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Results: 1-3 |
Results: 3
INTRAVENOUSLY-INJECTED NALOXONE REVERSES THE DECREASE IN RENAL SYMPATHETIC-NERVE ACTIVITY SEEN DURING HYPOTENSIVE HEMORRHAGE IN CONSCIOUS RABBITS BY ACTING THROUGH CENTRAL MECHANISMS
Authors: YAMASHITA Y NAGAMACHI K MORITA H NISHIDA Y TANAKA S MAETA H HOSOMI H
Citation: Y. Yamashita et al., INTRAVENOUSLY-INJECTED NALOXONE REVERSES THE DECREASE IN RENAL SYMPATHETIC-NERVE ACTIVITY SEEN DURING HYPOTENSIVE HEMORRHAGE IN CONSCIOUS RABBITS BY ACTING THROUGH CENTRAL MECHANISMS, Journal of the autonomic nervous system, 57(1-2), 1996, pp. 57-62
DECREASE IN RENAL SYMPATHETIC-NERVE ACTIVITY DURING HYPOTENSIVE HEMORRHAGE IS REVERSED BY CENTRAL EFFECTS OF NALOXONE - CENTRAL PATHWAYS WERE EXAMINED IMMUNOHISTOCHEMICALLY
Authors: YAMASHITA Y NAGAMACHI K MORITA H HOSOMI H MAETA H
Citation: Y. Yamashita et al., DECREASE IN RENAL SYMPATHETIC-NERVE ACTIVITY DURING HYPOTENSIVE HEMORRHAGE IS REVERSED BY CENTRAL EFFECTS OF NALOXONE - CENTRAL PATHWAYS WERE EXAMINED IMMUNOHISTOCHEMICALLY, The FASEB journal, 9(3), 1995, pp. 338-338
ROLE OF ENDOGENOUS OPIOIDS AND CENTRAL OPIOID RECEPTORS IN CEREBRAL CORTICAL BLOOD-FLOW AUTOREGULATION
Authors: NAGAMACHI K SHITARA K YAMASHITA Y MORITA H NISHIDA Y MAETA H TANAKA S HOSOMI H
Citation: K. Nagamachi et al., ROLE OF ENDOGENOUS OPIOIDS AND CENTRAL OPIOID RECEPTORS IN CEREBRAL CORTICAL BLOOD-FLOW AUTOREGULATION, Japanese Journal of Physiology, 45(1), 1995, pp. 137-149
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