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Results: 1-12 |
Results: 12
ANALYSIS AND BIOPHYSICAL INTERPRETATION OF BISTABLE BEHAVIOR IN THALAMOCORTICAL NEURONS
Authors: TOTH TI HUGHES SW CRUNELLI V
Citation: Ti. Toth et al., ANALYSIS AND BIOPHYSICAL INTERPRETATION OF BISTABLE BEHAVIOR IN THALAMOCORTICAL NEURONS, Neuroscience, 87(2), 1998, pp. 519-523
EFFECTS OF TAPERING GEOMETRY AND INHOMOGENEOUS ION-CHANNEL DISTRIBUTION IN A NEURON MODEL
Authors: TOTH TI CRUNELLI V
Citation: Ti. Toth et V. Crunelli, EFFECTS OF TAPERING GEOMETRY AND INHOMOGENEOUS ION-CHANNEL DISTRIBUTION IN A NEURON MODEL, Neuroscience, 84(4), 1998, pp. 1223-1232
A DYNAMIC CLAMP STUDY OF SIGNAL AMPLIFICATION AND BISTABILITY IN RAT AND CAT THALAMIC NEURONS IN-VITRO
Authors: HUGHES SW COPE DW TOTH TI WILLIAMS SR CRUNELLI V
Citation: Sw. Hughes et al., A DYNAMIC CLAMP STUDY OF SIGNAL AMPLIFICATION AND BISTABILITY IN RAT AND CAT THALAMIC NEURONS IN-VITRO, Journal of physiology, 506P, 1998, pp. 151-151
MODEL OF A THALAMOCORTICAL NEURON WITH DENDRITIC VOLTAGE-GATED ION CHANNELS
Authors: ANTAL K EMRI Z TOTH TI CRUNELLI V
Citation: K. Antal et al., MODEL OF A THALAMOCORTICAL NEURON WITH DENDRITIC VOLTAGE-GATED ION CHANNELS, NeuroReport, 8(4), 1997, pp. 1063-1066
SIMULATION OF INTERMITTENT ACTION-POTENTIAL FIRING IN THALAMOCORTICALNEURONS
Authors: TOTH TI CRUNELLI V
Citation: Ti. Toth et V. Crunelli, SIMULATION OF INTERMITTENT ACTION-POTENTIAL FIRING IN THALAMOCORTICALNEURONS, NeuroReport, 8(13), 1997, pp. 2889-2892
THE WINDOW COMPONENT OF THE LOW-THRESHOLD CA2+ CURRENT PRODUCES INPUTSIGNAL AMPLIFICATION AND BISTABILITY IN CAT AND RAT THALAMOCORTICAL NEURONS
Authors: WILLIAMS SR TOTH TI TURNER JP HUGHES SW CRUNELLI V
Citation: Sr. Williams et al., THE WINDOW COMPONENT OF THE LOW-THRESHOLD CA2+ CURRENT PRODUCES INPUTSIGNAL AMPLIFICATION AND BISTABILITY IN CAT AND RAT THALAMOCORTICAL NEURONS, Journal of physiology, 505(3), 1997, pp. 689-705
PHYSIOLOGICAL EXPRESSION OF THE WINDOW COMPONENT OF I-T IN RAT AND CAT THALAMOCORTICAL NEURONS IN-VITRO
Authors: CRUNELLI V WILLIAMS SR TURNER JP HUGHES SW TOTH TI
Citation: V. Crunelli et al., PHYSIOLOGICAL EXPRESSION OF THE WINDOW COMPONENT OF I-T IN RAT AND CAT THALAMOCORTICAL NEURONS IN-VITRO, Journal of physiology, 501P, 1997, pp. 25-26
MODEL OF A THALAMOCORTICAL NEURON WITH DENDRITIC VOLTAGE-GATED ION CHANNELS
Authors: ANTAL K EMRI Z TOTH TI CRUNELLI V
Citation: K. Antal et al., MODEL OF A THALAMOCORTICAL NEURON WITH DENDRITIC VOLTAGE-GATED ION CHANNELS, NeuroReport, 7(15-17), 1996, pp. 2655-2658
THE THEORETICAL BASIS FOR NONEXPONENTIAL TIME-COURSE OF THE RECOVERY FROM INACTIVATION OF HODGKIN-HUXLEY-TYPE IONIC CURRENTS
Authors: TOTH TI CRUNELLI V
Citation: Ti. Toth et V. Crunelli, THE THEORETICAL BASIS FOR NONEXPONENTIAL TIME-COURSE OF THE RECOVERY FROM INACTIVATION OF HODGKIN-HUXLEY-TYPE IONIC CURRENTS, Neuroscience, 71(2), 1996, pp. 367-369
A NUMERICAL PROCEDURE TO ESTIMATE KINETIC AND STEADY-STATE CHARACTERISTICS OF INACTIVATING IONIC CURRENTS (VOL 63, PG 1, 1995)
Authors: TOTH TI CRUNELLI V
Citation: Ti. Toth et V. Crunelli, A NUMERICAL PROCEDURE TO ESTIMATE KINETIC AND STEADY-STATE CHARACTERISTICS OF INACTIVATING IONIC CURRENTS (VOL 63, PG 1, 1995), Journal of neuroscience methods, 70(2), 1996, pp. 229-229
A NUMERICAL PROCEDURE TO ESTIMATE KINETIC AND STEADY-STATE CHARACTERISTICS OF INACTIVATING IONIC CURRENTS
Authors: TOTH TI CRUNELLI V
Citation: Ti. Toth et V. Crunelli, A NUMERICAL PROCEDURE TO ESTIMATE KINETIC AND STEADY-STATE CHARACTERISTICS OF INACTIVATING IONIC CURRENTS, Journal of neuroscience methods, 63(1-2), 1995, pp. 1-12
DIFFERENT TYPES OF ION CHANNEL KINETICS ARE DUE TO DIFFERENT TYPES OFDISTRIBUTIONS OF ACTIVATION-ENERGY BARRIERS BETWEEN CHANNEL SUBSTATES
Authors: LIEBOVITCH LS TOTH TI
Citation: Ls. Liebovitch et Ti. Toth, DIFFERENT TYPES OF ION CHANNEL KINETICS ARE DUE TO DIFFERENT TYPES OFDISTRIBUTIONS OF ACTIVATION-ENERGY BARRIERS BETWEEN CHANNEL SUBSTATES, Investigative ophthalmology & visual science, 33(4), 1992, pp. 1108-1108
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