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Results: 1-25 | 26-32
Results: 1-25/32
GLUTAMATE-RECEPTOR MECHANISMS IN HUMAN EPILEPTIC DYSPLASTIC CORTEX
Authors: BABB TL YING Z HADAM J PENROD C
Citation: Tl. Babb et al., GLUTAMATE-RECEPTOR MECHANISMS IN HUMAN EPILEPTIC DYSPLASTIC CORTEX, Epilepsy research, 32(1-2), 1998, pp. 24-33
PAIRED-PULSE SUPPRESSION AND FACILITATION IN HUMAN EPILEPTOGENIC HIPPOCAMPAL-FORMATION
Authors: WILSON CL KHAN SU ENGEL J ISOKAWA M BABB TL BEHNKE EJ
Citation: Cl. Wilson et al., PAIRED-PULSE SUPPRESSION AND FACILITATION IN HUMAN EPILEPTOGENIC HIPPOCAMPAL-FORMATION, Epilepsy research, 31(3), 1998, pp. 211-230
NMDAR2 UP-REGULATION PRECEDES MOSSY FIBER SPROUTING IN KAINATE RAT HIPPOCAMPAL EPILEPSY
Authors: MIKUNI N BABB TL CHAKRAVARTY DN HADAM JL PENROD CE
Citation: N. Mikuni et al., NMDAR2 UP-REGULATION PRECEDES MOSSY FIBER SPROUTING IN KAINATE RAT HIPPOCAMPAL EPILEPSY, Neuroscience letters, 255(1), 1998, pp. 25-28
INDUCED EXPRESSION OF NMDAR2 PROTEINS AND DIFFERENTIAL EXPRESSION OF NMDAR1 SPLICE VARIANTS IN DYSPLASTIC NEURONS OF HUMAN EPILEPTIC NEOCORTEX
Authors: YING Z BABB TL COMAIR YG BINGAMAN W BUSHEY M TOUHALISKY K
Citation: Z. Ying et al., INDUCED EXPRESSION OF NMDAR2 PROTEINS AND DIFFERENTIAL EXPRESSION OF NMDAR1 SPLICE VARIANTS IN DYSPLASTIC NEURONS OF HUMAN EPILEPTIC NEOCORTEX, Journal of neuropathology and experimental neurology, 57(1), 1998, pp. 47-62
POSTNATAL EXPRESSIONS OF NONPHOSPHORYLATED AND PHOSPHORYLATED NEUROFILAMENT PROTEINS IN THE RAT HIPPOCAMPUS AND THE TIMM-STAINED MOSSY FIBER PATHWAY
Authors: MIKUNI N BABB TL CHAKRAVARTY DN CHUNG CK
Citation: N. Mikuni et al., POSTNATAL EXPRESSIONS OF NONPHOSPHORYLATED AND PHOSPHORYLATED NEUROFILAMENT PROTEINS IN THE RAT HIPPOCAMPUS AND THE TIMM-STAINED MOSSY FIBER PATHWAY, Brain research, 811(1-2), 1998, pp. 1-9
INCREASED DENSITIES OF AMPA GLUR1 SUBUNIT PROTEINS AND PRESYNAPTIC MOSSY FIBER SPROUTING IN THE FASCIA-DENTATA OF HUMAN HIPPOCAMPAL EPILEPSY
Authors: YING Z BABB TL COMAIR YG BUSHEY M TOUHALISKY K
Citation: Z. Ying et al., INCREASED DENSITIES OF AMPA GLUR1 SUBUNIT PROTEINS AND PRESYNAPTIC MOSSY FIBER SPROUTING IN THE FASCIA-DENTATA OF HUMAN HIPPOCAMPAL EPILEPSY, Brain research, 798(1-2), 1998, pp. 239-246
GRANULE CELL MESSENGER-RNA LEVELS FOR BDNF, NGF, AND NT-3 CORRELATE WITH NEURON LOSSES OR SUPRAGRANULAR MOSSY FIBER SPROUTING IN THE CHRONICALLY DAMAGED AND EPILEPTIC HUMAN HIPPOCAMPUS
Authors: MATHERN GW BABB TL MICEVYCH PE BLANCO CE PRETORIUS JK
Citation: Gw. Mathern et al., GRANULE CELL MESSENGER-RNA LEVELS FOR BDNF, NGF, AND NT-3 CORRELATE WITH NEURON LOSSES OR SUPRAGRANULAR MOSSY FIBER SPROUTING IN THE CHRONICALLY DAMAGED AND EPILEPTIC HUMAN HIPPOCAMPUS, Molecular and chemical neuropathology, 30(1-2), 1997, pp. 53-76
IN CONTRAST TO KINDLED SEIZURES, THE FREQUENCY OF SPONTANEOUS EPILEPSY IN THE LIMBIC STATUS MODEL CORRELATES WITH GREATER ABERRANT FASCIA-DENTATA EXCITATORY AND INHIBITORY AXON SPROUTING, AND INCREASED STAINING FOR N-METHYL-D-ASPARTATE, AMPA AND GABA(A) RECEPTORS
Authors: MATHERN GW BERTRAM EH BABB TL PRETORIUS JK KUHLMAN PA SPRADLIN S MENDOZA D
Citation: Gw. Mathern et al., IN CONTRAST TO KINDLED SEIZURES, THE FREQUENCY OF SPONTANEOUS EPILEPSY IN THE LIMBIC STATUS MODEL CORRELATES WITH GREATER ABERRANT FASCIA-DENTATA EXCITATORY AND INHIBITORY AXON SPROUTING, AND INCREASED STAINING FOR N-METHYL-D-ASPARTATE, AMPA AND GABA(A) RECEPTORS, Neuroscience, 77(4), 1997, pp. 1003-1019
BILATERAL KAINIC ACID LESIONS IN THE RAT HILUS INDUCE NONLINEAR ADDITIVE MOSSY FIBER NEOINNERVATION
Authors: CHAKRAVARTY DN BABB TL CHUNG CK MIKUNI N
Citation: Dn. Chakravarty et al., BILATERAL KAINIC ACID LESIONS IN THE RAT HILUS INDUCE NONLINEAR ADDITIVE MOSSY FIBER NEOINNERVATION, Neuroscience letters, 230(3), 1997, pp. 175-178
ABERRANT HIPPOCAMPAL MOSSY FIBER SPROUTING CORRELATES WITH GREATER NMDAR2 RECEPTOR STAINING
Authors: MATHERN GW LEITE JP BABB TL PRETORIUS JK KUHLMAN PA MENDOZA D FRIED I SAKAMOTO AC ASSIRATI JA ADELSON PD PEACOCK WJ
Citation: Gw. Mathern et al., ABERRANT HIPPOCAMPAL MOSSY FIBER SPROUTING CORRELATES WITH GREATER NMDAR2 RECEPTOR STAINING, NeuroReport, 7(5), 1996, pp. 1029-1035
THE PATHOGENIC AND PROGRESSIVE FEATURES OF CHRONIC HUMAN HIPPOCAMPAL EPILEPSY
Authors: MATHERN GW BABB TL LEITE JP PRETORIUS JK YEOMAN KM KUHLMAN PA
Citation: Gw. Mathern et al., THE PATHOGENIC AND PROGRESSIVE FEATURES OF CHRONIC HUMAN HIPPOCAMPAL EPILEPSY, Epilepsy research, 26(1), 1996, pp. 151-161
GLUTAMATE AMPA RECEPTORS IN THE FASCIA-DENTATA OF HUMAN AND KAINATE RAT HIPPOCAMPAL EPILEPSY
Authors: BABB TL MATHERN GW LEITE JP PRETORIUS JK YEOMAN KM KUHLMAN PA
Citation: Tl. Babb et al., GLUTAMATE AMPA RECEPTORS IN THE FASCIA-DENTATA OF HUMAN AND KAINATE RAT HIPPOCAMPAL EPILEPSY, Epilepsy research, 26(1), 1996, pp. 193-205
NEURON LOSS, MOSSY FIBER SPROUTING, AND INTERICTAL SPIKES AFTER INTRAHIPPOCAMPAL KAINATE IN DEVELOPING RATS
Authors: LEITE JP BABB TL PRETORIUS JK KUHLMAN PA YEOMAN KM MATHERN GW
Citation: Jp. Leite et al., NEURON LOSS, MOSSY FIBER SPROUTING, AND INTERICTAL SPIKES AFTER INTRAHIPPOCAMPAL KAINATE IN DEVELOPING RATS, Epilepsy research, 26(1), 1996, pp. 219-231
CHILDHOOD GENERALIZED AND MESIAL TEMPORAL EPILEPSIES DEMONSTRATE DIFFERENT AMOUNTS AND PATTERNS OF HIPPOCAMPAL NEURON LOSS AND MOSSY FIBER SYNAPTIC REORGANIZATION
Authors: MATHERN GW BABB TL MISCHEL PS VINTERS HV PRETORIUS JK LEITE JP PEACOCK WJ
Citation: Gw. Mathern et al., CHILDHOOD GENERALIZED AND MESIAL TEMPORAL EPILEPSIES DEMONSTRATE DIFFERENT AMOUNTS AND PATTERNS OF HIPPOCAMPAL NEURON LOSS AND MOSSY FIBER SYNAPTIC REORGANIZATION, Brain, 119, 1996, pp. 965-987
THE PATHOPHYSIOLOGIC RELATIONSHIPS BETWEEN LESION PATHOLOGY, INTRACRANIAL ICTAL EEG ONSETS, AND HIPPOCAMPAL NEURON LOSSES IN TEMPORAL-LOBE EPILEPSY
Authors: MATHERN GW BABB TL PRETORIUS JK MELENDEZ M LEVESQUE MF
Citation: Gw. Mathern et al., THE PATHOPHYSIOLOGIC RELATIONSHIPS BETWEEN LESION PATHOLOGY, INTRACRANIAL ICTAL EEG ONSETS, AND HIPPOCAMPAL NEURON LOSSES IN TEMPORAL-LOBE EPILEPSY, Epilepsy research, 21(2), 1995, pp. 133-147
KAINIC ACID-INDUCED HIPPOCAMPAL SEIZURES IN RATS - COMPARISONS OF ACUTE AND CHRONIC SEIZURES USING INTRAHIPPOCAMPAL VERSUS SYSTEMIC INJECTIONS
Authors: BABB TL PEREIRALEITE J MATHERN GW PRETORIUS JK
Citation: Tl. Babb et al., KAINIC ACID-INDUCED HIPPOCAMPAL SEIZURES IN RATS - COMPARISONS OF ACUTE AND CHRONIC SEIZURES USING INTRAHIPPOCAMPAL VERSUS SYSTEMIC INJECTIONS, Italian journal of neurological sciences, 16(1-2), 1995, pp. 39-44
REACTIVE SYNAPTOGENESIS AND NEURON DENSITIES FOR NEUROPEPTIDE-Y, SOMATOSTATIN, AND GLUTAMATE-DECARBOXYLASE IMMUNOREACTIVITY IN THE EPILEPTOGENIC HUMAN FASCIA-DENTATA
Authors: MATHERN GW BABB TL PRETORIUS JK LEITE JP
Citation: Gw. Mathern et al., REACTIVE SYNAPTOGENESIS AND NEURON DENSITIES FOR NEUROPEPTIDE-Y, SOMATOSTATIN, AND GLUTAMATE-DECARBOXYLASE IMMUNOREACTIVITY IN THE EPILEPTOGENIC HUMAN FASCIA-DENTATA, The Journal of neuroscience, 15(5), 1995, pp. 3990-4004
QUANTIFIED PATTERNS OF MOSSY FIBER SPROUTING AND NEURON DENSITIES IN HIPPOCAMPAL AND LESIONAL SEIZURES
Authors: MATHERN GW PRETORIUS JK BABB TL
Citation: Gw. Mathern et al., QUANTIFIED PATTERNS OF MOSSY FIBER SPROUTING AND NEURON DENSITIES IN HIPPOCAMPAL AND LESIONAL SEIZURES, Journal of neurosurgery, 82(2), 1995, pp. 211-219
INFLUENCE OF THE TYPE OF INITIAL PRECIPITATING INJURY AND AT WHAT AGEIT OCCURS ON COURSE AND OUTCOME IN PATIENTS WITH TEMPORAL-LOBE SEIZURES
Authors: MATHERN GW PRETORIUS JK BABB TL
Citation: Gw. Mathern et al., INFLUENCE OF THE TYPE OF INITIAL PRECIPITATING INJURY AND AT WHAT AGEIT OCCURS ON COURSE AND OUTCOME IN PATIENTS WITH TEMPORAL-LOBE SEIZURES, Journal of neurosurgery, 82(2), 1995, pp. 220-227
UNILATERAL HIPPOCAMPAL MOSSY FIBER SPROUTING AND BILATERAL ASYMMETRICNEURON LOSS WITH EPISODIC POSTICTAL PSYCHOSIS
Authors: MATHERN GW PRETORIUS JK BABB TL QUINN B
Citation: Gw. Mathern et al., UNILATERAL HIPPOCAMPAL MOSSY FIBER SPROUTING AND BILATERAL ASYMMETRICNEURON LOSS WITH EPISODIC POSTICTAL PSYCHOSIS, Journal of neurosurgery, 82(2), 1995, pp. 228-233
SEIZURE ONSET PATTERN PREDICTS SEVERITY AND LOCATION OF NEURONAL LOSSIN HUMAN EPILEPSY HIPPOCAMPUS
Authors: WILSON CL VELASCO AL BEHNKE EJ BABB TL ENGEL J
Citation: Cl. Wilson et al., SEIZURE ONSET PATTERN PREDICTS SEVERITY AND LOCATION OF NEURONAL LOSSIN HUMAN EPILEPSY HIPPOCAMPUS, Epilepsia, 36, 1995, pp. 391-391
AGE-DEPENDENT HIPPOCAMPAL PATHOLOGY FROM SEVERE CHILDHOOD EPILEPSY
Authors: MATHERN GW PRETORIUS JK LEITE JP BABB TL YEOMAN KM KUHLMAN PA PEACOCK WJ
Citation: Gw. Mathern et al., AGE-DEPENDENT HIPPOCAMPAL PATHOLOGY FROM SEVERE CHILDHOOD EPILEPSY, Epilepsia, 36, 1995, pp. 23-23
AMPA AND GABA RECEPTORS PRECEDE AXON SPROUTING AFTER INTRAHIPPOCAMPALKAINATE
Authors: LEITE JP BABB TL MATHERN GW CHU AC ROSALES CR YEOMAN KM KUHLMAN PA PRETORIUS JK
Citation: Jp. Leite et al., AMPA AND GABA RECEPTORS PRECEDE AXON SPROUTING AFTER INTRAHIPPOCAMPALKAINATE, Epilepsia, 36, 1995, pp. 215-215
THE CLINICAL-PATHOGENIC MECHANISMS OF HIPPOCAMPAL NEURON LOSS AND SURGICAL OUTCOMES IN TEMPORAL-LOBE EPILEPSY
Authors: MATHERN GW BABB TL VICKREY BG MELENDEZ M PRETORIUS JK
Citation: Gw. Mathern et al., THE CLINICAL-PATHOGENIC MECHANISMS OF HIPPOCAMPAL NEURON LOSS AND SURGICAL OUTCOMES IN TEMPORAL-LOBE EPILEPSY, Brain, 118, 1995, pp. 105-118
TRAUMATIC COMPARED TO NONTRAUMATIC CLINICAL-PATHOLOGICAL ASSOCIATIONSIN TEMPORAL-LOBE EPILEPSY
Authors: MATHERN GW BABB TL VICKREY BG MELENDEZ M PRETORIUS JK
Citation: Gw. Mathern et al., TRAUMATIC COMPARED TO NONTRAUMATIC CLINICAL-PATHOLOGICAL ASSOCIATIONSIN TEMPORAL-LOBE EPILEPSY, Epilepsy research, 19(2), 1994, pp. 129-139
Risultati: 1-25 | 26-32