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Results: 1-11 |
Results: 11
HIPPOCAMPAL-FORMATION-THETA ACTIVITY AND MOVEMENT SELECTION
Authors: ODDIE SD BLAND BH
Citation: Sd. Oddie et Bh. Bland, HIPPOCAMPAL-FORMATION-THETA ACTIVITY AND MOVEMENT SELECTION, Neuroscience and biobehavioral reviews, 22(2), 1998, pp. 221-231
ANATOMICAL, ELECTROPHYSIOLOGICAL AND PHARMACOLOGICAL STUDIES OF ASCENDING BRAIN-STEM HIPPOCAMPAL SYNCHRONIZING PATHWAYS
Authors: BLAND BH ODDIE SD
Citation: Bh. Bland et Sd. Oddie, ANATOMICAL, ELECTROPHYSIOLOGICAL AND PHARMACOLOGICAL STUDIES OF ASCENDING BRAIN-STEM HIPPOCAMPAL SYNCHRONIZING PATHWAYS, Neuroscience and biobehavioral reviews, 22(2), 1998, pp. 259-273
HIPPOCAMPAL-FORMATION IS INVOLVED IN MOVEMENT SELECTION - EVIDENCE FROM MEDIAL SEPTAL CHOLINERGIC MODULATION AND CONCURRENT SLOW-WAVE (THETA-RHYTHM) RECORDING
Authors: ODDIE SD KIRK IJ WHISHAW IQ BLAND BH
Citation: Sd. Oddie et al., HIPPOCAMPAL-FORMATION IS INVOLVED IN MOVEMENT SELECTION - EVIDENCE FROM MEDIAL SEPTAL CHOLINERGIC MODULATION AND CONCURRENT SLOW-WAVE (THETA-RHYTHM) RECORDING, Behavioural brain research, 88(2), 1997, pp. 169-180
INTRASEPTAL PROCAINE ABOLISHES HYPOTHALAMIC STIMULATION-INDUCED WHEEL-RUNNING AND HIPPOCAMPAL THETA FIELD ACTIVITY IN RATS
Authors: ODDIE SD STEFANEK W KIRK IJ BLAND BH
Citation: Sd. Oddie et al., INTRASEPTAL PROCAINE ABOLISHES HYPOTHALAMIC STIMULATION-INDUCED WHEEL-RUNNING AND HIPPOCAMPAL THETA FIELD ACTIVITY IN RATS, The Journal of neuroscience, 16(5), 1996, pp. 1948-1956
EVIDENCE FOR DIFFERENTIAL CONTROL OF POSTERIOR HYPOTHALAMIC, SUPRAMAMMILLARY, AND MEDIAL MAMMILLARY THETA-RELATED CELLULAR DISCHARGE BY ASCENDING AND DESCENDING PATHWAYS
Authors: KIRK IJ ODDIE SD KONOPACKI J BLAND BH
Citation: Ij. Kirk et al., EVIDENCE FOR DIFFERENTIAL CONTROL OF POSTERIOR HYPOTHALAMIC, SUPRAMAMMILLARY, AND MEDIAL MAMMILLARY THETA-RELATED CELLULAR DISCHARGE BY ASCENDING AND DESCENDING PATHWAYS, The Journal of neuroscience, 16(17), 1996, pp. 5547-5554
INTRASEPTAL MICROINFUSION OF MUSCIMOL - EFFECTS ON HIPPOCAMPAL-FORMATION THETA-FIELD ACTIVITY AND PHASIC THETA-ON CELL DISCHARGES
Authors: BLAND BH TREPEL C ODDIE SD KIRK IJ
Citation: Bh. Bland et al., INTRASEPTAL MICROINFUSION OF MUSCIMOL - EFFECTS ON HIPPOCAMPAL-FORMATION THETA-FIELD ACTIVITY AND PHASIC THETA-ON CELL DISCHARGES, Experimental neurology, 138(2), 1996, pp. 286-297
CLASSIFICATION OF THETA-RELATED CELLS IN THE ENTORHINAL CORTEX - CELLDISCHARGES ARE CONTROLLED BY THE ASCENDING BRAIN-STEM SYNCHRONIZING PATHWAY IN PARALLEL WITH HIPPOCAMPAL THETA-RELATED CELLS
Authors: DICKSON CT KIRK IJ ODDIE SD BLAND BH
Citation: Ct. Dickson et al., CLASSIFICATION OF THETA-RELATED CELLS IN THE ENTORHINAL CORTEX - CELLDISCHARGES ARE CONTROLLED BY THE ASCENDING BRAIN-STEM SYNCHRONIZING PATHWAY IN PARALLEL WITH HIPPOCAMPAL THETA-RELATED CELLS, Hippocampus, 5(4), 1995, pp. 306-319
DISCHARGE PATTERNS OF HIPPOCAMPAL THETA-RELATED CELLS IN THE CAUDAL DIENCEPHALON OF THE URETHANE-ANESTHETIZED RAT
Authors: BLAND BH KONOPACKI J KIRK IJ ODDIE SD DICKSON CT
Citation: Bh. Bland et al., DISCHARGE PATTERNS OF HIPPOCAMPAL THETA-RELATED CELLS IN THE CAUDAL DIENCEPHALON OF THE URETHANE-ANESTHETIZED RAT, Journal of neurophysiology, 74(1), 1995, pp. 322-333
EXTRINSIC MODULATION OF MEDIAL SEPTAL CELL DISCHARGES BY THE ASCENDING BRAIN-STEM HIPPOCAMPAL SYNCHRONIZING PATHWAY
Authors: BLAND BH ODDIE SD COLOM LV VERTES RP
Citation: Bh. Bland et al., EXTRINSIC MODULATION OF MEDIAL SEPTAL CELL DISCHARGES BY THE ASCENDING BRAIN-STEM HIPPOCAMPAL SYNCHRONIZING PATHWAY, Hippocampus, 4(6), 1994, pp. 649-660
THE MIDLINE POSTERIOR HYPOTHALAMIC REGION COMPRISES A CRITICAL PART OF THE ASCENDING BRAIN-STEM HIPPOCAMPAL SYNCHRONIZING PATHWAY
Authors: ODDIE SD BLAND BH COLOM LV VERTES RP
Citation: Sd. Oddie et al., THE MIDLINE POSTERIOR HYPOTHALAMIC REGION COMPRISES A CRITICAL PART OF THE ASCENDING BRAIN-STEM HIPPOCAMPAL SYNCHRONIZING PATHWAY, Hippocampus, 4(4), 1994, pp. 454-473
THE MIDLINE POSTERIOR HYPOTHALAMIC REGION COMPRISES A CRITICAL PART OF THE ASCENDING BRAIN-STEM HIPPOCAMPAL SYNCHRONIZING PATHWAY
Authors: ODDIE SD BLAND BH COLOM LV VERTES RP
Citation: Sd. Oddie et al., THE MIDLINE POSTERIOR HYPOTHALAMIC REGION COMPRISES A CRITICAL PART OF THE ASCENDING BRAIN-STEM HIPPOCAMPAL SYNCHRONIZING PATHWAY, Hippocampus, 4(4), 1994, pp. 454-473
Risultati: 1-11 |