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Results: 1-9 |
Results: 9
EVIDENCE FOR A COMMON PATHWAY OF APOPTOSIS INDUCED BY BISPHOSPHONATESAND STATINS IN J774 CELLS
Authors: COXON FP BENFORD HL ROGERS MJ
Citation: Fp. Coxon et al., EVIDENCE FOR A COMMON PATHWAY OF APOPTOSIS INDUCED BY BISPHOSPHONATESAND STATINS IN J774 CELLS, Journal of bone and mineral research, 13(9), 1998, pp. 21-21
NITROGEN-CONTAINING BISPHOSPHONATES INHIBIT THE MEVALONATE PATHWAY AND PREVENT POSTTRANSLATIONAL PRENYLATION OF GTP-BINDING PROTEINS, INCLUDING RAS
Authors: LUCKMAN SP HUGHES DE COXON FP RUSSELL RGG ROGERS MJ
Citation: Sp. Luckman et al., NITROGEN-CONTAINING BISPHOSPHONATES INHIBIT THE MEVALONATE PATHWAY AND PREVENT POSTTRANSLATIONAL PRENYLATION OF GTP-BINDING PROTEINS, INCLUDING RAS, Journal of bone and mineral research, 13(4), 1998, pp. 581-589
HETEROCYCLE-CONTAINING BISPHOSPHONATES CAUSE APOPTOSIS AND INHIBIT BONE-RESORPTION BY PREVENTING PROTEIN PRENYLATION - EVIDENCE FROM STRUCTURE-ACTIVITY-RELATIONSHIPS IN J774 MACROPHAGES
Authors: LUCKMAN SP COXON FP EBETINO FH RUSSELL RGG ROGERS MJ
Citation: Sp. Luckman et al., HETEROCYCLE-CONTAINING BISPHOSPHONATES CAUSE APOPTOSIS AND INHIBIT BONE-RESORPTION BY PREVENTING PROTEIN PRENYLATION - EVIDENCE FROM STRUCTURE-ACTIVITY-RELATIONSHIPS IN J774 MACROPHAGES, Journal of bone and mineral research, 13(11), 1998, pp. 1668-1678
PROTEIN-SYNTHESIS IS REQUIRED FOR CASPASE ACTIVATION AND INDUCTION OFAPOPTOSIS BY BISPHOSPHONATE DRUGS
Authors: COXON FP BENFORD HL RUSSELL RGG ROGERS MJ
Citation: Fp. Coxon et al., PROTEIN-SYNTHESIS IS REQUIRED FOR CASPASE ACTIVATION AND INDUCTION OFAPOPTOSIS BY BISPHOSPHONATE DRUGS, Molecular pharmacology, 54(4), 1998, pp. 631-638
BISPHOSPHONATE-INDUCED APOPTOSIS INVOLVES ACTIVATION OF THE CELL-DEATH PROTEASE CPP32
Authors: BENFORD HL COXON FP RUSSELL RGG ROGERS MJ
Citation: Hl. Benford et al., BISPHOSPHONATE-INDUCED APOPTOSIS INVOLVES ACTIVATION OF THE CELL-DEATH PROTEASE CPP32, Journal of bone and mineral research, 12(9), 1997, pp. 2-2
BISPHOSPHONATE-INDUCED APOPTOSIS IN J774 MACROPHAGES IS ASSOCIATED WITH INTRACELLULAR ACIDIFICATION
Authors: COXON FP RUSSELL RGG ROGERS MJ
Citation: Fp. Coxon et al., BISPHOSPHONATE-INDUCED APOPTOSIS IN J774 MACROPHAGES IS ASSOCIATED WITH INTRACELLULAR ACIDIFICATION, Journal of bone and mineral research, 12(9), 1997, pp. 15-15
BISPHOSPHONATES ACT BY INHIBITING PROTEIN PRENYLATION
Authors: LUCKMAN SP HUGHES DE CHILTON KM COXON FP HOLEN I RUSSELL RGG EBETINO FH ROGERS MJ
Citation: Sp. Luckman et al., BISPHOSPHONATES ACT BY INHIBITING PROTEIN PRENYLATION, Journal of bone and mineral research, 12, 1997, pp. 372-372
BISPHOSPHONATES INDUCE APOPTOSIS IN MOUSE MACROPHAGE-LIKE CELLS IN-VITRO BY A NITRIC OXIDE-INDEPENDENT MECHANISM
Authors: ROGERS MJ CHILTON KM COXON FP LAWRY J SMITH MO SURI S RUSSELL RGG
Citation: Mj. Rogers et al., BISPHOSPHONATES INDUCE APOPTOSIS IN MOUSE MACROPHAGE-LIKE CELLS IN-VITRO BY A NITRIC OXIDE-INDEPENDENT MECHANISM, Journal of bone and mineral research, 11(10), 1996, pp. 1482-1491
BISPHOSPHONATES DO NOT APPEAR TO CAUSE APOPTOSIS BY INHIBITION OF PROTEIN-SYNTHESIS, CHELATION OF INTRACELLULAR ZINC OR INHIBITION OF PROTEIN-TYROSINE PHOSPHATASES
Authors: COXON FP RUSSELL RGG ROGERS MI
Citation: Fp. Coxon et al., BISPHOSPHONATES DO NOT APPEAR TO CAUSE APOPTOSIS BY INHIBITION OF PROTEIN-SYNTHESIS, CHELATION OF INTRACELLULAR ZINC OR INHIBITION OF PROTEIN-TYROSINE PHOSPHATASES, Journal of bone and mineral research, 11, 1996, pp. 388-388
Risultati: 1-9 |