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Results: 1-12 |
Results: 12
EFFECTS OF BLOCKING INHIBITORY SYNAPTIC TRANSMISSION IN THE WORKING HEART-BRAIN-STEM PREPARATION OF THE OSCILLATOR MOUSE
Authors: BUSSELBERG D BISCHOFF AM RICHTER DW
Citation: D. Busselberg et al., EFFECTS OF BLOCKING INHIBITORY SYNAPTIC TRANSMISSION IN THE WORKING HEART-BRAIN-STEM PREPARATION OF THE OSCILLATOR MOUSE, European journal of neuroscience, 10, 1998, pp. 15501-15501
EFFECTS OF INHIBITORY SYNAPTIC TRANSMISSION BLOCKADE AND PONTOMEDULLARY TRANSECTION ON PHRENIC MOTOR OUTFLOW IN ARTERIALLY PERFUSED ADULT MICE
Authors: BUSSELBERG D SCHWARZACHER SW BISCHOFF AM PATON JFR RICHTER DW
Citation: D. Busselberg et al., EFFECTS OF INHIBITORY SYNAPTIC TRANSMISSION BLOCKADE AND PONTOMEDULLARY TRANSECTION ON PHRENIC MOTOR OUTFLOW IN ARTERIALLY PERFUSED ADULT MICE, Journal of physiology, 509P, 1998, pp. 124-124
BLOCKADE OF SYNAPTIC INHIBITION WITHIN THE PRE-BOTZINGER COMPLEX IN THE CAT SUPPRESSES RESPIRATORY RHYTHM GENERATION IN-VIVO
Authors: PIERREFICHE O SCHWARZACHER SW BISCHOFF AM RICHTER DW
Citation: O. Pierrefiche et al., BLOCKADE OF SYNAPTIC INHIBITION WITHIN THE PRE-BOTZINGER COMPLEX IN THE CAT SUPPRESSES RESPIRATORY RHYTHM GENERATION IN-VIVO, Journal of physiology, 509(1), 1998, pp. 245-254
INTRACELLULAR SIGNAL PATHWAYS CONTROLLING RESPIRATORY NEURONS
Authors: RICHTER DW LALLEY PM PIERREFICHE O HAJI A BISCHOFF AM WILKEN B HANEFELD F
Citation: Dw. Richter et al., INTRACELLULAR SIGNAL PATHWAYS CONTROLLING RESPIRATORY NEURONS, Respiration physiology, 110(2-3), 1997, pp. 113-123
HYPOXIC RESPONSE OF HYPOGLOSSAL MOTONEURONS IN THE IN-VIVO CAT
Authors: PIERREFICHE O BISCHOFF AM RICHTER DW SPYER KM
Citation: O. Pierrefiche et al., HYPOXIC RESPONSE OF HYPOGLOSSAL MOTONEURONS IN THE IN-VIVO CAT, Journal of physiology, 505(3), 1997, pp. 785-795
TREATMENT OF APNEUSTIC RESPIRATORY DISTURBANCE WITH A SEROTONIN-RECEPTOR AGONIST
Authors: WILKEN B LALLEY P BISCHOFF AM CHRISTEN HJ BEHNKE J HANEFELD F RICHTER DW
Citation: B. Wilken et al., TREATMENT OF APNEUSTIC RESPIRATORY DISTURBANCE WITH A SEROTONIN-RECEPTOR AGONIST, The Journal of pediatrics, 130(1), 1997, pp. 89-94
CAMP-DEPENDENT PROTEIN-KINASE MODULATES EXPIRATORY NEURONS IN-VIVO
Authors: LALLEY PM PIERREFICHE O BISCHOFF AM RICHTER DW
Citation: Pm. Lalley et al., CAMP-DEPENDENT PROTEIN-KINASE MODULATES EXPIRATORY NEURONS IN-VIVO, Journal of neurophysiology, 77(3), 1997, pp. 1119-1131
NUCLEUS RAPHE OBSCURUS EVOKES 5-HT-1A RECEPTOR-MEDIATED MODULATION OFRESPIRATORY NEURONS
Authors: LALLEY PM BENACKA R BISCHOFF AM RICHTER DW
Citation: Pm. Lalley et al., NUCLEUS RAPHE OBSCURUS EVOKES 5-HT-1A RECEPTOR-MEDIATED MODULATION OFRESPIRATORY NEURONS, Brain research, 747(1), 1997, pp. 156-159
ATP-SENSITIVE K+ CHANNELS ARE FUNCTIONAL IN EXPIRATORY NEURONS OF NORMOXIC CATS
Authors: PIERREFICHE O BISCHOFF AM RICHTER DW
Citation: O. Pierrefiche et al., ATP-SENSITIVE K+ CHANNELS ARE FUNCTIONAL IN EXPIRATORY NEURONS OF NORMOXIC CATS, Journal of physiology, 494(2), 1996, pp. 399-409
5-HT2 RECEPTOR-CONTROLLED MODULATION OF MEDULLARY RESPIRATORY NEURONSIN THE CAT
Authors: LALLEY PM BISCHOFF AM SCHWARZACHER SW RICHTER DW
Citation: Pm. Lalley et al., 5-HT2 RECEPTOR-CONTROLLED MODULATION OF MEDULLARY RESPIRATORY NEURONSIN THE CAT, Journal of physiology, 487(3), 1995, pp. 653-661
SEROTONIN 1A-RECEPTOR ACTIVATION SUPPRESSES RESPIRATORY APNEUSIS IN THE CAT
Authors: LALLEY PM BISCHOFF AM RICHTER DW
Citation: Pm. Lalley et al., SEROTONIN 1A-RECEPTOR ACTIVATION SUPPRESSES RESPIRATORY APNEUSIS IN THE CAT, Neuroscience letters, 172(1-2), 1994, pp. 59-62
5-HT-1A RECEPTOR-MEDIATED MODULATION OF MEDULLARY EXPIRATORY NEURONS IN THE CAT
Authors: LALLEY PM BISCHOFF AM RICHTER DW
Citation: Pm. Lalley et al., 5-HT-1A RECEPTOR-MEDIATED MODULATION OF MEDULLARY EXPIRATORY NEURONS IN THE CAT, Journal of physiology, 476(1), 1994, pp. 117-130
Risultati: 1-12 |