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Results: 1-8 |
Results: 8
STRUCTURAL VARIANTS OF THE VITAMIN-D ANALOG EB1089 REDUCE ITS LIGAND SENSITIVITY AND PROMOTER SELECTIVITY
Authors: QUACK M CLARIN A BINDERUP E BJORKLING F HANSEN CM CARLBERG C
Citation: M. Quack et al., STRUCTURAL VARIANTS OF THE VITAMIN-D ANALOG EB1089 REDUCE ITS LIGAND SENSITIVITY AND PROMOTER SELECTIVITY, Journal of cellular biochemistry, 71(3), 1998, pp. 340-350
METABOLISM OF THE VITAMIN-D-3 ANALOG EB1089 ALTERS RECEPTOR COMPLEX-FORMATION AND REDUCES PROMOTER SELECTIVITY
Authors: QUACK M HANSEN CM BINDERUP E KISSMEYER AM CARLBERG C
Citation: M. Quack et al., METABOLISM OF THE VITAMIN-D-3 ANALOG EB1089 ALTERS RECEPTOR COMPLEX-FORMATION AND REDUCES PROMOTER SELECTIVITY, British Journal of Pharmacology, 125(4), 1998, pp. 607-614
THE VITAMIN-D ANALOG, KH1060, IS RAPIDLY DEGRADED BOTH IN-VIVO AND IN-VITRO VIA SEVERAL PATHWAYS - PRINCIPAL METABOLITES GENERATED RETAIN SIGNIFICANT BIOLOGICAL-ACTIVITY
Authors: DILWORTH FJ WILLIAMS GR KISSMEYER AM NIELSEN JL BINDERUP E CALVERLEY MJ MAKIN HLJ JONES G
Citation: Fj. Dilworth et al., THE VITAMIN-D ANALOG, KH1060, IS RAPIDLY DEGRADED BOTH IN-VIVO AND IN-VITRO VIA SEVERAL PATHWAYS - PRINCIPAL METABOLITES GENERATED RETAIN SIGNIFICANT BIOLOGICAL-ACTIVITY, Endocrinology, 138(12), 1997, pp. 5485-5496
METABOLISM OF THE VITAMIN-D ANALOG EB-1089 - IDENTIFICATION OF IN-VIVO AND IN-VITRO LIVER METABOLITES AND THEIR BIOLOGICAL-ACTIVITIES
Authors: KISSMEYER AM BINDERUP E BINDERUP L HANSEN CM ANDERSEN NR MAKIN HLJ SCHROEDER NJ SHANKAR VN JONES G
Citation: Am. Kissmeyer et al., METABOLISM OF THE VITAMIN-D ANALOG EB-1089 - IDENTIFICATION OF IN-VIVO AND IN-VITRO LIVER METABOLITES AND THEIR BIOLOGICAL-ACTIVITIES, Biochemical pharmacology, 53(8), 1997, pp. 1087-1097
METABOLISM OF THE VITAMIN-D ANALOG EB1089 BY CULTURED HUMAN-CELLS - REDIRECTION OF HYDROXYLATION SITE TO DISTAL CARBONS OF THE SIDE-CHAIN
Authors: SHANKAR VN DILWORTH FJ MAKIN HLJ SCHROEDER NJ TRAFFORD DJH KISSMEYER AM CALVERLEY MJ BINDERUP E JONES G
Citation: Vn. Shankar et al., METABOLISM OF THE VITAMIN-D ANALOG EB1089 BY CULTURED HUMAN-CELLS - REDIRECTION OF HYDROXYLATION SITE TO DISTAL CARBONS OF THE SIDE-CHAIN, Biochemical pharmacology, 53(6), 1997, pp. 783-793
METABOLISM OF THE VITAMIN-D ANALOG EB1089 BY CULTURED HUMAN-CELLS - REDIRECTION OF HYDROXYLATION SITE TO DISTAL CARBONS OF THE SIDE-CHAIN (VOL 53, PG 783, 1997)
Authors: SHANKAR VN DILWORTH FJ MAKIN HLJ SCHROEDER NJ TRAFFORD DJH KISSMEYER AM CALVERLEY MJ BINDERUP E JONES G
Citation: Vn. Shankar et al., METABOLISM OF THE VITAMIN-D ANALOG EB1089 BY CULTURED HUMAN-CELLS - REDIRECTION OF HYDROXYLATION SITE TO DISTAL CARBONS OF THE SIDE-CHAIN (VOL 53, PG 783, 1997), Biochemical pharmacology, 53(12), 1997, pp. 1946-1946
KH1060, A POTENT VITAMIN-D ANALOG, IS DEGRADED IN CULTURED KERATINOCYTES VIA SEVERAL DIFFERENT PATHWAYS
Authors: DILWORTH FJ CALVERLEY MJ KISSMEYER AM BINDERUP E MAKIN HLJ JONES G
Citation: Fj. Dilworth et al., KH1060, A POTENT VITAMIN-D ANALOG, IS DEGRADED IN CULTURED KERATINOCYTES VIA SEVERAL DIFFERENT PATHWAYS, Journal of bone and mineral research, 11, 1996, pp. 500-500
METABOLISM OF VITAMIN-D ANALOGS CONTAINING SIDE-CHAIN DOUBLE-BONDS - CONJUGATED SYSTEM OF EB1089 BLOCKS 24-HYDROXYLATION
Authors: SHANKAR VN MAKIN HLJ SCHROEDER NJ TRAFFORD DJH KISSMEYER AM BINDERUP E CALVERLEY MJ JONES G
Citation: Vn. Shankar et al., METABOLISM OF VITAMIN-D ANALOGS CONTAINING SIDE-CHAIN DOUBLE-BONDS - CONJUGATED SYSTEM OF EB1089 BLOCKS 24-HYDROXYLATION, Journal of bone and mineral research, 10, 1995, pp. 389-389
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