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Results: 1-9 |
Results: 9
PROTON HYDROGEN TRANSFER AFFECTS THE S-STATE-DEPENDENT MICROSECOND PHASES OF P680(+) REDUCTION DURING WATER-SPLITTING/
Authors: SCHILSTRA MJ RAPPAPORT F NUGENT JHA BARNETT CJ KLUG DR
Citation: Mj. Schilstra et al., PROTON HYDROGEN TRANSFER AFFECTS THE S-STATE-DEPENDENT MICROSECOND PHASES OF P680(+) REDUCTION DURING WATER-SPLITTING/, Biochemistry, 37(11), 1998, pp. 3974-3981
MECHANISM OF LIPOXYGENASE INACTIVATION BY THE LINOLEIC-ACID ANALOG OCTADECA-9,12-DIYNOIC ACID
Authors: SCHILSTRA MJ NIEUWENHUIZEN WF VELDINK GA VLIEGENTHART JFG
Citation: Mj. Schilstra et al., MECHANISM OF LIPOXYGENASE INACTIVATION BY THE LINOLEIC-ACID ANALOG OCTADECA-9,12-DIYNOIC ACID, Biochemistry, 35(11), 1996, pp. 3396-3401
CHANGES IN THE IRON COORDINATION SPHERE OF FE(II) LIPOXYGENASE-1 FROMSOYBEANS UPON BINDING OF LINOLEATE OR OLEATE
Authors: VANDERHEIJDT LM SCHILSTRA MJ FEITERS MC NOLTING HF HERMES C VELDINK GA VLIEGENTHART JFG
Citation: Lm. Vanderheijdt et al., CHANGES IN THE IRON COORDINATION SPHERE OF FE(II) LIPOXYGENASE-1 FROMSOYBEANS UPON BINDING OF LINOLEATE OR OLEATE, European journal of biochemistry, 231(1), 1995, pp. 186-191
FE(III)-LIPOXYGENASE CONVERTS ITS SUICIDE-TYPE INHIBITOR OCTADECA-9, 12-DIYNOIC ACID INTO 11-OXOOCTADECA-9,12-DIYNOIC ACID
Authors: NIEUWENHUIZEN WF SCHILSTRA MJ VANDERKERKVANHOOF A BRANDSMA L VELDINK GA VLIEGENTHART JFG
Citation: Wf. Nieuwenhuizen et al., FE(III)-LIPOXYGENASE CONVERTS ITS SUICIDE-TYPE INHIBITOR OCTADECA-9, 12-DIYNOIC ACID INTO 11-OXOOCTADECA-9,12-DIYNOIC ACID, Biochemistry, 34(33), 1995, pp. 10538-10545
EFFECT OF NONIONIC DETERGENTS ON LIPOXYGENASE CATALYSIS
Authors: SCHILSTRA MJ VELDINK GA VLIEGENTHART JFG
Citation: Mj. Schilstra et al., EFFECT OF NONIONIC DETERGENTS ON LIPOXYGENASE CATALYSIS, Lipids, 29(4), 1994, pp. 225-231
THE DIOXYGENATION RATE IN LIPOXYGENASE CATALYSIS IS DETERMINED BY THEAMOUNT OF IRON(III) LIPOXYGENASE IN SOLUTION
Authors: SCHILSTRA MJ VELDINK GA VLIEGENTHART JFG
Citation: Mj. Schilstra et al., THE DIOXYGENATION RATE IN LIPOXYGENASE CATALYSIS IS DETERMINED BY THEAMOUNT OF IRON(III) LIPOXYGENASE IN SOLUTION, Biochemistry, 33(13), 1994, pp. 3974-3979
EFFECTS OF THE TUBULIN-COLCHICINE COMPLEX ON MICROTUBULE DYNAMIC INSTABILITY
Authors: VANDECANDELAERE A MARTIN SR SCHILSTRA MJ BAYLEY PM
Citation: A. Vandecandelaere et al., EFFECTS OF THE TUBULIN-COLCHICINE COMPLEX ON MICROTUBULE DYNAMIC INSTABILITY, Biochemistry, 33(10), 1994, pp. 2792-2801
DYNAMIC INSTABILITY OF MICROTUBULES - MONTE-CARLO SIMULATION AND APPLICATION TO DIFFERENT TYPES OF MICROTUBULE LATTICE
Authors: MARTIN SR SCHILSTRA MJ BAYLEY PM
Citation: Sr. Martin et al., DYNAMIC INSTABILITY OF MICROTUBULES - MONTE-CARLO SIMULATION AND APPLICATION TO DIFFERENT TYPES OF MICROTUBULE LATTICE, Biophysical journal, 65(2), 1993, pp. 578-596
KINETIC-ANALYSIS OF THE INDUCTION PERIOD IN LIPOXYGENASE CATALYSIS
Authors: SCHILSTRA MJ VELDINK GA VLIEGENTHART JFG
Citation: Mj. Schilstra et al., KINETIC-ANALYSIS OF THE INDUCTION PERIOD IN LIPOXYGENASE CATALYSIS, Biochemistry, 32(30), 1993, pp. 7686-7691
Risultati: 1-9 |