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Results: 1-20 |
Results: 20
INTRACEREBROVENTRICULAR ADMINISTRATION OF QUINOLINIC ACID INDUCES A SELECTIVE DECREASE OF INOSITOL(1,4,5)-TRISPHOSPHATE RECEPTOR IN RAT-BRAIN
Authors: HAUG LS OSTVOLD AC TORGNER I ROBERG B DVORAKOVA L STASTNY F WALAAS SI
Citation: Ls. Haug et al., INTRACEREBROVENTRICULAR ADMINISTRATION OF QUINOLINIC ACID INDUCES A SELECTIVE DECREASE OF INOSITOL(1,4,5)-TRISPHOSPHATE RECEPTOR IN RAT-BRAIN, Neurochemistry international, 33(2), 1998, pp. 109-119
BILIRUBIN INHIBITS TRANSPORT OF NEUROTRANSMITTERS IN SYNAPTIC VESICLES
Authors: ROSETH S HANSEN TWR FONNUM E WALAAS SI
Citation: S. Roseth et al., BILIRUBIN INHIBITS TRANSPORT OF NEUROTRANSMITTERS IN SYNAPTIC VESICLES, Pediatric research, 44(3), 1998, pp. 312-316
STIMULATION OF CYCLIC GMP-DEPENDENT PROTEIN-KINASE LEADS TO PHOSPHORYLATION OF TYPE-I INOSITOL TRISPHOSPHATE-RECEPTOR IN RAT CEREBELLAR SLICES
Authors: HAUG LS JENSEN V HVALBY O WALAAS SI OSTVOLD AC
Citation: Ls. Haug et al., STIMULATION OF CYCLIC GMP-DEPENDENT PROTEIN-KINASE LEADS TO PHOSPHORYLATION OF TYPE-I INOSITOL TRISPHOSPHATE-RECEPTOR IN RAT CEREBELLAR SLICES, Journal of neurochemistry, 71, 1998, pp. 61-61
MODULATION OF THE EFFECT OF BILIRUBIN ON PROTEIN-PHOSPHORYLATION BY LYSINE-CONTAINING PEPTIDES
Authors: HANSEN TWR MATHIESEN SBW WALAAS SI
Citation: Twr. Hansen et al., MODULATION OF THE EFFECT OF BILIRUBIN ON PROTEIN-PHOSPHORYLATION BY LYSINE-CONTAINING PEPTIDES, Pediatric research, 42(5), 1997, pp. 615-617
THE PROTEIN-KINASE-C PSEUDOSUBSTRATE PEPTIDE (PKC19-36) INHIBITS INSULIN-STIMULATED PROTEIN-KINASE ACTIVITY AND INSULIN-MEDIATED TRANSLOCATION OF THE GLUCOSE-TRANSPORTER GLUT-4 IN STREPTOLYSIN-O PERMEABILIZED ADIPOCYTES
Authors: WALAAS O HORN RS WALAAS SI
Citation: O. Walaas et al., THE PROTEIN-KINASE-C PSEUDOSUBSTRATE PEPTIDE (PKC19-36) INHIBITS INSULIN-STIMULATED PROTEIN-KINASE ACTIVITY AND INSULIN-MEDIATED TRANSLOCATION OF THE GLUCOSE-TRANSPORTER GLUT-4 IN STREPTOLYSIN-O PERMEABILIZED ADIPOCYTES, FEBS letters, 413(1), 1997, pp. 152-156
DECREASED INOSITOL (1,4,5)-TRISPHOSPHATE RECEPTOR LEVELS IN ALZHEIMERS-DISEASE CEREBRAL-CORTEX - SELECTIVITY OF CHANGES AND POSSIBLE CORRELATION TO PATHOLOGICAL SEVERITY
Authors: HAUG LS OSTVOLD AC COWBURN RF GARLIND A WINBLAD B BOGDANOVICH N WALAAS SI
Citation: Ls. Haug et al., DECREASED INOSITOL (1,4,5)-TRISPHOSPHATE RECEPTOR LEVELS IN ALZHEIMERS-DISEASE CEREBRAL-CORTEX - SELECTIVITY OF CHANGES AND POSSIBLE CORRELATION TO PATHOLOGICAL SEVERITY, Neurodegeneration, 5(2), 1996, pp. 169-176
BILIRUBIN HAS WIDESPREAD INHIBITORY EFFECTS ON PROTEIN-PHOSPHORYLATION
Authors: HANSEN TWR MATHIESEN SBW WALAAS SI
Citation: Twr. Hansen et al., BILIRUBIN HAS WIDESPREAD INHIBITORY EFFECTS ON PROTEIN-PHOSPHORYLATION, Pediatric research, 39(6), 1996, pp. 1072-1077
BILIRUBIN (B) INHIBITS CA-DEPENDENT RELEASE OF NOREPINEPHRINE (NE) FROM PERMEABILIZED NERVE-TERMINALS (SYN)(+)
Authors: HANSEN TWR MATHIESEN SBW SEFLAND I WALAAS SI
Citation: Twr. Hansen et al., BILIRUBIN (B) INHIBITS CA-DEPENDENT RELEASE OF NOREPINEPHRINE (NE) FROM PERMEABILIZED NERVE-TERMINALS (SYN)(+), Pediatric research, 39(4), 1996, pp. 346-346
BILIRUBIN (B) INCREASES LEAKAGE OF H-3 NOREPINEPHRIN (NE) FROM PRESYNAPTIC VESICLES (PV) IN THE ABSENCE OF CA++
Authors: HANSEN TWR MATHIESEN SBW SEFLAND I WALAAS SI
Citation: Twr. Hansen et al., BILIRUBIN (B) INCREASES LEAKAGE OF H-3 NOREPINEPHRIN (NE) FROM PRESYNAPTIC VESICLES (PV) IN THE ABSENCE OF CA++, Pediatric research, 39(4), 1996, pp. 347-347
A LYSINE(LYS)-CONTAINING PEPTIDE CORRESPONDING TO A 10 AMINO-ACID-SEQUENCE OF PROTEIN-KINASE SUBDOMAIN II PARTIALLY PREVENTS THE INHIBITORYEFFECT OF BILIRUBIN (B) ON PHOSPHOLEMMAN PHOSPHORYLATION (P) BY CAMP-DEPENDENT PROTEIN-KINASE (APK)
Authors: HANSEN TWR MATHIESEN SBW WALAAS SI
Citation: Twr. Hansen et al., A LYSINE(LYS)-CONTAINING PEPTIDE CORRESPONDING TO A 10 AMINO-ACID-SEQUENCE OF PROTEIN-KINASE SUBDOMAIN II PARTIALLY PREVENTS THE INHIBITORYEFFECT OF BILIRUBIN (B) ON PHOSPHOLEMMAN PHOSPHORYLATION (P) BY CAMP-DEPENDENT PROTEIN-KINASE (APK), Pediatric research, 39(4), 1996, pp. 348-348
THE ABILITY OF POLYLYSINE TO PREVENT THE INHIBITORY EFFECT OF BILIRUBIN (B) ON PROTEIN-PHOSPHORYLATION (PP) DOES NOT DEPEND ON STERIC CONFORMATION
Authors: HANSEN TWR MATHIESEN SBW WALAAS SI
Citation: Twr. Hansen et al., THE ABILITY OF POLYLYSINE TO PREVENT THE INHIBITORY EFFECT OF BILIRUBIN (B) ON PROTEIN-PHOSPHORYLATION (PP) DOES NOT DEPEND ON STERIC CONFORMATION, Pediatric research, 39(4), 1996, pp. 349-349
TYPE-I IP3-RECEPTOR AND PHOSPHATE-ACTIVATED GLUTAMINASE ARE HIGHLY ENRICHED IN NEURONS AS COMPARED TO GLIA CELLS IN RAT NEOSTRIATUM
Authors: HAUG LS OSTVOLD AC TORGNER I DVORAKOVA L WALAAS SI
Citation: Ls. Haug et al., TYPE-I IP3-RECEPTOR AND PHOSPHATE-ACTIVATED GLUTAMINASE ARE HIGHLY ENRICHED IN NEURONS AS COMPARED TO GLIA CELLS IN RAT NEOSTRIATUM, Journal of neurochemistry, 66, 1996, pp. 59-59
DOWN-REGULATION OF GLIAL GLUTAMATE TRANSPORTERS AFTER GLUTAMATERGIC DENERVATION IN THE RAT-BRAIN
Authors: LEVY LM LEHRE KP WALAAS SI STORMMATHISEN J DANBOLT NC
Citation: Lm. Levy et al., DOWN-REGULATION OF GLIAL GLUTAMATE TRANSPORTERS AFTER GLUTAMATERGIC DENERVATION IN THE RAT-BRAIN, European journal of neuroscience, 7(10), 1995, pp. 2036-2041
PROTEIN-KINASE-C AND CYCLIC-AMP-DEPENDENT PROTEIN-KINASE PHOSPHORYLATE PHOSPHOLEMMAN, AN INSULIN AND ADRENALINE-REGULATED MEMBRANE PHOSPHOPROTEIN, AT SPECIFIC SITES IN THE CARBOXY-TERMINAL DOMAIN
Authors: WALAAS SI CZERNIK AJ OLSTAD OK SLETTEN K WALAAS O
Citation: Si. Walaas et al., PROTEIN-KINASE-C AND CYCLIC-AMP-DEPENDENT PROTEIN-KINASE PHOSPHORYLATE PHOSPHOLEMMAN, AN INSULIN AND ADRENALINE-REGULATED MEMBRANE PHOSPHOPROTEIN, AT SPECIFIC SITES IN THE CARBOXY-TERMINAL DOMAIN, Biochemical journal, 304, 1994, pp. 635-640
BILIRUBIN INHIBITS CYCLIC-AMP-DEPENDENT PROTEIN-KINASE (PKA) BY A NONCOMPETITIVE MECHANISM
Authors: HANSEN TWR MATHIESEN SBW WALAAS SI
Citation: Twr. Hansen et al., BILIRUBIN INHIBITS CYCLIC-AMP-DEPENDENT PROTEIN-KINASE (PKA) BY A NONCOMPETITIVE MECHANISM, Pediatric research, 35(4), 1994, pp. 10000229-10000229
PHOSPHORYLATION OF PURIFIED IP3-RECEPTOR FROM RAT CEREBELLUM BY CYCLIC GMP-DEPENDENT PROTEIN-KINASE
Authors: HAUG LS WALAAS SI OSTVOLD AC
Citation: Ls. Haug et al., PHOSPHORYLATION OF PURIFIED IP3-RECEPTOR FROM RAT CEREBELLUM BY CYCLIC GMP-DEPENDENT PROTEIN-KINASE, Journal of neurochemistry, 63, 1994, pp. 190000087-190000087
ARPP-39, A MEMBRANE-ASSOCIATED SUBSTRATE FOR CYCLIC-AMP-DEPENDENT PROTEIN-KINASE PRESENT IN NEOSTRIATAL NEURONS
Authors: WALAAS SI GREENGARD P
Citation: Si. Walaas et P. Greengard, ARPP-39, A MEMBRANE-ASSOCIATED SUBSTRATE FOR CYCLIC-AMP-DEPENDENT PROTEIN-KINASE PRESENT IN NEOSTRIATAL NEURONS, Journal of molecular neuroscience, 4(2), 1993, pp. 73-88
ALTERED PROCESSING OF ALZHEIMER AMYLOID PRECURSOR PROTEIN IN RESPONSETO NEURONAL DEGENERATION
Authors: IVERFELDT K WALAAS SI GREENGARD P
Citation: K. Iverfeldt et al., ALTERED PROCESSING OF ALZHEIMER AMYLOID PRECURSOR PROTEIN IN RESPONSETO NEURONAL DEGENERATION, Proceedings of the National Academy of Sciences of the United Statesof America, 90(9), 1993, pp. 4146-4150
CALCIUM-INDUCED DEGRADATION OF THE INOSITOL (1,4,5)-TRISPHOSPHATE RECEPTOR CA-2-CHANNEL()
Authors: HAUG LS OSTVOLD AC WALAAS SI
Citation: Ls. Haug et al., CALCIUM-INDUCED DEGRADATION OF THE INOSITOL (1,4,5)-TRISPHOSPHATE RECEPTOR CA-2-CHANNEL(), Journal of neurochemistry, 61, 1993, pp. 190000108-190000108
CALCIUM-INDUCED DEGRADATION OF THE INOSITOL (1,4,5)-TRISPHOSPHATE RECEPTOR CA2-CHANNEL()
Authors: MAGNUSSON A HAUG LS WALAAS SI OSTVOLD AC
Citation: A. Magnusson et al., CALCIUM-INDUCED DEGRADATION OF THE INOSITOL (1,4,5)-TRISPHOSPHATE RECEPTOR CA2-CHANNEL(), FEBS letters, 323(3), 1993, pp. 229-232
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