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Results: 1-7 |
Results: 7
CEREBROCORTICAL AND MEDULLARY BLOOD-FLOW CHANGES AFTER GENERAL OPIATERECEPTOR BLOCKADE DURING HEMORRHAGIC-SHOCK IN CATS
Authors: KOMJATI K SANDOR P SANDOR N SZIRMAI L HVELKEI M KOVACH AG
Citation: K. Komjati et al., CEREBROCORTICAL AND MEDULLARY BLOOD-FLOW CHANGES AFTER GENERAL OPIATERECEPTOR BLOCKADE DURING HEMORRHAGIC-SHOCK IN CATS, Shock, 7(4), 1997, pp. 288-293
SIMILARITIES BETWEEN HEMISPHERIC BLOOD-VOLUME AND HYPOTHALAMIC BLOOD-FLOW CHANGES FOLLOWING L-NAME INDUCED NOS BLOCKADE IN RATS
Authors: SANDOR P MURANYI S BENCZE J VHARVICH M KOMJATI K
Citation: P. Sandor et al., SIMILARITIES BETWEEN HEMISPHERIC BLOOD-VOLUME AND HYPOTHALAMIC BLOOD-FLOW CHANGES FOLLOWING L-NAME INDUCED NOS BLOCKADE IN RATS, The FASEB journal, 11(3), 1997, pp. 2795-2795
CENTRAL OPIATE RECEPTOR BLOCKADE BY NALOXONE IMPAIRS THALAMIC AND HYPOTHALAMIC AUTOREGULATION IN THE CAT
Authors: KOMJATI K DALLOS G HVELKEI M SANDOR P
Citation: K. Komjati et al., CENTRAL OPIATE RECEPTOR BLOCKADE BY NALOXONE IMPAIRS THALAMIC AND HYPOTHALAMIC AUTOREGULATION IN THE CAT, Pflugers Archiv, 434(1), 1997, pp. 144-146
ENDOGENOUS OPIOID MECHANISMS IN HYPOTHALAMIC BLOOD-FLOW AUTOREGULATION DURING HEMORRHAGIC HYPOTENSION AND ANGIOTENSIN-INDUCED ACUTE HYPERTENSION IN CATS
Authors: KOMJATI K VELKEIHARVICH M TOTH J DALLOS G NYARY I SANDOR P
Citation: K. Komjati et al., ENDOGENOUS OPIOID MECHANISMS IN HYPOTHALAMIC BLOOD-FLOW AUTOREGULATION DURING HEMORRHAGIC HYPOTENSION AND ANGIOTENSIN-INDUCED ACUTE HYPERTENSION IN CATS, Acta Physiologica Scandinavica, 157(1), 1996, pp. 53-61
INTERACTION BETWEEN NOS-BLOCKADE AND SELECTIVE OPIATE RECEPTOR BLOCKADE IN THE REGULATION OF CORTICAL, THALAMIC AND SPINAL VASCULAR CO2-RESPONSIVENESS
Authors: KOMJATI K SANDOR P REIVICH M
Citation: K. Komjati et al., INTERACTION BETWEEN NOS-BLOCKADE AND SELECTIVE OPIATE RECEPTOR BLOCKADE IN THE REGULATION OF CORTICAL, THALAMIC AND SPINAL VASCULAR CO2-RESPONSIVENESS, The FASEB journal, 9(3), 1995, pp. 348-348
CONNECTIONS BETWEEN THE EDRF NO SYSTEM AND THE ENDORPHINERGIC SYSTEM IN THE MODULATION OF CEREBRAL AND SPINAL VASCULAR CO2-RESPONSIVENESS/
Authors: SANDOR P KOMJATI K REIVICH M
Citation: P. Sandor et al., CONNECTIONS BETWEEN THE EDRF NO SYSTEM AND THE ENDORPHINERGIC SYSTEM IN THE MODULATION OF CEREBRAL AND SPINAL VASCULAR CO2-RESPONSIVENESS/, The FASEB journal, 9(3), 1995, pp. 348-348
MAJOR ROLE OF NITRIC-OXIDE IN THE MEDIATION OF REGIONAL CO2 RESPONSIVENESS OF THE CEREBRAL AND SPINAL-CORD VESSELS OF THE CAT
Authors: SANDOR P KOMJATI K REIVICH M NYARY I
Citation: P. Sandor et al., MAJOR ROLE OF NITRIC-OXIDE IN THE MEDIATION OF REGIONAL CO2 RESPONSIVENESS OF THE CEREBRAL AND SPINAL-CORD VESSELS OF THE CAT, Journal of cerebral blood flow and metabolism, 14(1), 1994, pp. 49-58
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