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Results: 1-22 |
Results: 22
NEUROMODULATION OF RECIPROCAL GLUTAMATERGIC INHIBITION BETWEEN ANTAGONISTIC MOTONEURONS BY 5-HYDROXYTRYPTAMINE (5-HT) IN CRAYFISH WALKING SYSTEM
Authors: PEARLSTEIN E CLARAC F CATTAERT D
Citation: E. Pearlstein et al., NEUROMODULATION OF RECIPROCAL GLUTAMATERGIC INHIBITION BETWEEN ANTAGONISTIC MOTONEURONS BY 5-HYDROXYTRYPTAMINE (5-HT) IN CRAYFISH WALKING SYSTEM, Neuroscience letters, 241(1), 1998, pp. 37-40
THE MYTH OF SCORPION SUICIDE - ARE SCORPIONS INSENSITIVE TO THEIR OWNVENOM
Authors: LEGROS C MARTINEAUCLAIRE MF CATTAERT D
Citation: C. Legros et al., THE MYTH OF SCORPION SUICIDE - ARE SCORPIONS INSENSITIVE TO THEIR OWNVENOM, Journal of Experimental Biology, 201(18), 1998, pp. 2625-2636
INHIBITORY CONNECTIONS BETWEEN ANTAGONISTIC MOTOR-NEURONS OF THE CRAYFISH WALKING LEGS
Authors: PEARLSTEIN E WATSON AHD BEVENGUT M CATTAERT D
Citation: E. Pearlstein et al., INHIBITORY CONNECTIONS BETWEEN ANTAGONISTIC MOTOR-NEURONS OF THE CRAYFISH WALKING LEGS, Journal of comparative neurology, 399(2), 1998, pp. 241-254
CRAYFISH SENSORY TERMINALS AND MOTOR-NEURONS EXHIBIT 2 DISTINCT TYPESOF GABA RECEPTORS
Authors: PEARSTEIN E CATTAERT D CLARAC F
Citation: E. Pearstein et al., CRAYFISH SENSORY TERMINALS AND MOTOR-NEURONS EXHIBIT 2 DISTINCT TYPESOF GABA RECEPTORS, Journal of comparative physiology. A, Sensory, neural, and behavioral physiology, 180(1), 1997, pp. 71-79
FUNCTIONAL-ANALYSIS OF THE SENSORY-MOTOR PATHWAY OF RESISTANCE REFLEXIN CRAYFISH - I - MULTISENSORY CODING AND MOTOR-NEURON MONOSYNAPTIC RESPONSES
Authors: LERAY D CLARAC F CATTAERT D
Citation: D. Leray et al., FUNCTIONAL-ANALYSIS OF THE SENSORY-MOTOR PATHWAY OF RESISTANCE REFLEXIN CRAYFISH - I - MULTISENSORY CODING AND MOTOR-NEURON MONOSYNAPTIC RESPONSES, Journal of neurophysiology, 78(6), 1997, pp. 3133-3143
FUNCTIONAL-ANALYSIS OF THE SENSORY-MOTOR PATHWAY OF RESISTANCE REFLEXIN CRAYFISH - II - INTEGRATION OF SENSORY INPUTS IN MOTOR-NEURONS
Authors: LERAY D CLARAC F CATTAERT D
Citation: D. Leray et al., FUNCTIONAL-ANALYSIS OF THE SENSORY-MOTOR PATHWAY OF RESISTANCE REFLEXIN CRAYFISH - II - INTEGRATION OF SENSORY INPUTS IN MOTOR-NEURONS, Journal of neurophysiology, 78(6), 1997, pp. 3144-3153
ANTIDROMIC MODULATION OF A PROPRIOCEPTOR SENSORY DISCHARGE IN CRAYFISH
Authors: BEVENGUT M CLARAC F CATTAERT D
Citation: M. Bevengut et al., ANTIDROMIC MODULATION OF A PROPRIOCEPTOR SENSORY DISCHARGE IN CRAYFISH, Journal of neurophysiology, 78(2), 1997, pp. 1180-1183
PRIMARY AFFERENT DEPOLARIZATIONS OF SENSORY ORIGIN WITHIN CONTACT-SENSITIVE MECHANORECEPTIVE AFFERENTS OF A CRAYFISH LEG
Authors: MARCHAND AR BARNES WJP CATTAERT D
Citation: Ar. Marchand et al., PRIMARY AFFERENT DEPOLARIZATIONS OF SENSORY ORIGIN WITHIN CONTACT-SENSITIVE MECHANORECEPTIVE AFFERENTS OF A CRAYFISH LEG, Journal of neurophysiology, 77(6), 1997, pp. 3340-3354
NEURAL MECHANISMS OF REFLEX REVERSAL IN COXO-BASIPODITE DEPRESSOR MOTOR-NEURONS OF THE CRAYFISH
Authors: LERAY D CATTAERT D
Citation: D. Leray et D. Cattaert, NEURAL MECHANISMS OF REFLEX REVERSAL IN COXO-BASIPODITE DEPRESSOR MOTOR-NEURONS OF THE CRAYFISH, Journal of neurophysiology, 77(4), 1997, pp. 1963-1978
SLOW INHIBITION OF NA-(1NON-8ENYL)-5-(1NON-8ENYL)PYRROLIDINE (PYR9), A SYNTHETIC DERIVATIVE OF AN ANT VENOM ALKALOID( CURRENT IN CRAYFISH AXONS BY 2)
Authors: LEBRUN B CATTAERT D
Citation: B. Lebrun et D. Cattaert, SLOW INHIBITION OF NA-(1NON-8ENYL)-5-(1NON-8ENYL)PYRROLIDINE (PYR9), A SYNTHETIC DERIVATIVE OF AN ANT VENOM ALKALOID( CURRENT IN CRAYFISH AXONS BY 2), Journal of Experimental Biology, 200(15), 1997, pp. 2097-2106
SYNAPTIC CONNECTIONS OF THE COMMON INHIBITORY MOTONEURON WITHIN THE 5TH THORACIC GANGLION OF CRAYFISH
Authors: BEVENGUT M CATTAERT D CLARAC F
Citation: M. Bevengut et al., SYNAPTIC CONNECTIONS OF THE COMMON INHIBITORY MOTONEURON WITHIN THE 5TH THORACIC GANGLION OF CRAYFISH, Journal of comparative physiology. A, Sensory, neural, and behavioral physiology, 178(3), 1996, pp. 337-350
INVERTEBRATE PRESYNAPTIC INHIBITION AND MOTOR CONTROL
Authors: CLARAC F CATTAERT D
Citation: F. Clarac et D. Cattaert, INVERTEBRATE PRESYNAPTIC INHIBITION AND MOTOR CONTROL, Experimental Brain Research, 112(2), 1996, pp. 163-180
CHOLINERGIC CONTROL OF THE WALKING NETWORK IN THE CRAYFISH PROCAMBARUS-CLARKII
Authors: CATTAERT D PEARLSTEIN E CLARAC F
Citation: D. Cattaert et al., CHOLINERGIC CONTROL OF THE WALKING NETWORK IN THE CRAYFISH PROCAMBARUS-CLARKII, J PHYSL-PAR, 89(4-6), 1995, pp. 209-220
HAND COORDINATION IN BIMANUAL CIRCLE DRAWING
Authors: SEMJEN A SUMMERS JJ CATTAERT D
Citation: A. Semjen et al., HAND COORDINATION IN BIMANUAL CIRCLE DRAWING, Journal of experimental psychology. Human perception and performance, 21(5), 1995, pp. 1139-1157
ELECTROPHYSIOLOGICAL AND PHARMACOLOGICAL EVIDENCE FOR A GLUTAMATERGICPRESYNAPTIC FEEDBACK-CONTROL OF PRIMARY AFFERENTS BY MOTONEURONS IN THE CRAYFISH PROCAMBARUS-CLARKII, IN-VITRO
Authors: CATTAERT D LERAY D CLARAC F
Citation: D. Cattaert et al., ELECTROPHYSIOLOGICAL AND PHARMACOLOGICAL EVIDENCE FOR A GLUTAMATERGICPRESYNAPTIC FEEDBACK-CONTROL OF PRIMARY AFFERENTS BY MOTONEURONS IN THE CRAYFISH PROCAMBARUS-CLARKII, IN-VITRO, Journal of physiology, 483P, 1995, pp. 187-187
PRIMARY AFFERENT DEPOLARIZATIONS OF SENSORY ORIGIN RECORDED FROM MECHANORECEPTOR AFFERENTS IN A CRAYFISH PREPARATION IN-VITRO
Authors: BARNES WJP CATTAERT D CLARAC F MARCHAND AR
Citation: Wjp. Barnes et al., PRIMARY AFFERENT DEPOLARIZATIONS OF SENSORY ORIGIN RECORDED FROM MECHANORECEPTOR AFFERENTS IN A CRAYFISH PREPARATION IN-VITRO, Journal of physiology, 483P, 1995, pp. 194-195
CRAYFISH MOTONEURONS AND SENSORY TERMINALS HAVE DIFFERENT GABA RECEPTORS
Authors: PEARLSTEIN E CATTAERT D CLARAC F
Citation: E. Pearlstein et al., CRAYFISH MOTONEURONS AND SENSORY TERMINALS HAVE DIFFERENT GABA RECEPTORS, Journal of physiology, 483P, 1995, pp. 195-195
CD2-ACTIVATED CURRENT I-AB IN CRAYFISH MUSCLE( REGULATION OF THE HYPERPOLARIZATION)
Authors: ARAQUE A CATTAERT D BUNO W
Citation: A. Araque et al., CD2-ACTIVATED CURRENT I-AB IN CRAYFISH MUSCLE( REGULATION OF THE HYPERPOLARIZATION), The Journal of general physiology, 105(6), 1995, pp. 725-744
NICOTINIC AND MUSCARINIC ACTIVATION OF MOTONEURONS IN THE CRAYFISH LOCOMOTOR NETWORK
Authors: CATTAERT D ARAQUE A BUNO W CLARAC F
Citation: D. Cattaert et al., NICOTINIC AND MUSCARINIC ACTIVATION OF MOTONEURONS IN THE CRAYFISH LOCOMOTOR NETWORK, Journal of neurophysiology, 72(4), 1994, pp. 1622-1633
MOTOR-NEURONS OF THE CRAYFISH WALKING SYSTEM POSSESS TEA(-REVEALED REGENERATIVE ELECTRICAL-PROPERTIES())
Authors: CATTAERT D ARAQUE A BUNO W CLARAC F
Citation: D. Cattaert et al., MOTOR-NEURONS OF THE CRAYFISH WALKING SYSTEM POSSESS TEA(-REVEALED REGENERATIVE ELECTRICAL-PROPERTIES()), Journal of Experimental Biology, 188, 1994, pp. 339-345
CHLORIDE CONDUCTANCE PRODUCES BOTH PRESYNAPTIC INHIBITION AND ANTIDROMIC SPIKES IN PRIMARY AFFERENTS
Authors: CATTAERT D ELMANIRA A CLARAC F
Citation: D. Cattaert et al., CHLORIDE CONDUCTANCE PRODUCES BOTH PRESYNAPTIC INHIBITION AND ANTIDROMIC SPIKES IN PRIMARY AFFERENTS, Brain research, 666(1), 1994, pp. 109-112
ELECTRICAL COUPLING OF MECHANORECEPTOR AFFERENTS IN THE CRAYFISH - A POSSIBLE MECHANISM FOR ENHANCEMENT OF SENSORY SIGNAL TRANSMISSION
Authors: ELMANIRA A CATTAERT D WALLEN P DICAPRIO RA CLARAC F
Citation: A. Elmanira et al., ELECTRICAL COUPLING OF MECHANORECEPTOR AFFERENTS IN THE CRAYFISH - A POSSIBLE MECHANISM FOR ENHANCEMENT OF SENSORY SIGNAL TRANSMISSION, Journal of neurophysiology, 69(6), 1993, pp. 2248-2251
Risultati: 1-22 |