Central Actions of Angiotensin and Related Hormones

Content: 
Front Matter, Page iii
Copyright, Page iv
PREFACE, Page xi, Joseph P. Buckley, Carlos M. Ferrario
LIST OF PARTICIPANTS, Pages xiii-xvii
INITIAL STUDIES ON THE CENTRAL NERVOUS SYSTEM EFFECTS OF ANGIOTENSIN II, Pages 1-6, Joseph P. Buckley, Robert P. Halliday, Robert K. Bickerton
ANGIOTENSIN RECEPTOR SITES, Pages 7-16, Philip A. Khairallah, Alan F. Moore, Steve Gurchinoff
ANGIOTENSIN ANTAGONISTS, Pages 17-21, F. Merlin Bumpus
ANGIOTENSIN I CONVERTING ENZYME ACTIVITY IN THE CHOROID PLEXUS AND IN THE RETINA, Pages 23-27, Rajko P. Igic, Carol J.G. Robinson, Ervin G. Erdös
PEPTIDE REGULATION OF NEURONAL EXCITABILITY: EVIDENCE FOR A NEUROHORMONAL ROLE, Pages 29-51, Jeffery L. Barker
MECHANISMS INVOLVED IN CHANGES OF BLOOD PRESSURE ELICITED BY HYPOTHALAMIC STIMULATION, Pages 53-56, Athineos Philippu
RENIN SUBSTRATE IN THE CNS: POTENTIAL SIGNIFICANCE TO CENTRAL REGULATORY MECHANISMS, Pages 57-64, Morton P. Printz, John A. Lewicki
OPEN DISCUSSION I, Pages 65-73
ANGIOTENSIN AND SYMPATHETIC ACTIVITY, Pages 75-81, Harald Aars
EFFECTS OF ANGIOTENSIN-II AND ANGIOTENSIN-III ON CATECHOLAMINE BIOSYNTHESIS, Pages 83-103, Margaret C. Boadle-Biber, Robert H. Roth
HUMORAL KIDNEY MEDIATION OF ADRENAL CATECHOLAMINE RESPONSE TO HEMORRHAGE, Pages 105-112, Y. Gutman, P. Boonyaviroj, K. Abudalu, G. Feuerstein
THE ROLE OF EFFERENT AND AFFERENT RENAL NERVES IN THE RELEASE OF RENIN IN THE CAT, Pages 113-122, F.R. Calaresu, A. Stella, A. Zanchetti
RENAL ADRENERGIC EFFECT OF ANGIOTENSIN, Pages 123-134, K. Sugawara, S. Satoh, B.G. Zimmerman
PHYSIOLOGIC EFFECTS OF THE RENIN-ANGIOTENSIN SYSTEM ON SYMPATHETIC NERVOUS SYSTEM ACTIVITY IN THE CONSCIOUS DOG, Pages 135-144, Alan I. Samuels, Garland A. Johnson, Jacob D. Peuler
OPEN DISCUSSION II, Pages 145-147
A CENTRAL SITE OF ACTION OF ANGIOTENSIN II AND ITS POSSIBLE ROLE IN THE CENTRAL REGULATION OF THE CARDIOVASCULAR SYSTEM, Pages 149-155, Joseph P. Buckley, Harold H. Smookler, Walter B. Severs, Roger R. Deuben
A TECHNIQUE FOR DETERMINING THE SITE OF ACTION OF ANGIOTENSIN AND OTHER HORMONES IN THE BRAIN STEM, Pages 157-164, Philip L. Gildenberg, Carlos M. Ferrario
THE REGULATION OF VASOMOTOR CENTRE ACTIVITY BY ANGIOTENSIN, Pages 165-168, Michael Joy
OPEN DISCUSSION III, Pages 169-174
SYSTEMS ANALYSIS OF CNS/ANGIOTENSIN INTERACTION, Pages 175-182, C.J. Dickinson
DIRECT AND CENTRALLY MEDIATED CARDIOVASCULAR ACTIVITY OF ANGIOTENSIN III, Pages 183-196, Thomas A. Solomon, Markus F. Herzig, E. Anne Cameron
INTERACTION OF ANGIOTENSIN II WITH CENTRAL ADRENERGIC RECEPTORS, Pages 197-204, Regis R. Vollmer, Joseph P. Buckley
FURTHER STUDIES ON CENTRALLY MEDIATED HEMODYNAMIC EFFECTS OF ANGIOTENSIN II IN ANESTHETIZED CATS, Pages 205-213, Bhagavan S. Jandhyala, Surendrajit Singh, Joseph P. Buckley
STUDIES ON THE INTERACTION OF CLONIDINE WITH THE HYPERTENSIVE ACTIVITY OF ANGIOTENSIN II, Pages 215-224, Mustafa F. Lokhandwala, Joseph P. Buckley
PRESENCE AND SIGNIFICANCE OF ANGIOTENSIN IN CEREBROSPINAL FLUID, Pages 225-232, W.B. Severs, D.G. Changaris, J.M. Kapsha, L.C. Keil, D.J. Petro, I.A. Reid, J.Y. Summy-Long
IMMUNOPHARMACOLOGY OF ANGIOTENSIN I IN BRAIN, Pages 233-243, David G. Changaris, Laurence M. Demers, Lanny C. Keil, Walter B. Severs
OPEN DISCUSSION IV, Pages 245-255
HYPOTHALAMIC STIMULATION OF ADH RELEASE BY ANGIOTENSIN II, Pages 257-265, Richard L. Malvin, David Mouw, Arthur J. Vander, Christine Gregg
INTERACTIONS AND PROPERTIES OF SOME COMPONENTS OF THE RENIN-ANGIOTENSIN SYSTEM IN BRAIN, Pages 267-282, Ian A. Reid, Richard P. Day
INHIBITORS OF THE RENIN-ANGIOTENSIN SYSTEM IN RATS WITH MALIGNANT AND SPONTANEOUS HYPERTENSION: COMPARATIVE ANTIHYPERTENSIVE EFFECTS OF CENTRAL VS. PERIPHERAL ADMINISTRATION, Pages 283-292, C.S. Sweet, J.M. Columbo, S.L. Gaul, D. Weitz, H.C. Wenger
EVIDENCE FOR A POTENTIATING EFFECT OF CIRCULATING ANGIOTENSIN IN THE OSMOTICALLY STIMULATED INCREASE IN PLASMA ANTIDIURETIC HORMONE CONCENTRATION, Pages 293-306, John R. Claybaugh
THE ROLE OF ADH IN THE PRESSOR RESPONSE TO INTRAVENTRICULAR ANGIOTENSIN II, Pages 307-314, W.E. Hoffman, M.I. Phillips
DRINKING ELICITED BY ANGIOTENSIN OR HYPEROSMOTIC STIMULATION OF THE RAT ANTERO-VENTRAL THIRD VENTRICLE: SINGLE OR SEPARATE NEURAL SUBSTRATES?, Pages 315-319, James Buggy
OPEN DISCUSSION V, Pages 321-323
SENSITIVE SITES IN THE BRAIN FOR THE BLOOD PRESSURE AND DRINKING RESPONSES TO ANGIOTENSIN II, Pages 325-356, M. Ian Phillips, W.E. Hoffman
A CRITICAL ANALYSIS OF THE SITE OF ACTION FOR THE DIPSOGENIC EFFECT OF ANGIOTENSIN II, Pages 357-386, Alan Kim Johnson, James Buggy
OPEN DISCUSSION VI, Pages 387-391
COPIOUS DRINKING AND THE RENIN-ANGIOTENSIN-SYSTEM, Pages 393-403, G. Hertting, D.K. Meyer
THE PEPTIDE SPECIFICITY OF RECEPTORS FOR ANGIOTENSIN-INDUCED THIRST, Pages 405-415, J.T. Fitzsimons, A.N. Epstein, A.K. Johnson
SUPPRESSION OF ANGIOTENSIN-INDUCED THIRST BY THE E-PROSTAGLANDINS, Pages 417-428, Alan N. Epstein, Nancy J. Kenney
ANGIOTENSIN II-INDUCED DRINKING: DISTRIBUTION OF RESPONSIVE CENTRAL TISSUE SITES IN THE RAT, RABBIT, AND MONKEY, Pages 429-437, L.W. Swanson, L.G. Sharpe
LOCALIZATION OF DIPSOGENIC RECEPTORS FOR ANGIOTENSIN II, Pages 439-451, John B. Simpson
FREE WATER CLEARANCE DECREASE AFTER INTRACAROTID (ICA) ANGIOTENSIN II (A-II) IN CONSCIOUS SHEEP, Pages 453-454, Edward H. Blaine, Mark B. Zimmerman
OPEN DISCUSSION VII, Pages 455-461
CENTRAL SODIUM - ANGIOTENSIN INTERACTION, Pages 463-474, Bengt Andersson
EFFECTS OF CHANGING CSF-NACL CONCENTRATION ON RENAL FUNCTION, RENIN, ANGIOTENSIN, AND ALDOSTERONE, Pages 475-492, D.R. Mouw, A.J. Vander, S.F. Abraham, J.R. Blair-West, J.R. Coghlan, D.A. Denton, M.S. McKinley, B.A. Scoggins
EVIDENCE FOR MULTIPLE RECEPTORS AND NEURAL PATHWAYS WHICH SUBSERVE WATER INTAKE INITIATED BY ANGIOTENSIN II, Pages 493-502, G.J. Mogenson, J. Kucharczyk, S. Assaf
MULTIPLE KIDNEY RENINS ASSOCIATED WITH MALIGNANT HYPERTENSION, Pages 503-509, Robert E. Druilhet, Walter M. Kirkendall, Merrill Overturf, Robert R. Durrett
OPEN DISCUSSION VIII, Pages 511-513
IMMUNOHISTOCHEMICAL EVIDENCE FOR THE EXISTENCE OF ANGIOTENSIN II CONTAINING NERVE TERMINALS IN THE CENTRAL NERVOUS SYTEM OF THE RAT, Pages 515-518, Kjell Fuxe, Detlev Ganten, Tomas Hökfelt, Per Bolme
ON THE ORIGIN OF ANGIOTENSIN-LIKE PEPTIDES IN CEREBROSPINAL FLUID, Pages 519-526, Pierre Schelling, Detlev Ganten, Reiner Heckl, Karl Hayduk, Jeffrey S. Hutchinéon, Gisbert Sponer, Ursula Ganten
EFFECTS OF CENTRALLY ADMINISTERED ANGIOTENSIN II AND ANGIOTENSIN II ANTAGONIST ON ARTERIAL BLOOD PRESSURE IN DIFFERENT STRAINS OF RATS, Pages 527-535, Detlev Ganten, Jeffrey S. Hutchinson, Hideyuki Haebara, Gisbert Sponer, Rainer Dietz, Pierre Schelling
LACK OF HYPOTENSIVE EFFECT OF CENTRAL INJECTION OF ANGIOTENSIN INHIBITORS IN SH AND NORMOTENSIVE RATS, Pages 537-542, J.L. ELGHOZI, J. ALTMAN, M.A. DEVYNCK, J.F. LIARD, J.P. GRUNFELD, P. MEYER.
SOME CENTRAL NERVOUS SYSTEM EFFECTS ON THE CIRCULATING ANGIOTENSIN-CONVERTING ENZYME, Pages 543-555, Robert G. Heath, Richard E. Garey
BINDING OF ANGIOTENSINS BY PLASMA FACTORS FROM MENTALLY RETARDED PATIENTS, BY PHOSPHOLIPIDS FOUND IN NERVOUS TISSUE, AND BY CELLS OF THE RETINA, Pages 557-562, Theodore L. Goodfriend, Naomi S. Hell, Mary E. Sindel, Dennis L. Ball
ANGIOTENSIN I AND DOPAMINE-β-HYDROXYLASE IN THE CEREBROSPINAL FLUID OF NORMOTENSIVE AND HYPERTENSIVE PATIENTS, Pages 563-572, Daniel J. Goldstein, Samuel Finkielman, Reiza Talmacius, Luigi Cubeddu X., Victor E. Nahmod
ON THE NEURONAL LOCALIZATION AND THE PHYSIOLOGICAL VARIATIONS OF BRAIN ANGIOTENSIN, Pages 573-579, Victor E. Nahmod, Samuel Finkielman, Ofelia S. de Gorodner, Daniel J. Goldstein
THE INTERACTION OF ANGIOTENSIN II WITH MAST CELLS, PLATELETS AND 5-HT NEURONS, Pages 581-585, Samuel Finkielman, Felisa C. Molinas, Victor E. Nahmod, M.D., Daniel J. Goldstein
OPEN DISCUSSION IX, Pages 587-594
RECOMMENDATIONS FOR NOMENCLATURE OF THE RENIN-ANGIOTENSIN SYSTEM, Page 595, Detlev Ganten
INDEX, Pages 597-606