AAAAAA

   
Results: 1-10 |
Results: 10
REDOX MODULATION OF THE RESPONSE OF NADH OXIDASE ACTIVITY OF RAT-LIVER PLASMA-MEMBRANES TO CYCLIC-AMP PLUS ATP
Authors: MORRE DJ RODRIGUEZAGUILERA JC NAVAS P MORRE DM
Citation: Dj. Morre et al., REDOX MODULATION OF THE RESPONSE OF NADH OXIDASE ACTIVITY OF RAT-LIVER PLASMA-MEMBRANES TO CYCLIC-AMP PLUS ATP, Molecular and cellular biochemistry, 173(1-2), 1997, pp. 71-77
ANTIOXIDANT ASCORBATE IS STABILIZED BY NADH-COENZYME Q(10) REDUCTASE IN THE PLASMA-MEMBRANE
Authors: GOMEZDIAZ C RODRIGUEZAGUILERA JC BARROSO MP VILLALBA JM NAVARRO F CRANE FL NAVAS P
Citation: C. Gomezdiaz et al., ANTIOXIDANT ASCORBATE IS STABILIZED BY NADH-COENZYME Q(10) REDUCTASE IN THE PLASMA-MEMBRANE, Journal of bioenergetics and biomembranes, 29(3), 1997, pp. 251-257
PLASMA-MEMBRANE REDOX SYSTEM DURING HL-60 INDUCED-DIFFERENTIATION
Authors: LOPEZLLUCH G BURON MI ALCAIN FJ RODRIGUEZAGUILERA JC NAVAS P
Citation: G. Lopezlluch et al., PLASMA-MEMBRANE REDOX SYSTEM DURING HL-60 INDUCED-DIFFERENTIATION, Protoplasma, 184(1-4), 1995, pp. 163-167
VITAMIN-C STABILIZATION AS A CONSEQUENCE OF THE PLASMA-MEMBRANE REDOXSYSTEM
Authors: RODRIGUEZAGUILERA JC NAVARRO F ARROYO A ALCAIN FJ VILLALBA JM NAVAS P
Citation: Jc. Rodriguezaguilera et al., VITAMIN-C STABILIZATION AS A CONSEQUENCE OF THE PLASMA-MEMBRANE REDOXSYSTEM, Protoplasma, 184(1-4), 1995, pp. 229-232
CYCLIC-AMP-DEPENDENT PLUS ATP-DEPENDENT MODULATION OF THE NADH OXIDASE ACTIVITY OF PORCINE LIVER PLASMA-MEMBRANES
Authors: MORRE DJ NAVAS P RODRIGUEZAGUILERA JC MORRE DM VILLALBA JM DECABO R LAWRENCE J
Citation: Dj. Morre et al., CYCLIC-AMP-DEPENDENT PLUS ATP-DEPENDENT MODULATION OF THE NADH OXIDASE ACTIVITY OF PORCINE LIVER PLASMA-MEMBRANES, Biochimica et biophysica acta. Molecular cell research, 1224(3), 1994, pp. 566-574
EXTRACELLULAR ASCORBATE STABILIZATION - ENZYMATIC OR CHEMICAL PROCESS
Authors: RODRIGUEZAGUILERA JC NAVAS P
Citation: Jc. Rodriguezaguilera et P. Navas, EXTRACELLULAR ASCORBATE STABILIZATION - ENZYMATIC OR CHEMICAL PROCESS, Journal of bioenergetics and biomembranes, 26(4), 1994, pp. 379-384
NADH-ASCORBATE FREE-RADICAL AND NADH-FERRICYANIDE REDUCTASE ACTIVITIES REPRESENT DIFFERENT LEVELS OF PLASMA-MEMBRANE ELECTRON-TRANSPORT
Authors: VILLALBA JM CANALEJO A RODRIGUEZAGUILERA JC BURON MI MORRE DJ NAVAS P
Citation: Jm. Villalba et al., NADH-ASCORBATE FREE-RADICAL AND NADH-FERRICYANIDE REDUCTASE ACTIVITIES REPRESENT DIFFERENT LEVELS OF PLASMA-MEMBRANE ELECTRON-TRANSPORT, Journal of bioenergetics and biomembranes, 25(4), 1993, pp. 411-417
A QUANTITATIVE ULTRASTRUCTURAL AND CYTOCHEMICAL STUDY OF TPA-INDUCED DIFFERENTIATION IN HL-60 CELLS
Authors: BURON MI RODRIGUEZAGUILERA JC GONZALEZREYES JA VILLALBA JM ALCAIN FJ NAVARRO F NAVAS P
Citation: Mi. Buron et al., A QUANTITATIVE ULTRASTRUCTURAL AND CYTOCHEMICAL STUDY OF TPA-INDUCED DIFFERENTIATION IN HL-60 CELLS, Leukemia research, 17(10), 1993, pp. 863-872
TRANSPLASMA MEMBRANE REDOX SYSTEM OF HL-60 CELLS IS CONTROLLED BY CAMP
Authors: RODRIGUEZAGUILERA JC NAVARRO F ARROYO A VILLALBA JM NAVAS P
Citation: Jc. Rodriguezaguilera et al., TRANSPLASMA MEMBRANE REDOX SYSTEM OF HL-60 CELLS IS CONTROLLED BY CAMP, The Journal of biological chemistry, 268(35), 1993, pp. 26346-26349
TRANSPLASMA MEMBRANE REDOX SYSTEM IN HL-60 CELLS IS MODULATED DURING TPA-INDUCED DIFFERENTIATION
Authors: BURON MI RODRIGUEZAGUILERA JC ALCAIN FJ NAVAS P
Citation: Mi. Buron et al., TRANSPLASMA MEMBRANE REDOX SYSTEM IN HL-60 CELLS IS MODULATED DURING TPA-INDUCED DIFFERENTIATION, Biochemical and biophysical research communications, 192(2), 1993, pp. 439-445
Risultati: 1-10 |