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Results: 1-11 |
Results: 11
COMPUTER-MODEL OF ANTIEPILEPTIC EFFECTS MEDIATED BY ALTERATIONS IN GABA(A)-MEDIATED INHIBITION
Authors: THOMAS E LYTTON WW
Citation: E. Thomas et Ww. Lytton, COMPUTER-MODEL OF ANTIEPILEPTIC EFFECTS MEDIATED BY ALTERATIONS IN GABA(A)-MEDIATED INHIBITION, NeuroReport, 9(4), 1998, pp. 691-696
COMPUTER-MODELS OF HIPPOCAMPAL CIRCUIT CHANGES OF THE KINDLING MODEL OF EPILEPSY
Authors: LYTTON WW HELLMAN KM SUTULA TP
Citation: Ww. Lytton et al., COMPUTER-MODELS OF HIPPOCAMPAL CIRCUIT CHANGES OF THE KINDLING MODEL OF EPILEPSY, Artificial intelligence in medicine, 13(1-2), 1998, pp. 81-97
COMPUTER-MODEL OF CLONAZEPAMS EFFECT IN THALAMIC SLICE
Authors: LYTTON WW
Citation: Ww. Lytton, COMPUTER-MODEL OF CLONAZEPAMS EFFECT IN THALAMIC SLICE, NeuroReport, 8(15), 1997, pp. 3339-3343
INHIBITION CAN DISRUPT HYPERSYNCHRONY IN MODEL NEURONAL NETWORKS
Authors: DEYO SN LYTTON WW
Citation: Sn. Deyo et Ww. Lytton, INHIBITION CAN DISRUPT HYPERSYNCHRONY IN MODEL NEURONAL NETWORKS, Progress in neuro-psychopharmacology & biological psychiatry, 21(5), 1997, pp. 735-750
RECEPTIVE-FIELD CHANGES AFTER STROKE-LIKE CORTICAL ABLATION - A ROLE FOR ACTIVATION DYNAMICS
Authors: SOBER SJ STARK JM YAMASAKI DS LYTTON WW
Citation: Sj. Sober et al., RECEPTIVE-FIELD CHANGES AFTER STROKE-LIKE CORTICAL ABLATION - A ROLE FOR ACTIVATION DYNAMICS, Journal of neurophysiology, 78(6), 1997, pp. 3438-3443
GABA(A)-MEDIATED IPSCS IN PIRIFORM CORTEX HAVE FAST AND SLOW COMPONENTS WITH DIFFERENT PROPERTIES AND LOCATIONS ON PYRAMIDAL CELLS
Authors: KAPUR A PEARCE RA LYTTON WW HABERLY LB
Citation: A. Kapur et al., GABA(A)-MEDIATED IPSCS IN PIRIFORM CORTEX HAVE FAST AND SLOW COMPONENTS WITH DIFFERENT PROPERTIES AND LOCATIONS ON PYRAMIDAL CELLS, Journal of neurophysiology, 78(5), 1997, pp. 2531-2545
REGULATION OF THE NMDA COMPONENT OF EPSPS BY DIFFERENT COMPONENTS OF POSTSYNAPTIC GABAERGIC INHIBITION - COMPUTER-SIMULATION ANALYSIS IN PIRIFORM CORTEX
Authors: KAPUR A LYTTON WW KETCHUM KL HABERLY LB
Citation: A. Kapur et al., REGULATION OF THE NMDA COMPONENT OF EPSPS BY DIFFERENT COMPONENTS OF POSTSYNAPTIC GABAERGIC INHIBITION - COMPUTER-SIMULATION ANALYSIS IN PIRIFORM CORTEX, Journal of neurophysiology, 78(5), 1997, pp. 2546-2559
DYNAMIC INTERACTIONS DETERMINE PARTIAL THALAMIC QUIESCENCE IN A COMPUTER NETWORK MODEL OF SPIKE-AND-WAVE SEIZURES
Authors: LYTTON WW CONTRERAS D DESTEXHE A STERIADE M
Citation: Ww. Lytton et al., DYNAMIC INTERACTIONS DETERMINE PARTIAL THALAMIC QUIESCENCE IN A COMPUTER NETWORK MODEL OF SPIKE-AND-WAVE SEIZURES, Journal of neurophysiology, 77(4), 1997, pp. 1679-1696
OPTIMIZING SYNAPTIC CONDUCTANCE CALCULATION FOR NETWORK SIMULATIONS
Authors: LYTTON WW
Citation: Ww. Lytton, OPTIMIZING SYNAPTIC CONDUCTANCE CALCULATION FOR NETWORK SIMULATIONS, Neural computation, 8(3), 1996, pp. 501-509
CONTROL OF SLOW OSCILLATIONS IN THE THALAMOCORTICAL NEURON - A COMPUTER-MODEL
Authors: LYTTON WW DESTEXHE A SEJNOWSKI TJ
Citation: Ww. Lytton et al., CONTROL OF SLOW OSCILLATIONS IN THE THALAMOCORTICAL NEURON - A COMPUTER-MODEL, Neuroscience, 70(3), 1996, pp. 673-684
COMPUTER NETWORK MODEL OF CLONAZEPAMS EFFECT ON THALAMIC SYNCHRONY AND ABSENCE EPILEPSY
Authors: LYTTON WW
Citation: Ww. Lytton, COMPUTER NETWORK MODEL OF CLONAZEPAMS EFFECT ON THALAMIC SYNCHRONY AND ABSENCE EPILEPSY, Epilepsia, 36, 1995, pp. 502-502
Risultati: 1-11 |