarthritis and Cartilage
A.J. Farran
R. Cocca
B. Mohanraj
Gregory R. Meloni
A. Gigout
Robert L. Mauck
George R. Dodge
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Citations (1)
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