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Results: 1-10 |
Results: 10
ROLES OF [CA2-ACTIVATED NONSELECTIVE CATION CHANNELS IN OSCILLATORY ACTIVITY OF NERVE-CELL - MODEL STUDIES(](M))
Authors: KOMENDANTOV AO KONONENKO NI
Citation: Ao. Komendantov et Ni. Kononenko, ROLES OF [CA2-ACTIVATED NONSELECTIVE CATION CHANNELS IN OSCILLATORY ACTIVITY OF NERVE-CELL - MODEL STUDIES(](M)), Biophysical journal, 72(2), 1997, pp. 107-107
MATHEMATICAL-MODEL OF PACEMAKER ACTIVITY IN BURSTING NEURONS OF SNAIL, HELIX-POMATIA
Authors: BEREZETSKAYA NM KHARKYANEN VN KONONENKO NI
Citation: Nm. Berezetskaya et al., MATHEMATICAL-MODEL OF PACEMAKER ACTIVITY IN BURSTING NEURONS OF SNAIL, HELIX-POMATIA, Journal of theoretical biology, 183(2), 1996, pp. 207-218
DETERMINISTIC CHAOS IN MATHEMATICAL-MODEL OF PACEMAKER ACTIVITY IN BURSTING NEURONS OF SNAIL, HELIX-POMATIA
Authors: KOMENDANTOV AO KONONENKO NI
Citation: Ao. Komendantov et Ni. Kononenko, DETERMINISTIC CHAOS IN MATHEMATICAL-MODEL OF PACEMAKER ACTIVITY IN BURSTING NEURONS OF SNAIL, HELIX-POMATIA, Journal of theoretical biology, 183(2), 1996, pp. 219-230
DETERMINISTIC CHAOS IN PACEMAKER NEURONS OF SNAIL - EXPERIMENT MODEL AND SIMULATION
Authors: KOMENDANTOV AO KONONENKO NI
Citation: Ao. Komendantov et Ni. Kononenko, DETERMINISTIC CHAOS IN PACEMAKER NEURONS OF SNAIL - EXPERIMENT MODEL AND SIMULATION, Biophysical journal, 70(2), 1996, pp. 181-181
ELECTRON CYTOCHEMICAL STUDY OF CARBOHYDRATE COMPONENTS IN DIFFERENT TYPES OF CULTURED GLIAL-CELLS OF SNAIL HELIX-POMATIA
Authors: KOVAL LM KONONENKO NI LUTSIK MD YAVORSKAYA EN
Citation: Lm. Koval et al., ELECTRON CYTOCHEMICAL STUDY OF CARBOHYDRATE COMPONENTS IN DIFFERENT TYPES OF CULTURED GLIAL-CELLS OF SNAIL HELIX-POMATIA, Comparative biochemistry and physiology. Part A, Physiology, 108(2-3), 1994, pp. 195-212
DISSECTION OF A MODEL FOR MEMBRANE-POTENTIAL OSCILLATIONS IN BURSTINGNEURON OF SNAIL, HELIX-POMATIA
Authors: KONONENKO NI
Citation: Ni. Kononenko, DISSECTION OF A MODEL FOR MEMBRANE-POTENTIAL OSCILLATIONS IN BURSTINGNEURON OF SNAIL, HELIX-POMATIA, Comparative biochemistry and physiology. Part A, Physiology, 107(2), 1994, pp. 323-332
ELECTRON CYTOCHEMICAL STUDY OF CARBOHYDRATE COMPONENTS IN GROWTH CONEOF CULTURED NERVE-CELLS OF THE SNAIL HELIX-POMATIA
Authors: KOVAL LM KONONENKO NI YAVORSKAYA EN
Citation: Lm. Koval et al., ELECTRON CYTOCHEMICAL STUDY OF CARBOHYDRATE COMPONENTS IN GROWTH CONEOF CULTURED NERVE-CELLS OF THE SNAIL HELIX-POMATIA, Comparative biochemistry and physiology. Part A, Physiology, 106(1), 1993, pp. 109-119
ELECTRON CYTOCHEMICAL STUDY OF CARBOHYDRATE COMPONENTS IN CULTURED NERVE AND GLIAL-CELLS OF THE SNAIL HELIX-POMATIA
Authors: KOVAL LM KONONENKO NI LUTSIK MD YAVORSKAYA EN
Citation: Lm. Koval et al., ELECTRON CYTOCHEMICAL STUDY OF CARBOHYDRATE COMPONENTS IN CULTURED NERVE AND GLIAL-CELLS OF THE SNAIL HELIX-POMATIA, Comparative biochemistry and physiology. Part A, Physiology, 106(1), 1993, pp. 121-133
MECHANISMS OF MEMBRANE-POTENTIAL OSCILLATION IN BURSTING NEURONS ON THE SNAIL, HELIX-POMATIA
Authors: KONONENKO NI
Citation: Ni. Kononenko, MECHANISMS OF MEMBRANE-POTENTIAL OSCILLATION IN BURSTING NEURONS ON THE SNAIL, HELIX-POMATIA, Comparative biochemistry and physiology. Part A, Physiology, 106(1), 1993, pp. 135-147
PATCH-CLAMP RECORDING OF CAMP-INDUCED MEMBRANE CURRENT NOISE IN HELIX-POMATIA NEURONS
Authors: STOROZHUK MV KOSTYUK PG KONONENKO NI
Citation: Mv. Storozhuk et al., PATCH-CLAMP RECORDING OF CAMP-INDUCED MEMBRANE CURRENT NOISE IN HELIX-POMATIA NEURONS, Neuroscience letters, 154(1-2), 1993, pp. 203-205
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