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Results: 1-10 |
Results: 10
CARDIOVASCULAR-RESPONSES TO GLIBENCLAMIDE DURING ENDOTOXEMIA IN THE PIG
Authors: VANELLI G HUSSAIN SNA DIMORI M AGUGGINI G
Citation: G. Vanelli et al., CARDIOVASCULAR-RESPONSES TO GLIBENCLAMIDE DURING ENDOTOXEMIA IN THE PIG, Veterinary research communications, 21(3), 1997, pp. 187-200
PGI(2) AND NITRIC-OXIDE INVOLVEMENT IN THE REGULATION OF SYSTEM AND PULMONARY BASAL VASCULAR TONE IN THE PIG
Authors: ALBERTINI M VANELLI G CLEMENT MG
Citation: M. Albertini et al., PGI(2) AND NITRIC-OXIDE INVOLVEMENT IN THE REGULATION OF SYSTEM AND PULMONARY BASAL VASCULAR TONE IN THE PIG, Prostaglandins, leukotrienes and essential fatty acids, 54(4), 1996, pp. 273-278
CIRCUIT FACTORS IN THE HIGH CARDIAC-OUTPUT OF SEPSIS
Authors: MAGDER S VANELLI G
Citation: S. Magder et G. Vanelli, CIRCUIT FACTORS IN THE HIGH CARDIAC-OUTPUT OF SEPSIS, Journal of critical care, 11(4), 1996, pp. 155-166
ROLE OF ATP-SENSITIVE POTASSIUM CHANNELS AND DIAPHRAGMATIC FATIGUE DURING ENDOTOXEMIA IN THE PIG
Authors: AGUGGINI G VANELLI G DIMORI M HUSSAIN SNA
Citation: G. Aguggini et al., ROLE OF ATP-SENSITIVE POTASSIUM CHANNELS AND DIAPHRAGMATIC FATIGUE DURING ENDOTOXEMIA IN THE PIG, Biomedical research, 7(1), 1996, pp. 35-39
THE EFFECTS OF GLIBENCLAMIDE, A BLOCKER OF K-SENSITIVE POTASSIUM CHANNELS, ON DIAPHRAGMATIC FATIGUE DURING ENDOTOXEMIA IN PIGS( ATP)
Authors: AGUGGINI G DIMORI M VANELLI G ALBERTINI M
Citation: G. Aguggini et al., THE EFFECTS OF GLIBENCLAMIDE, A BLOCKER OF K-SENSITIVE POTASSIUM CHANNELS, ON DIAPHRAGMATIC FATIGUE DURING ENDOTOXEMIA IN PIGS( ATP), Veterinary research communications, 20(2), 1996, pp. 183-190
GLIBENCLAMIDE, A BLOCKER OF ATP-SENSITIVE POTASSIUM CHANNELS, REVERSES ENDOTOXIN-INDUCED HYPOTENSION IN PIG
Authors: VANELLI G HUSSAIN SNA AGUGGINI G
Citation: G. Vanelli et al., GLIBENCLAMIDE, A BLOCKER OF ATP-SENSITIVE POTASSIUM CHANNELS, REVERSES ENDOTOXIN-INDUCED HYPOTENSION IN PIG, Experimental physiology, 80(1), 1995, pp. 167-170
CONTRIBUTION OF POTASSIUM CHANNELS TO ACTIVE HYPEREMIA OF THE CANINE DIAPHRAGM
Authors: VANELLI G CHANG HY GATENSBY AG HUSSAIN SNA
Citation: G. Vanelli et al., CONTRIBUTION OF POTASSIUM CHANNELS TO ACTIVE HYPEREMIA OF THE CANINE DIAPHRAGM, Journal of applied physiology, 76(3), 1994, pp. 1098-1105
PHRENIC AFFERENT STIMULATION BY BRADYKININ AND THE DISTRIBUTION OF THE INSPIRATORY MOTOR DRIVE
Authors: WILSON CR VANELLI G MAGDER S HUSSAIN SNA
Citation: Cr. Wilson et al., PHRENIC AFFERENT STIMULATION BY BRADYKININ AND THE DISTRIBUTION OF THE INSPIRATORY MOTOR DRIVE, Respiration physiology, 96(1), 1994, pp. 1-12
EFFECTS OF POTASSIUM CHANNEL BLOCKERS ON BASAL VASCULAR TONE AND REACTIVE HYPEREMIA OF CANINE DIAPHRAGM
Authors: VANELLI G HUSSAIN SNA
Citation: G. Vanelli et Sna. Hussain, EFFECTS OF POTASSIUM CHANNEL BLOCKERS ON BASAL VASCULAR TONE AND REACTIVE HYPEREMIA OF CANINE DIAPHRAGM, The American journal of physiology, 266(1), 1994, pp. 80000043-80000051
REGULATION OF DIAPHRAGMATIC BLOOD-FLOW AND O2 CONSUMPTION BY POTASSIUM CHANNELS
Authors: VANELLI G CHANG H HUSSAIN SNA
Citation: G. Vanelli et al., REGULATION OF DIAPHRAGMATIC BLOOD-FLOW AND O2 CONSUMPTION BY POTASSIUM CHANNELS, The American review of respiratory disease, 147(4), 1993, pp. 692-692
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