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Results: 51-75/121
NMDA RECEPTOR ACTIVATION BY ARACHIDONIC-ACID IN THE BRAIN OF THE GUINEA-PIG FETUS DURING HYPOXIA
Authors: MISHRA OP ZHU A DELIVORIAPAPADOPOULOS M
Citation: Op. Mishra et al., NMDA RECEPTOR ACTIVATION BY ARACHIDONIC-ACID IN THE BRAIN OF THE GUINEA-PIG FETUS DURING HYPOXIA, The FASEB journal, 9(4), 1995, pp. 694-694
TRANSCRANIAL OPTICAL-PATH LENGTH IN INFANTS BY NEAR-INFRARED PHASE-SHIFT SPECTROSCOPY
Authors: BENARON DA KURTH CD STEVEN JM DELIVORIAPAPADOPOULOS M CHANCE B
Citation: Da. Benaron et al., TRANSCRANIAL OPTICAL-PATH LENGTH IN INFANTS BY NEAR-INFRARED PHASE-SHIFT SPECTROSCOPY, Journal of clinical monitoring, 11(2), 1995, pp. 109-117
KAINATE RECEPTOR MODIFICATION IN THE FETAL GUINEA-PIG BRAIN DURING HYPOXIA
Authors: MISHRA OP KUBIN JA MCGOWAN JE DELIVORIAPAPADOPOULOS M
Citation: Op. Mishra et al., KAINATE RECEPTOR MODIFICATION IN THE FETAL GUINEA-PIG BRAIN DURING HYPOXIA, Neurochemical research, 20(10), 1995, pp. 1171-1177
NEUROPROTECTIVE EFFECT OF PHENYTOIN AGAINST IN-UTERO HYPOXIC BRAIN INJURY IN FETAL GUINEA-PIGS
Authors: LAMPLEY EC MISHRA OP GRAHAM E DELIVORIAPAPADOPOULOS M
Citation: Ec. Lampley et al., NEUROPROTECTIVE EFFECT OF PHENYTOIN AGAINST IN-UTERO HYPOXIC BRAIN INJURY IN FETAL GUINEA-PIGS, Neuroscience letters, 186(2-3), 1995, pp. 192-196
EFFECT OF IN-UTERO HYPOXIA ON THE OUABAIN STROPHANTHIDIN BINDING-SITEOF THE FETAL GUINEA-PIG BRAIN-CELL MEMBRANE NA-ATPASE(,K+)
Authors: GRAHAM E MISHRA OP DELIVORIAPAPADOPOULOS M
Citation: E. Graham et al., EFFECT OF IN-UTERO HYPOXIA ON THE OUABAIN STROPHANTHIDIN BINDING-SITEOF THE FETAL GUINEA-PIG BRAIN-CELL MEMBRANE NA-ATPASE(,K+), Neuroscience letters, 185(3), 1995, pp. 159-162
PREVENTION OF HYPOXIA-INDUCED MODIFICATION OF THE NMDA RECEPTOR BY INHIBITION OF CEREBRAL NITRIC-OXIDE SYNTHASE IN NEWBORN PIGLETS
Authors: GROENENDAAL F HOFFMAN DJ MISHRA OP MCGOWAN JE DELIVORIAPAPADOPOULOS M
Citation: F. Groenendaal et al., PREVENTION OF HYPOXIA-INDUCED MODIFICATION OF THE NMDA RECEPTOR BY INHIBITION OF CEREBRAL NITRIC-OXIDE SYNTHASE IN NEWBORN PIGLETS, Pediatric research, 38(3), 1995, pp. 435-435
HYPOXIA-INDUCED BRAIN-CELL MEMBRANE LIPID-PEROXIDATION AFTER INHIBITION OF CEREBRAL NITRIC-OXIDE SYNTHASE IN NEWBORN PIGLETS
Authors: GROENENDAAL F MISHRA OP ZHU AL MCGOWN JE DELIVORIAPAPADOPOULOS M
Citation: F. Groenendaal et al., HYPOXIA-INDUCED BRAIN-CELL MEMBRANE LIPID-PEROXIDATION AFTER INHIBITION OF CEREBRAL NITRIC-OXIDE SYNTHASE IN NEWBORN PIGLETS, Pediatric research, 38(3), 1995, pp. 435-435
THE IN-VIVO IDENTIFICATION OF FREE-RADICALS IN NEWBORN PIGLET CEREBRAL-CORTEX DURING HYPOXIA
Authors: ANDERSEN CB OHNISHI T GROENENDAAL F MISHRA OP DELIVORIAPAPADOPOULOS M
Citation: Cb. Andersen et al., THE IN-VIVO IDENTIFICATION OF FREE-RADICALS IN NEWBORN PIGLET CEREBRAL-CORTEX DURING HYPOXIA, Pediatric research, 37(4), 1995, pp. 41-41
EFFECT OF INDOMETHACIN (INDO) ON FREE-RADICAL FORMATION DURING HYPOXIA
Authors: ANDERSEN C OHNISHI T MCGOWAN JE MISHRA OP DELIVORIAPAPADOPOULOS M
Citation: C. Andersen et al., EFFECT OF INDOMETHACIN (INDO) ON FREE-RADICAL FORMATION DURING HYPOXIA, Pediatric research, 37(4), 1995, pp. 42-42
EFFECT OF PHENYTOIN IN-VITRO ON THE NMDA RECEPTOR IN THE GUINEA-PIG FETUS
Authors: GOEL R ZHU AL MISHRA OP DELIVORIAPAPADOPOULOS M
Citation: R. Goel et al., EFFECT OF PHENYTOIN IN-VITRO ON THE NMDA RECEPTOR IN THE GUINEA-PIG FETUS, Pediatric research, 37(4), 1995, pp. 45-45
NMDA RECEPTOR MODIFICATION DURING REOXYGENATION FOLLOWING HYPOXIA IN THE FETAL GUINEA-PIG BRAIN
Authors: GOEL R KUBIN J MISHRA OP DELIVORIAPAPADOPOULOS M
Citation: R. Goel et al., NMDA RECEPTOR MODIFICATION DURING REOXYGENATION FOLLOWING HYPOXIA IN THE FETAL GUINEA-PIG BRAIN, Pediatric research, 37(4), 1995, pp. 45-45
EFFECT OF ALLOPURINOL ON THE MAGNESIUM SITE OF THE NMDA RECEPTOR IN THE FETAL GUINEA-PIG BRAIN DURING HYPOXIA
Authors: MARRO PJ ZHU AL KUBIN J MISHRA OP DELIVORIAPAPADOPOULOS M
Citation: Pj. Marro et al., EFFECT OF ALLOPURINOL ON THE MAGNESIUM SITE OF THE NMDA RECEPTOR IN THE FETAL GUINEA-PIG BRAIN DURING HYPOXIA, Pediatric research, 37(4), 1995, pp. 50-50
EFFECT OF REOXYGENATION ON THE GLUTAMATE BINDING-SITE OF THE NMDA RECEPTOR FOLLOWING CEREBRAL HYPOXIA IN NEWBORN PIGLETS
Authors: ROSENKRANT TS HOFFMAN DJ KUBIN J FRITZ KI MISHRA OP DELIVORIAPAPADOPOULOS M
Citation: Ts. Rosenkrant et al., EFFECT OF REOXYGENATION ON THE GLUTAMATE BINDING-SITE OF THE NMDA RECEPTOR FOLLOWING CEREBRAL HYPOXIA IN NEWBORN PIGLETS, Pediatric research, 37(4), 1995, pp. 53-53
NMDA RECEPTOR ACTIVATION BY ARACHIDONIC-ACID IN THE BRAIN OF THE GUINEA-PIG FETUS DURING HYPOXIA
Authors: MISHRA OP ZHU AI DELIVORIAPAPADOPOULOS M
Citation: Op. Mishra et al., NMDA RECEPTOR ACTIVATION BY ARACHIDONIC-ACID IN THE BRAIN OF THE GUINEA-PIG FETUS DURING HYPOXIA, Pediatric research, 37(4), 1995, pp. 66-66
EFFECT OF HYPOXIA ON THE HIGH-AFFINITY OUABAIN BINDING-SITE IN TERM FETAL GUINEA-PIG BRAIN NA-ATPASE(,K+)
Authors: GRAHAM EM MISHRA OP DELIVORIAPAPADOPOULOS M
Citation: Em. Graham et al., EFFECT OF HYPOXIA ON THE HIGH-AFFINITY OUABAIN BINDING-SITE IN TERM FETAL GUINEA-PIG BRAIN NA-ATPASE(,K+), Pediatric research, 37(4), 1995, pp. 76-76
DIFFERENTIAL PHARMACOLOGICAL EFFECT OF IN-VIVO ADMINISTRATION OF 3-(2-CARBOXYPIPERAZIN-4-YL)-PROPYL-1-PHOSPHONIC ACID (CPP) ON BRAIN-CELL MEMBRANES IN NEWBORN PIGLETS
Authors: FRITZ I GROENENDAAL F ZHU AL MISHRA OP DELIVORIAPAPADOPOULOS M
Citation: I. Fritz et al., DIFFERENTIAL PHARMACOLOGICAL EFFECT OF IN-VIVO ADMINISTRATION OF 3-(2-CARBOXYPIPERAZIN-4-YL)-PROPYL-1-PHOSPHONIC ACID (CPP) ON BRAIN-CELL MEMBRANES IN NEWBORN PIGLETS, Pediatric research, 37(4), 1995, pp. 76-76
EFFECT OF SPERMINE ON NMDA RECEPTOR ACTIVATION FOLLOWING MAGNESIUM-SULFATE INFUSION DURING CEREBRAL HYPOXIA IN NEWBORN PIGLETS
Authors: HOFFMAN DJ KUBIN J ZHU AL MISHRA OP DELIVORIAPAPADOPOULOS M
Citation: Dj. Hoffman et al., EFFECT OF SPERMINE ON NMDA RECEPTOR ACTIVATION FOLLOWING MAGNESIUM-SULFATE INFUSION DURING CEREBRAL HYPOXIA IN NEWBORN PIGLETS, Pediatric research, 37(4), 1995, pp. 77-77
CHARACTERISTICS OF THE NMDA RECEPTOR ION-CHANNEL IN THE NT2 HUMAN CELL-LINE
Authors: BOGGS S MISHRA OP DELIVORIAPAPADOPOULOS M
Citation: S. Boggs et al., CHARACTERISTICS OF THE NMDA RECEPTOR ION-CHANNEL IN THE NT2 HUMAN CELL-LINE, Pediatric research, 37(4), 1995, pp. 197-197
EFFECT OF CEREBRAL NITRIC-OXIDE SYNTHASE INHIBITION ON BRAIN-CELL MEMBRANE NA-ATPASE ACTIVITY DURING HYPOXIA IN NEWBORN PIGLETS(,K+)
Authors: GROENENDAAL F MISHRA OP MCGOWAN JE HOFFMAN DJ DELIVORIAPAPADOPOULOS M
Citation: F. Groenendaal et al., EFFECT OF CEREBRAL NITRIC-OXIDE SYNTHASE INHIBITION ON BRAIN-CELL MEMBRANE NA-ATPASE ACTIVITY DURING HYPOXIA IN NEWBORN PIGLETS(,K+), Pediatric research, 37(4), 1995, pp. 207-207
EFFECT OF BILIRUBIN INFUSION ON NMDA RECEPTOR-BINDING CHARACTERISTICSIN THE BRAIN OF THE NEWBORN PIGLET
Authors: HOFFMAN DJ KUBIN J MISHRA OP DELIVORIAPAPADOPOULOS M
Citation: Dj. Hoffman et al., EFFECT OF BILIRUBIN INFUSION ON NMDA RECEPTOR-BINDING CHARACTERISTICSIN THE BRAIN OF THE NEWBORN PIGLET, Pediatric research, 37(4), 1995, pp. 212-212
DIFFERENTIAL MATURATION OF THE AUTONOMIC NERVOUS-SYSTEM DURING NIPPLEFEEDING IN TERM AND PRETERM INFANTS
Authors: MEDOFFCOOPER BS VERKLAN T ZHANG P DELIVORIAPAPADOPOULOS M
Citation: Bs. Medoffcooper et al., DIFFERENTIAL MATURATION OF THE AUTONOMIC NERVOUS-SYSTEM DURING NIPPLEFEEDING IN TERM AND PRETERM INFANTS, Pediatric research, 37(4), 1995, pp. 224-224
MAGNETIZATION-TRANSFER IMAGING (MTI) - A NOVEL METHOD FOR QUANTITATION OF BRAIN MATURATION IN NEWBORN-INFANTS
Authors: MCGOWAN JE DELIVORIAPAPADOPOULOS M GROSSMAN RI MCGOWAN JC
Citation: Je. Mcgowan et al., MAGNETIZATION-TRANSFER IMAGING (MTI) - A NOVEL METHOD FOR QUANTITATION OF BRAIN MATURATION IN NEWBORN-INFANTS, Pediatric research, 37(4), 1995, pp. 224-224
EFFECT OF IN-VIVO ADMINISTRATION OF 3-(2-CARBOXYPIPERAZIN-4-YL) PROPYL-1-PHOSPHONIC ACID (CPP) ON THE NMDA RECEPTOR GLUTAMATE SITE DURING CEREBRAL HYPOXIA IN THE NEWBORN PIGLETS
Authors: FRITZ KI GROENENDAAL F MISHRA OP DELIVORIAPAPADOPOULOS M
Citation: Ki. Fritz et al., EFFECT OF IN-VIVO ADMINISTRATION OF 3-(2-CARBOXYPIPERAZIN-4-YL) PROPYL-1-PHOSPHONIC ACID (CPP) ON THE NMDA RECEPTOR GLUTAMATE SITE DURING CEREBRAL HYPOXIA IN THE NEWBORN PIGLETS, Pediatric research, 37(4), 1995, pp. 378-378
CYTOSOLIC AND MEMBRANE-BOUND CEREBRAL NITRIC-OXIDE SYNTHASE ACTIVITY DURING HYPOXIA IN NEWBORN PIGLETS
Authors: GROENENDAAL F MISHRA OPP MCGOWAN JE DELIVORIAPAPADOPOULOS M
Citation: F. Groenendaal et al., CYTOSOLIC AND MEMBRANE-BOUND CEREBRAL NITRIC-OXIDE SYNTHASE ACTIVITY DURING HYPOXIA IN NEWBORN PIGLETS, Pediatric research, 37(4), 1995, pp. 379-379
EFFECT OF HYPOXIA ON NMDA-DEPENDENT CA++ UPTAKE IN CORTICAL SYNAPTOSOMES OF NEWBORN PIGLETS
Authors: HUANG CC MISHRA OP FRITZ K MCGOWAN JE DELIVORIAPAPADOPOULOS M
Citation: Cc. Huang et al., EFFECT OF HYPOXIA ON NMDA-DEPENDENT CA++ UPTAKE IN CORTICAL SYNAPTOSOMES OF NEWBORN PIGLETS, Pediatric research, 37(4), 1995, pp. 380-380
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