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Results: 1-18 |
Results: 18
GLUTAMATE ANTAGONISTS FOR PARKINSONS-DISEASE - RATIONALE FOR USE AND THERAPEUTIC IMPLICATIONS
Authors: COOPER AJ CARROLL CB MITCHELL IJ
Citation: Aj. Cooper et al., GLUTAMATE ANTAGONISTS FOR PARKINSONS-DISEASE - RATIONALE FOR USE AND THERAPEUTIC IMPLICATIONS, CNS DRUGS, 9(6), 1998, pp. 421-429
PHENCYCLIDINE AND CORTICOSTEROIDS INDUCE APOPTOSIS OF A SUBPOPULATIONOF STRIATAL NEURONS - A NEURAL SUBSTRATE FOR PSYCHOSIS
Authors: MITCHELL IJ COOPER AJ GRIFFITHS MR BARBER DJ
Citation: Ij. Mitchell et al., PHENCYCLIDINE AND CORTICOSTEROIDS INDUCE APOPTOSIS OF A SUBPOPULATIONOF STRIATAL NEURONS - A NEURAL SUBSTRATE FOR PSYCHOSIS, Neuroscience, 84(2), 1998, pp. 489-501
REVERSAL OF PARKINSONIAN SYMPTOMS IN PRIMATES BY ANTAGONISM OF EXCITATORY AMINO-ACID TRANSMISSION - POTENTIAL MECHANISMS OF ACTION
Authors: MITCHELL IJ CARROLL CB
Citation: Ij. Mitchell et Cb. Carroll, REVERSAL OF PARKINSONIAN SYMPTOMS IN PRIMATES BY ANTAGONISM OF EXCITATORY AMINO-ACID TRANSMISSION - POTENTIAL MECHANISMS OF ACTION, Neuroscience and biobehavioral reviews, 21(4), 1997, pp. 469-475
DOES THE BIOLOGY GO AROUND THE SYMPTOMS - A COPERNICAN SHIFT IN SCHIZOPHRENIA PARADIGMS
Authors: HARROP CE TROWER P MITCHELL IJ
Citation: Ce. Harrop et al., DOES THE BIOLOGY GO AROUND THE SYMPTOMS - A COPERNICAN SHIFT IN SCHIZOPHRENIA PARADIGMS, Clinical psychology review, 16(7), 1996, pp. 641-654
NEUROCHEMICAL AND BEHAVIORAL INVESTIGATIONS OF THE NMDA RECEPTOR-ASSOCIATED GLYCINE SITE IN THE RAT STRIATUM - FUNCTIONAL IMPLICATIONS FOR TREATMENT OF PARKINSONIAN SYMPTOMS
Authors: CARROLL CB HOLLOWAY V BROTCHIE JM MITCHELL IJ
Citation: Cb. Carroll et al., NEUROCHEMICAL AND BEHAVIORAL INVESTIGATIONS OF THE NMDA RECEPTOR-ASSOCIATED GLYCINE SITE IN THE RAT STRIATUM - FUNCTIONAL IMPLICATIONS FOR TREATMENT OF PARKINSONIAN SYMPTOMS, Psychopharmacology, 119(1), 1995, pp. 55-65
REVERSAL OF PARKINSONIAN SYMPTOMS BY INTRASTRIATAL AND SYSTEMIC MANIPULATIONS OF EXCITATORY AMINO-ACID AND DOPAMINE TRANSMISSION IN THE BILATERAL 6-OHDA LESIONED MARMOSET
Authors: MITCHELL IJ HUGHES N CARROLL CB BROTCHIE JM
Citation: Ij. Mitchell et al., REVERSAL OF PARKINSONIAN SYMPTOMS BY INTRASTRIATAL AND SYSTEMIC MANIPULATIONS OF EXCITATORY AMINO-ACID AND DOPAMINE TRANSMISSION IN THE BILATERAL 6-OHDA LESIONED MARMOSET, Behavioural pharmacology, 6(5-6), 1995, pp. 492-507
STRIATAL EXCITATORY AMINO-ACID TRANSMISSION AND PARKINSONISM
Authors: MITCHELL IJ
Citation: Ij. Mitchell, STRIATAL EXCITATORY AMINO-ACID TRANSMISSION AND PARKINSONISM, Behavioural pharmacology, 6(5-6), 1995, pp. 627-627
FOS IMMUNOPOSITIVE NEURONS IN THE SUBTHALAMIC NUCLEUS FOLLOWING REVERSAL OF PARKINSONIAN SYMPTOMS BY ANTAGONISM OF EXCITATORY AMINO-ACID TRANSMISSION IN THE ENTOPEDUNCULAR NUCLEUS OF THE MONOAMINE DEPLETED RAT
Authors: COOPER AJ MITCHELL IJ
Citation: Aj. Cooper et Ij. Mitchell, FOS IMMUNOPOSITIVE NEURONS IN THE SUBTHALAMIC NUCLEUS FOLLOWING REVERSAL OF PARKINSONIAN SYMPTOMS BY ANTAGONISM OF EXCITATORY AMINO-ACID TRANSMISSION IN THE ENTOPEDUNCULAR NUCLEUS OF THE MONOAMINE DEPLETED RAT, Neuroscience letters, 201(3), 1995, pp. 251-254
APOPTOSIS OF NEURONS IN THE VESTIBULAR NUCLEI OF ADULT MICE RESULTS FROM PROLONGED CHANGE IN THE EXTERNAL ENVIRONMENT
Authors: MITCHELL IJ COOPER AJ BROWN GDA WATERS CM
Citation: Ij. Mitchell et al., APOPTOSIS OF NEURONS IN THE VESTIBULAR NUCLEI OF ADULT MICE RESULTS FROM PROLONGED CHANGE IN THE EXTERNAL ENVIRONMENT, Neuroscience letters, 198(3), 1995, pp. 153-156
ELEVATED STRIATAL FOS IMMUNOREACTIVITY FOLLOWING 6-HYDROXYDOPAMINE LESIONING OF THE RAT IS MEDIATED BY EXCITATORY AMINO-ACID TRANSMISSION
Authors: COOPER AJ WOOLLER S MITCHELL IJ
Citation: Aj. Cooper et al., ELEVATED STRIATAL FOS IMMUNOREACTIVITY FOLLOWING 6-HYDROXYDOPAMINE LESIONING OF THE RAT IS MEDIATED BY EXCITATORY AMINO-ACID TRANSMISSION, Neuroscience letters, 194(1-2), 1995, pp. 73-76
A SUBSET OF STRIATOPALLIDAL NEURONS ARE FOS-IMMUNOPOSITIVE FOLLOWING ACUTE MONOAMINE DEPLETION IN THE RAT
Authors: COOPER AJ MOSER B MITCHELL IJ
Citation: Aj. Cooper et al., A SUBSET OF STRIATOPALLIDAL NEURONS ARE FOS-IMMUNOPOSITIVE FOLLOWING ACUTE MONOAMINE DEPLETION IN THE RAT, Neuroscience letters, 187(3), 1995, pp. 189-192
EXCITOTOXIC NEUROTOXICITY IN AN IN-VITRO BRAIN SLICE MODEL
Authors: CLAPP KL LAIDLAW S MITCHELL IJ WATERS CM
Citation: Kl. Clapp et al., EXCITOTOXIC NEUROTOXICITY IN AN IN-VITRO BRAIN SLICE MODEL, Biochemical Society transactions, 23(4), 1995, pp. 602-602
APOPTOSIS OF THE NEURONS IN THE VESTIBULAR NUCLEI IN THE ADULT-MOUSE IS INDUCED BY PROLONGED ROTATION OF THE HOME CAGE
Authors: MITCHELL IJ COOPER AJ BROWN GDA WATERS CM
Citation: Ij. Mitchell et al., APOPTOSIS OF THE NEURONS IN THE VESTIBULAR NUCLEI IN THE ADULT-MOUSE IS INDUCED BY PROLONGED ROTATION OF THE HOME CAGE, Journal of physiology, 483P, 1995, pp. 34-35
FUNCTIONAL IMPLICATIONS OF KAPPA-OPIOID RECEPTOR-MEDIATED MODULATION OF GLUTAMATE TRANSMISSION IN THE OUTPUT REGIONS OF THE BASAL GANGLIA IN RODENT AND PRIMATE MODELS OF PARKINSONS-DISEASE
Authors: MANEUF YP MITCHELL IJ CROSSMAN AR WOODRUFF GN BROTCHIE JM
Citation: Yp. Maneuf et al., FUNCTIONAL IMPLICATIONS OF KAPPA-OPIOID RECEPTOR-MEDIATED MODULATION OF GLUTAMATE TRANSMISSION IN THE OUTPUT REGIONS OF THE BASAL GANGLIA IN RODENT AND PRIMATE MODELS OF PARKINSONS-DISEASE, Brain research, 683(1), 1995, pp. 102-108
CELL SUICIDE IN THE DEVELOPING NERVOUS-SYSTEM - A FUNCTIONAL NEURAL-NETWORK MODEL
Authors: BROWN GDA HULME C HYLAND PD MITCHELL IJ
Citation: Gda. Brown et al., CELL SUICIDE IN THE DEVELOPING NERVOUS-SYSTEM - A FUNCTIONAL NEURAL-NETWORK MODEL, Cognitive brain research, 2(1), 1994, pp. 71-75
DEATH OF NEURONS IN THE NEONATAL RODENT AND PRIMATE GLOBUS-PALLIDUS OCCURS BY A MECHANISM OF APOPTOSIS
Authors: WATERS CM MOSER W WALKINSHAW G MITCHELL IJ
Citation: Cm. Waters et al., DEATH OF NEURONS IN THE NEONATAL RODENT AND PRIMATE GLOBUS-PALLIDUS OCCURS BY A MECHANISM OF APOPTOSIS, Neuroscience, 63(3), 1994, pp. 881-894
GLUTAMATE-INDUCED APOPTOSIS RESULTS IN A LOSS OF STRIATAL NEURONS IN THE PARKINSONIAN RAT
Authors: MITCHELL IJ LAWSON S MOSER B LAIDLAW SM COOPER AJ WALKINSHAW G WATERS CM
Citation: Ij. Mitchell et al., GLUTAMATE-INDUCED APOPTOSIS RESULTS IN A LOSS OF STRIATAL NEURONS IN THE PARKINSONIAN RAT, Neuroscience, 63(1), 1994, pp. 1-5
ON THE ROLE OF ENKEPHALIN COTRANSMISSION IN THE GABAERGIC STRIATAL EFFERENTS TO THE GLOBUS-PALLIDUS
Authors: MANEUF YP MITCHELL IJ CROSSMAN AR BROTCHIE JM
Citation: Yp. Maneuf et al., ON THE ROLE OF ENKEPHALIN COTRANSMISSION IN THE GABAERGIC STRIATAL EFFERENTS TO THE GLOBUS-PALLIDUS, Experimental neurology, 125(1), 1994, pp. 65-71
Risultati: 1-18 |