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Results: 1-3 |
Results: 3
ENGRAFTMENT OF GENETICALLY-ENGINEERED PLURIPOTENT MESENCHYMAL CELLS (GEPMC) IN NONUNION FRACTURES - NOVEL CELL-MEDIATED GENE-THERAPY
Authors: GAZIT D TURGEMAN G KELLY P ZILBERMAN Y MOUTSATSOS I
Citation: D. Gazit et al., ENGRAFTMENT OF GENETICALLY-ENGINEERED PLURIPOTENT MESENCHYMAL CELLS (GEPMC) IN NONUNION FRACTURES - NOVEL CELL-MEDIATED GENE-THERAPY, Journal of bone and mineral research, 12, 1997, pp. 229-229
ESTROGEN MODULATES RECEPTOR EXPRESSION AND FUNCTION, OSTEOGENIC ACTIVITY AND APOPTOSIS IN MARROW-DERIVED STROMAL CELLS OF OSTEOPOROTIC MICE
Authors: GAZIT D ZILBERMAN Y TURGEMAN G ZHOU S SADOVSKY Y BAIN S WASSERMANN K
Citation: D. Gazit et al., ESTROGEN MODULATES RECEPTOR EXPRESSION AND FUNCTION, OSTEOGENIC ACTIVITY AND APOPTOSIS IN MARROW-DERIVED STROMAL CELLS OF OSTEOPOROTIC MICE, Journal of bone and mineral research, 12, 1997, pp. 436-436
EVIDENCE THAT EXOGENOUS TGF-BETA-1 MAY INCREASE BONE MASS IN OSTEOPENIC MICE BY STIMULATING THE CNS HYPOTHALAMIC-GONADAL AXIS/
Authors: GAZIT D ZILBERMAN Y TURGEMAN G KNIZNIK N GANDELMAN A PASSIEVEN L KAHN AJ
Citation: D. Gazit et al., EVIDENCE THAT EXOGENOUS TGF-BETA-1 MAY INCREASE BONE MASS IN OSTEOPENIC MICE BY STIMULATING THE CNS HYPOTHALAMIC-GONADAL AXIS/, Journal of bone and mineral research, 11, 1996, pp. 598-598
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