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Results: 1-19 |
Results: 19
MUSCARINIC AUTORECEPTORS - CHARACTERIZATION AND ACTION MECHANISM
Authors: SLUTSKY I PARNAS H PARNAS I
Citation: I. Slutsky et al., MUSCARINIC AUTORECEPTORS - CHARACTERIZATION AND ACTION MECHANISM, European journal of neuroscience, 10, 1998, pp. 6311-6311
THE ROLE OF AUTORECEPTORS IN CONTROLLING THE RELEASE OF NEUROTRANSMITTERS
Authors: PARNAS H PARNAS I
Citation: H. Parnas et I. Parnas, THE ROLE OF AUTORECEPTORS IN CONTROLLING THE RELEASE OF NEUROTRANSMITTERS, European journal of neuroscience, 10, 1998, pp. 6312-6312
REDUCED CA2- MACHINERY BY MEMBRANE HYPERPOLARIZATION( SENSITIVITY OF THE NEUROTRANSMITTER RELEASE )
Authors: RAVIN R PARNAS H SPIRA ME PARNAS I
Citation: R. Ravin et al., REDUCED CA2- MACHINERY BY MEMBRANE HYPERPOLARIZATION( SENSITIVITY OF THE NEUROTRANSMITTER RELEASE ), European journal of neuroscience, 10, 1998, pp. 8701-8701
CHANGES IN THE ULTRASTRUCTURE OF SURVIVING DISTAL SEGMENTS OF SEVEREDAXONS OF THE ROCK LOBSTER
Authors: PARNAS I SHAHRABANYBARANES O FEINSTEIN N GRANT P ADELSBERGER H DUDEL J
Citation: I. Parnas et al., CHANGES IN THE ULTRASTRUCTURE OF SURVIVING DISTAL SEGMENTS OF SEVEREDAXONS OF THE ROCK LOBSTER, Journal of Experimental Biology, 201(6), 1998, pp. 779-791
DEPOLARIZATION INCREASES THE SINGLE-CHANNEL CONDUCTANCE AND THE OPEN PROBABILITY OF CRAYFISH GLUTAMATE CHANNELS
Authors: TOUR O PARNAS H PARNAS I
Citation: O. Tour et al., DEPOLARIZATION INCREASES THE SINGLE-CHANNEL CONDUCTANCE AND THE OPEN PROBABILITY OF CRAYFISH GLUTAMATE CHANNELS, Biophysical journal, 74(4), 1998, pp. 1767-1778
FUNCTIONAL AND IMMUNOCYTOCHEMICAL IDENTIFICATION OF NMDA AUTORECEPTORS IN CRAYFISH NEUROMUSCULAR-JUNCTIONS
Authors: PARNAS D FEINSTEIN N PARNAS H PARNAS I
Citation: D. Parnas et al., FUNCTIONAL AND IMMUNOCYTOCHEMICAL IDENTIFICATION OF NMDA AUTORECEPTORS IN CRAYFISH NEUROMUSCULAR-JUNCTIONS, Neuroscience letters, 1997, pp. 39-39
GABA(A) RECEPTORS AFFECT DIRECTLY THE RELEASE BOUTONS IN THE NEUROMUSCULAR-JUNCTION OF THE CRAYFISH OPENER MUSCLE
Authors: RASHKOVAN G FISHER K PARNAS I
Citation: G. Rashkovan et al., GABA(A) RECEPTORS AFFECT DIRECTLY THE RELEASE BOUTONS IN THE NEUROMUSCULAR-JUNCTION OF THE CRAYFISH OPENER MUSCLE, Neuroscience letters, 1997, pp. 40-40
MUSCARINIC AUTORECEPTORS - CHARACTERIZATION AND ACTION MECHANISM
Authors: SLUTSKY I PARNAS H PARNAS I
Citation: I. Slutsky et al., MUSCARINIC AUTORECEPTORS - CHARACTERIZATION AND ACTION MECHANISM, Neuroscience letters, 1997, pp. 48-48
DEPOLARIZATION INCREASES THE SINGLE-CHANNEL CONDUCTANCE AND THE OPEN PROBABILITY OF CRAYFISH GLUTAMATE CHANNELS
Authors: TOUR O PARNAS H PARNAS I
Citation: O. Tour et al., DEPOLARIZATION INCREASES THE SINGLE-CHANNEL CONDUCTANCE AND THE OPEN PROBABILITY OF CRAYFISH GLUTAMATE CHANNELS, Neuroscience letters, 1997, pp. 50-50
SIMULTANEOUS MEASUREMENT OF INTRACELLULAR CA2+ AND ASYNCHRONOUS TRANSMITTER RELEASE FROM THE SAME CRAYFISH BOUTON
Authors: RAVIN R SPIRA ME PARNAS H PARNAS I
Citation: R. Ravin et al., SIMULTANEOUS MEASUREMENT OF INTRACELLULAR CA2+ AND ASYNCHRONOUS TRANSMITTER RELEASE FROM THE SAME CRAYFISH BOUTON, Journal of physiology, 501, 1997, pp. 251-262
GLUTAMATE DEPRESSES RELEASE BY ACTIVATING NONCONVENTIONAL GLUTAMATE RECEPTORS AT CRAYFISH NERVE-TERMINALS
Authors: PARNAS I DUDEL J PARNAS H RAVIN R
Citation: I. Parnas et al., GLUTAMATE DEPRESSES RELEASE BY ACTIVATING NONCONVENTIONAL GLUTAMATE RECEPTORS AT CRAYFISH NERVE-TERMINALS, European journal of neuroscience, 8(1), 1996, pp. 116-126
DIFFERENTIAL ACTIVATION OF 2 DISTINCT MECHANISMS FOR PRESYNAPTIC INHIBITION BY A SINGLE INHIBITORY AXON
Authors: FISCHER Y PARNAS I
Citation: Y. Fischer et I. Parnas, DIFFERENTIAL ACTIVATION OF 2 DISTINCT MECHANISMS FOR PRESYNAPTIC INHIBITION BY A SINGLE INHIBITORY AXON, Journal of neurophysiology, 76(6), 1996, pp. 3807-3816
ACTIVATION OF GABA(B) RECEPTORS AT INDIVIDUAL RELEASING BOUTONS OF THE CRAYFISH OPENER NEUROMUSCULAR-JUNCTION PRODUCES PRESYNAPTIC INHIBITION
Authors: FISCHER Y PARNAS I
Citation: Y. Fischer et I. Parnas, ACTIVATION OF GABA(B) RECEPTORS AT INDIVIDUAL RELEASING BOUTONS OF THE CRAYFISH OPENER NEUROMUSCULAR-JUNCTION PRODUCES PRESYNAPTIC INHIBITION, Journal of neurophysiology, 75(4), 1996, pp. 1377-1385
THE DOUBLE-TICKER - AN IMPROVED FAST DRUG-APPLICATION SYSTEM REVEALS DESENSITIZATION OF THE GLUTAMATE CHANNEL FROM A CLOSED STATE
Authors: TOUR O PARNAS H PARNAS I
Citation: O. Tour et al., THE DOUBLE-TICKER - AN IMPROVED FAST DRUG-APPLICATION SYSTEM REVEALS DESENSITIZATION OF THE GLUTAMATE CHANNEL FROM A CLOSED STATE, European journal of neuroscience, 7(10), 1995, pp. 2093-2100
THE MAGNITUDE AND SIGNIFICANCE OF CA2+ DOMAINS FOR RELEASE OF NEUROTRANSMITTER
Authors: AHARON S PARNAS H PARNAS I
Citation: S. Aharon et al., THE MAGNITUDE AND SIGNIFICANCE OF CA2+ DOMAINS FOR RELEASE OF NEUROTRANSMITTER, Bulletin of mathematical biology, 56(6), 1994, pp. 1095-1119
GLUTAMATE AND N-METHYL-D-ASPARTATE AFFECT RELEASE FROM CRAYFISH AXON TERMINALS IN A VOLTAGE-DEPENDENT MANNER
Authors: PARNAS H PARNAS I RAVIN R YUDELEVITCH B
Citation: H. Parnas et al., GLUTAMATE AND N-METHYL-D-ASPARTATE AFFECT RELEASE FROM CRAYFISH AXON TERMINALS IN A VOLTAGE-DEPENDENT MANNER, Proceedings of the National Academy of Sciences of the United Statesof America, 91(24), 1994, pp. 11586-11590
PRESYNAPTIC GLUTAMATE RECEPTORS ARE VOLTAGE-DEPENDENT
Authors: PARNAS I PARNAS H
Citation: I. Parnas et H. Parnas, PRESYNAPTIC GLUTAMATE RECEPTORS ARE VOLTAGE-DEPENDENT, Journal of neurochemistry, 63, 1994, pp. 190000038-190000038
NEUROTRANSMITTER RELEASE AT FAST SYNAPSES
Authors: PARNAS H PARNAS I
Citation: H. Parnas et I. Parnas, NEUROTRANSMITTER RELEASE AT FAST SYNAPSES, The Journal of membrane biology, 142(3), 1994, pp. 267-279
ON THE ROLE OF CA2-POTENTIAL IN NEUROTRANSMITTER RELEASE( AND MEMBRANE)
Authors: PARNAS I PARNAS H
Citation: I. Parnas et H. Parnas, ON THE ROLE OF CA2-POTENTIAL IN NEUROTRANSMITTER RELEASE( AND MEMBRANE), Japanese Journal of Physiology, 43, 1993, pp. 190000313-190000313
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