ACNP - Italian Periodicals Catalogue

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Results: 1-14 |

Results: 14

PROSTAGLANDIN-INDEPENDENT STIMULATION OF INTERLEUKIN-6 PRODUCTION BY FIBRINOGEN DEGRADATION PRODUCT-D IN PERFUSED MURINE LIVER

Authors: CSALA M LERANT I BANHEGYI G KARDON T PUSKAS F MUCHA I MACHOVICH R FALUS A MANDL J

Citation: M. Csala et al., PROSTAGLANDIN-INDEPENDENT STIMULATION OF INTERLEUKIN-6 PRODUCTION BY FIBRINOGEN DEGRADATION PRODUCT-D IN PERFUSED MURINE LIVER, Scandinavian journal of immunology, 48(3), 1998, pp. 269-271

GULONOLACTONE OXIDASE ACTIVITY-DEPENDENT INTRAVESICULAR GLUTATHIONE OXIDATION IN RAT-LIVER MICROSOMES

Authors: PUSKAS F BRAUN L CSALA M KARDON T MARCOLONGO P BENEDETTI A MANDL J BANHEGYI G

Citation: F. Puskas et al., GULONOLACTONE OXIDASE ACTIVITY-DEPENDENT INTRAVESICULAR GLUTATHIONE OXIDATION IN RAT-LIVER MICROSOMES, FEBS letters, 430(3), 1998, pp. 293-296

THE EFFECT OF GLUTATHIONE DEPLETION ON THE GLUCURONIDATION IN ISOLATED MURINE HEPATOCYTES

Authors: BRAUN L PUSKAS F CSALA M KARDON T MANDL J BANHEGYI G

Citation: L. Braun et al., THE EFFECT OF GLUTATHIONE DEPLETION ON THE GLUCURONIDATION IN ISOLATED MURINE HEPATOCYTES, The FASEB journal, 11(9), 1997, pp. 3250-3250

ASCORBATE AS A SUBSTRATE FOR GLYCOLYSIS OR GLUCONEOGENESIS - EVIDENCEFOR AN INTERORGAN ASCORBATE CYCLE

Authors: BANHEGYI G BRAUN L PUSKAS F CSALA M MANDL J

Citation: G. Banhegyi et al., ASCORBATE AS A SUBSTRATE FOR GLYCOLYSIS OR GLUCONEOGENESIS - EVIDENCEFOR AN INTERORGAN ASCORBATE CYCLE, The FASEB journal, 11(9), 1997, pp. 3251-3251

GLUTATHIONE DEPLETION INDUCES GLYCOGENOLYSIS DEPENDENT ASCORBATE SYNTHESIS IN ISOLATED MURINE HEPATOCYTES

Authors: MANDL J BRAUN L CSALA M BANHEGYI G

Citation: J. Mandl et al., GLUTATHIONE DEPLETION INDUCES GLYCOGENOLYSIS DEPENDENT ASCORBATE SYNTHESIS IN ISOLATED MURINE HEPATOCYTES, The FASEB journal, 11(9), 1997, pp. 3259-3259

ASCORBATE METABOLISM AND ITS REGULATION IN ANIMALS

Authors: BANHEGYI G BRAUN L CSALA M PUSKAS F MANDL J

Citation: G. Banhegyi et al., ASCORBATE METABOLISM AND ITS REGULATION IN ANIMALS, Free radical biology & medicine, 23(5), 1997, pp. 793-803

ASCORBATE AS A SUBSTRATE FOR GLYCOLYSIS OR GLUCONEOGENESIS - EVIDENCEFOR AN INTERORGAN ASCORBATE CYCLE

Authors: BRAUN L PUSKAS F CSALA M MESZAROS G MANDL J BANHEGYI G

Citation: L. Braun et al., ASCORBATE AS A SUBSTRATE FOR GLYCOLYSIS OR GLUCONEOGENESIS - EVIDENCEFOR AN INTERORGAN ASCORBATE CYCLE, Free radical biology & medicine, 23(5), 1997, pp. 804-808

FATTY ACYL-COA ESTERS AND THE PERMEABILITY OF RAT-LIVER MICROSOMAL VESICLES

Authors: BANHEGYI G CSALA M MANDL J BURCHELL A BURCHELL B MARCOLONGO P FULCERI R BENEDETTI A

Citation: G. Banhegyi et al., FATTY ACYL-COA ESTERS AND THE PERMEABILITY OF RAT-LIVER MICROSOMAL VESICLES, Biochemical journal, 320, 1996, pp. 343-344

EVIDENCE FOR AN UDP-GLUCURONIC ACID PHENOL GLUCURONIDE ANTIPORT IN RAT-LIVER MICROSOMAL VESICLES

Authors: BANHEGYI G BRAUN L MARCOLONGO P CSALA M FULCERI R MANDL J BENEDETTI A

Citation: G. Banhegyi et al., EVIDENCE FOR AN UDP-GLUCURONIC ACID PHENOL GLUCURONIDE ANTIPORT IN RAT-LIVER MICROSOMAL VESICLES, Biochemical journal, 315, 1996, pp. 171-176

GLUCONEOGENESIS FROM ASCORBIC-ACID - ASCORBATE RECYCLING IN ISOLATED MURINE HEPATOCYTES

Authors: BRAUN L PUSKAS F CSALA M GYORFFY EE GARZO T MANDL J BANHEGYI G

Citation: L. Braun et al., GLUCONEOGENESIS FROM ASCORBIC-ACID - ASCORBATE RECYCLING IN ISOLATED MURINE HEPATOCYTES, FEBS letters, 390(2), 1996, pp. 183-186

GLUTATHIONE DEPLETION INDUCES GLYCOGENOLYSIS DEPENDENT ASCORBATE SYNTHESIS IN ISOLATED MURINE HEPATOCYTES

Authors: BRAUN L CSALA M POUSSU A GARZO T MANDL J BANHEGYI G

Citation: L. Braun et al., GLUTATHIONE DEPLETION INDUCES GLYCOGENOLYSIS DEPENDENT ASCORBATE SYNTHESIS IN ISOLATED MURINE HEPATOCYTES, FEBS letters, 388(2-3), 1996, pp. 173-176

ASCORBATE SYNTHESIS-DEPENDENT GLUTATHIONE CONSUMPTION IN MOUSE-LIVER

Authors: BANHEGYI G CSALA M BRAUN L GARZO T MANDL J

Citation: G. Banhegyi et al., ASCORBATE SYNTHESIS-DEPENDENT GLUTATHIONE CONSUMPTION IN MOUSE-LIVER, FEBS letters, 381(1-2), 1996, pp. 39-41

INHIBITION OF GLUCURONIDATION BY AN ACYL-COA-MEDIATED INDIRECT MECHANISM

Authors: CSALA M BANHEGYI G KARDON T FULCERI R GAMBERUCCI A GIUNTI R BENEDETTI A MANDL J

Citation: M. Csala et al., INHIBITION OF GLUCURONIDATION BY AN ACYL-COA-MEDIATED INDIRECT MECHANISM, Biochemical pharmacology, 52(7), 1996, pp. 1127-1131

ENHANCEMENT OF INTERLEUKIN-6 PRODUCTION BY FIBRINOGEN DEGRADATION PRODUCT-D IN HUMAN PERIPHERAL MONOCYTES AND PERFUSED MURINE LIVER

Authors: MANDL J CSALA M LERANT I BANHEGYI G BIRO J MACHOVICH R FALUS A

Citation: J. Mandl et al., ENHANCEMENT OF INTERLEUKIN-6 PRODUCTION BY FIBRINOGEN DEGRADATION PRODUCT-D IN HUMAN PERIPHERAL MONOCYTES AND PERFUSED MURINE LIVER, Scandinavian journal of immunology, 42(1), 1995, pp. 175-178

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