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Results: 1-4 |
Results: 4
EVIDENCE THAT THE DECREASED BONE-FORMATION IN THE SE SE MOUSE (A BMP-5 MUTANT) IS DUE TO IMPAIRED OSTEOBLAST DIFFERENTIATION/
Authors: BAYLINK T DOUGLAS J MOHAN S LINKHART T MALPE R BAYLINK D
Citation: T. Baylink et al., EVIDENCE THAT THE DECREASED BONE-FORMATION IN THE SE SE MOUSE (A BMP-5 MUTANT) IS DUE TO IMPAIRED OSTEOBLAST DIFFERENTIATION/, Journal of investigative medicine, 44(1), 1996, pp. 127-127
EVIDENCE THAT THE DECREASED BONE-FORMATION IN THE SE SE MOUSE (A BMP-5 MUTANT) IS DUE TO IMPAIRED OSTEOBLAST DIFFERENTIATION/
Authors: BAYLINK T DOUGLAS J MOHAN S LINKHART T MALPE R BEAMER WG DONAHUE LR BAYLINK DJ
Citation: T. Baylink et al., EVIDENCE THAT THE DECREASED BONE-FORMATION IN THE SE SE MOUSE (A BMP-5 MUTANT) IS DUE TO IMPAIRED OSTEOBLAST DIFFERENTIATION/, Journal of bone and mineral research, 11, 1996, pp. 304-304
EVIDENCE THAT BMP-5 FUNCTIONS TO STIMULATE EPIPHYSEAL AND PERIOSTEAL BONE-FORMATION AND ENDOSTEAL RESORPTION - STUDIES OF THE SHORT EAR MOUSE, A BMP-5 MUTANT
Authors: BAYLINK T MOHAN S GRUBER H BEAMER W DONAHUE L LEE JES BAYLINK D
Citation: T. Baylink et al., EVIDENCE THAT BMP-5 FUNCTIONS TO STIMULATE EPIPHYSEAL AND PERIOSTEAL BONE-FORMATION AND ENDOSTEAL RESORPTION - STUDIES OF THE SHORT EAR MOUSE, A BMP-5 MUTANT, Journal of bone and mineral research, 10, 1995, pp. 336-336
PROSTAGLANDIN-E(2) AND PGF(2-ALPHA) PRODUCE BIPHASIC MITOGENIC DOSE RESPONSES IN HUMAN BONE-CELLS IN-VITRO
Authors: BAYLINK T MOHAN S LINKHART T BAYLINK D
Citation: T. Baylink et al., PROSTAGLANDIN-E(2) AND PGF(2-ALPHA) PRODUCE BIPHASIC MITOGENIC DOSE RESPONSES IN HUMAN BONE-CELLS IN-VITRO, Clinical research, 42(1), 1994, pp. 10000049-10000049
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