ACNP - Italian Periodicals Catalogue

AAAAAA

ITA
ENG

Results: 1-15 |

Results: 15

Authors: STROSZNAJDER J KOLADKIEWICZ I CHALIMONIUK M SAMOCHOCKI M

Citation: J. Strosznajder et al., ISCHEMIA-RELATED ALTERATION OF GABA(A)-OPERATED CHLORIDE CHANNEL PROPERTIES IN GERBIL HIPPOCAMPUS AND CEREBRAL-CORTEX, Acta Neurobiologiae Experimentalis, 58(2), 1998, pp. 95-102

AGING AND BETA-AMYLOID PEPTIDES DECREASE CHOLINERGIC RECEPTOR-MEDIATED CALCIUM INCREASE IN BRAIN CORTEX SYNAPTONEUROSOMES

Authors: SAMOCHOCKI M

Citation: M. Samochocki, AGING AND BETA-AMYLOID PEPTIDES DECREASE CHOLINERGIC RECEPTOR-MEDIATED CALCIUM INCREASE IN BRAIN CORTEX SYNAPTONEUROSOMES, Acta Neurobiologiae Experimentalis, 58(1), 1998, pp. 3-11

NITRIC-OXIDE RESPONSIBLE FOR NMDA RECEPTOR-EVOKED INHIBITION OF ARACHIDONIC-ACID INCORPORATION INTO LIPIDS OF BRAIN MEMBRANE

Authors: SAMOCHOCKI M CHALIMONIUK M STROSZNAJDER J

Citation: M. Samochocki et al., NITRIC-OXIDE RESPONSIBLE FOR NMDA RECEPTOR-EVOKED INHIBITION OF ARACHIDONIC-ACID INCORPORATION INTO LIPIDS OF BRAIN MEMBRANE, Molecular and chemical neuropathology, 29(1), 1996, pp. 79-92

ACTIVATION OF SEROTONERGIC 5-HT1A RECEPTOR REDUCES CA2-EVOKED AND GLUTAMATERGIC RECEPTOR-EVOKED ARACHIDONIC-ACID AND NO()CGMP RELEASE IN ADULT HIPPOCAMPUS/

Authors: STROSZNAJDER J CHALIMONIUK M SAMOCHOCKI M

Citation: J. Strosznajder et al., ACTIVATION OF SEROTONERGIC 5-HT1A RECEPTOR REDUCES CA2-EVOKED AND GLUTAMATERGIC RECEPTOR-EVOKED ARACHIDONIC-ACID AND NO()CGMP RELEASE IN ADULT HIPPOCAMPUS/, Neurochemistry international, 28(4), 1996, pp. 439-444

REGULATION OF RECEPTORS MEDIATED PHOSPHOINOSITIDES DEGRADATION AND CALCIUM MOBILIZATION IN BRAIN CORTEX - EFFECT OF AGING

Authors: STROSZNAJDER J SAMOCHOCKI M CHALIMONIUK M

Citation: J. Strosznajder et al., REGULATION OF RECEPTORS MEDIATED PHOSPHOINOSITIDES DEGRADATION AND CALCIUM MOBILIZATION IN BRAIN CORTEX - EFFECT OF AGING, Journal of neurochemistry, 66, 1996, pp. 105-105

THE NEGATIVE COUPLING BETWEEN SEROTONIN AND MUSCARINIC RECEPTOR(S) FOR ARACHIDONIC-ACID AND INOSITOL PHOSPHATES RELEASE IN BRAIN CORTEX SYNAPTONEUROSOMES, EFFECT OF AGING

Authors: SAMOCHOCKI M STROSZNAJDER J

Citation: M. Samochocki et J. Strosznajder, THE NEGATIVE COUPLING BETWEEN SEROTONIN AND MUSCARINIC RECEPTOR(S) FOR ARACHIDONIC-ACID AND INOSITOL PHOSPHATES RELEASE IN BRAIN CORTEX SYNAPTONEUROSOMES, EFFECT OF AGING, Neurochemistry international, 26(6), 1995, pp. 571-578

Authors: SAMOCHOCKI M CHALIMONIUK M STROSZNAJDER J

Citation: M. Samochocki et al., AGE-RELATED-CHANGES OF RECEPTOR-MEDIATED PHOSPHOINOSITIDES DEGRADATION AND CALCIUM MOBILIZATION IN BRAIN CORTEX, Journal of neurochemistry, 65, 1995, pp. 41-41

AGING MODULATES CALCIUM-DEPENDENT PHOSPHATIDYLINOSITOL DEGRADATION BYCEREBRAL-CORTEX SYNAPTIC PLASMA-MEMBRANE PHOSPHOLIPASES

Authors: STROSZNAJDER J SAMOCHOCKI M WIKIEL H MALECKI A

Citation: J. Strosznajder et al., AGING MODULATES CALCIUM-DEPENDENT PHOSPHATIDYLINOSITOL DEGRADATION BYCEREBRAL-CORTEX SYNAPTIC PLASMA-MEMBRANE PHOSPHOLIPASES, Molecular and chemical neuropathology, 21(1), 1994, pp. 95-107

SEROTONIN, A POTENT MODULATOR OF ARACHIDONIC-ACID TURNOVER, INTERACTION WITH GLUTAMATERGIC RECEPTOR IN BRAIN CORTEX

Authors: STROSZNAJDER J SAMOCHOCKI M DURAN M

Citation: J. Strosznajder et al., SEROTONIN, A POTENT MODULATOR OF ARACHIDONIC-ACID TURNOVER, INTERACTION WITH GLUTAMATERGIC RECEPTOR IN BRAIN CORTEX, Neurochemistry international, 25(2), 1994, pp. 193-199

Authors: SAMOCHOCKI M STROSZNAJDER J

Citation: M. Samochocki et J. Strosznajder, AGE-RELATED-CHANGES OF GABA-ACTIVATED CHLORIDE CHANNEL PROPERTIES IN BRAIN CORTEX SYNAPTIC PLASMA-MEMBRANE - EVIDENCE FOR PHOSPHOLIPASE INVOLVEMENT, Journal of neurochemistry, 63(4), 1994, pp. 1522-1528

MECHANISM OF NMDA RECEPTOR-EVOKED REDUCTION OF ARACHIDONIC-ACID INCORPORATION INTO PHOSPHATIDYLINOSITOL IN BAT BRAIN CORTEX SYNAPTONEUROSOMES

Authors: SAMOCHOCKI M STROSZNAJDER J

Citation: M. Samochocki et J. Strosznajder, MECHANISM OF NMDA RECEPTOR-EVOKED REDUCTION OF ARACHIDONIC-ACID INCORPORATION INTO PHOSPHATIDYLINOSITOL IN BAT BRAIN CORTEX SYNAPTONEUROSOMES, Journal of neurochemistry, 63, 1994, pp. 190000052-190000052

NITRIC-OXIDE IS INVOLVED IN NMDA-EVOKED INHIBITION OF ARACHIDONIC-ACID INCORPORATION INTO LIPID OF BRAIN CORTEX SYNAPTONEUROSOMES

Authors: STROSZNAJDER J CHALIMONIUK M SAMOCHOCKI M

Citation: J. Strosznajder et al., NITRIC-OXIDE IS INVOLVED IN NMDA-EVOKED INHIBITION OF ARACHIDONIC-ACID INCORPORATION INTO LIPID OF BRAIN CORTEX SYNAPTONEUROSOMES, Journal of neurochemistry, 63, 1994, pp. 190000053-190000053

AGING DIMINISHES SEROTONIN-STIMULATED ARACHIDONIC-ACID UPTAKE AND CHOLINERGIC RECEPTOR-ACTIVATED-ARACHIDONIC ACID RELEASE IN RAT-BRAIN CORTEX MEMBRANE

Authors: STROSZNAJDER J SAMOCHOCKI M DURAN M

Citation: J. Strosznajder et al., AGING DIMINISHES SEROTONIN-STIMULATED ARACHIDONIC-ACID UPTAKE AND CHOLINERGIC RECEPTOR-ACTIVATED-ARACHIDONIC ACID RELEASE IN RAT-BRAIN CORTEX MEMBRANE, Journal of neurochemistry, 62(3), 1994, pp. 1048-1054

MODULATORY ACTION OF ARACHIDONIC-ACID ON GABAA CHLORIDE CHANNEL RECEPTOR FUNCTION IN ADULT AND AGED BRAIN CORTEX MEMBRANES/

Authors: SAMOCHOCKI M STROSZNAJDER J

Citation: M. Samochocki et J. Strosznajder, MODULATORY ACTION OF ARACHIDONIC-ACID ON GABAA CHLORIDE CHANNEL RECEPTOR FUNCTION IN ADULT AND AGED BRAIN CORTEX MEMBRANES/, Neurochemistry international, 23(3), 1993, pp. 261-267

NEGATIVE COUPLING BETWEEN SEROTONIN AND CHOLINERGIC RECEPTORS STIMULATED ARACHIDONIC-ACID RELEASE AND PHOSPHOINOSITIDE TURNOVER IN BRAIN

Authors: STROSZNAJDER J SAMOCHOCKI M

Citation: J. Strosznajder et M. Samochocki, NEGATIVE COUPLING BETWEEN SEROTONIN AND CHOLINERGIC RECEPTORS STIMULATED ARACHIDONIC-ACID RELEASE AND PHOSPHOINOSITIDE TURNOVER IN BRAIN, Journal of neurochemistry, 61, 1993, pp. 190000092-190000092

Risultati: 1-15 |