Back Matter (PDF)
Total Page:16
File Type:pdf, Size:1020Kb
INDEX Volume 240, January-March, 1987 A-4, effect on acetylcholine levels, brain renergic receptor in the rat cerebral neuroeffector function, mesenteric arter- (rats), 476 cortex, 508 ies (dogs), 223 Aarhus, L. L., see Flavahan, N. A., 589 Adler-Graschinsky, E., see Butta, N. V., 277 Agonist affinity constants, desensitization Abas, A. and Meffin, P. J.: Enantioselective Adrenal cortex, cortisol secretion, imidazole of muscarinic receptors, ileum disposition of 2-arylpropionic acid derivates, differential effects (hu- (guinea pigs), 404 nonsteroidal anti-inflammatory mans), 259 Ahmed, A. E., see Douidar, S. M., 578 drugs. IV. Ketoprofen disposition, Adrenalectomy, aldosterone-reversible de- Aiken, J. W., see Weselcouch, E. 0., 37 637 crease, density, renal peripheral ben- Akman, S. A., Doroshow, J. H., Dietrich, M. Abraham, N. G., see Pinto, A., 856 zodiazepine receptors (rats), 1028 F., Chlebowski, R T. and Block, J. Acara, M., see Springate, J., 400 Adrenal gland S.: Synergistic cytotoxicity between Acetaldehyde, prostacyclin, vascular pro- effects of hypoxia, turnover, norepineph- menadione and dicumarol vs. murine duction, effects of ethanol (rats), 59 rime and epinephrine (rats), 954 leukemia L1210, 486 Acetamides, muscarinic and antimusearinic intact or decentralized, effects of pergo- Albumin, receptor hypothesis, asialooroso- activity, relation to oxotremorine, lide, cardiovascular responses (dogs), mucoid, hepatic disposition (rats), urinary bladder (guinea pigs), 789 288 668 Acetaminophen, hepatoxicity, mechanism Adrenoceptors Albuquerque, E. X., see Rao, K. S., 337 for enhancement, phenobarbital alpha Alcohol, prostacyclin, vascular production, (mice), 578 agonists, hemodynamic characteriza- effects of ethanol (rats), 59 Acetylcholine tion (rats), 944 Aldosterone autoreceptor activation, role of extracel- agonists, renal effects (rats), 717 density decrease, peripheral benzodiaze- lular chloride, striatum (rabbits), 795 blood vessels, ovariectomy (rabbits), pine receptors, kidney (rats), 1028 biphasic release, endothelium-derived re- 466 epoxy-spirolactone derivatives, character- laxing factor, muscarinic receptors estrogen, uterine response (rabbits), 44 ization, in vivo and in vitro (rats), 650 (dogs), 802 gastric inhibition, catecholamine recep- Alkadhi, K. A., see Sabouni, M. H., 93 effect of A-4, brain (rats), 476 tore (rats), 966 N-Alkylformamides, metabolism, relation. effect of ‘y-aminobutyric acid, neuronal prostaglandin production, isolated vas ship to hepatoxicity, 265 coexistence, hippocampus (rats), 294 deferens (rabbits), 433 Alveolar cells, glutathione biosynthesis, sul- muscarinic autoreceptors, functional role, serotonin receptors, blood vessels (rab- fur-containing amino acids (rabbits), striatum (rabbits), 203 bits), 535 376 nicotine actions, heterogeneity, electro- spinal analgesia, substance P blockade ‘y-Aminobutyric acid physiological study (rats), 689 (rats), 981 activation, micturition reflex (rats), 1013 spinal, blood pressure control (rats), nicotunic receptor-ion channel complex, agonists and antagonists, localization, 298 irreversible cholunesterase inhibitor periventricuhar forebain (cats), 498 alpha-i (frogs), 337 neuronal coexistence of acetylcholine, phosphatidylinositol turnover, calcium release, methylmercury-induced alter- hippocampus (rats), 294 mobilization (rats), 123 ations, divalent cations, 451 PK 8165 and PK 90984, novel Ro5 4864 sensitivity to calcium entry blockers, N”-Acetyl-fi-endorphin, stimulation of or- binding site, brain (rats), 747 receptor reserve (rats), 864 nithine decarboxylase activity, opioid Amunopyrine, metabolism, streptozotocin- alpha-2 and nonopioid mechanisms (rats), induced diabetes, model experiments actions of cocaine, locus ceruleus (rats), 895 345 (rats), 271 Acetylstrophanthidin, serum digoxin con- activated smooth muscle, epinephrine Amphetamine quinidine, anorexic centration, ventricular ar- (rats), 1004 tolerance, dopaminergic recep- rhythmias (dogs), 548 augmented response, denervation in as- tore, perifornical hypothalamus a1-Acid glycoprotein, binding sites, SKF phenous veins (dogs), 589 (rats), 196 525A displacement of drugs (rats), effects of serotonin antagonists, cyclic inhibitory effects, potassium-stimulated 628 flow reductions (dogs), 674 dopamine release, striatal slices and Ackerman, M. S., see Korc, M., 118 neuroeffector function, mesenteric ar- synaptosomes (rats), 177 Adenosine teries (dogs), 223 d-Amphetamine, behavioral tolerance, stim- cardiovascular effects, antagonism by cal- receptor reserve, cerebral cortex (rats), ulus control (rats), 65 feine, 8-(p-sulfophenyl)theophylhne 508 Arnylase, muacarinic receptor subtypes, (rats), 428 regulation of norepinephrine metabo- cholinergic antagonist, pancreatic effects on sympathetic vasoconstriction, lism, brain (rats), 327 acuni (rats), 118 graciis muscle (dogs), 106 beta Analgesia mast cell inhibition, ribavirin, 145 desensitization by stress, aging (rats), alkylating agents of oxotremorine (mice), Adenosine triphosphate, release, pharma- 228 370 cologic modulation, heart (rats), 542 subtypes in veins, face (rabbits), 99 opioid-cholinergic interaction, medulla Adenylate cyclase Adriaenssens, P. I., see Hamblin, M. W., 701 oblongata (rats), 352 atrial and ventricular GTP-binding pro- Aging spinal adrenergic, substance P-induced teins, functional and physical prop- beta adrenergic receptors, desensitization, blockade, morphine and naloxone erties (chicks), 683 stress (rats), 228 (rats), 981 coupling ofmuscarinic receptors, myocar- dose requirements, fentanyl and alfen- spinal opioid tolerance (rats), 150 dium (rabbits), 23 tanil (humans), 159 Anesthetics Adler, C. H., Meller, E. and Goldstein, M.: influence, relaxation of blood vessels, bupivacaine, pulmonary extraction (rab- Receptor reserve at the aipha-2 ad- atriopeptin II (rats), 697 bits), 410 1021 1022 index Vol. 240 dose requirements, fentanyl and alien- factor, muscarinic receptors (dogs), Belpaire, F. M., Chindavijak, B. and Bo- tanil, aging (humans), 159 802 gaert, M. G.: SKF 525A displaces local, differentiation, dihydropyridine cal- mesenteric, neuroeffector function (dogs), drugs from serum a1-acid glycopro- cium antagonist binding sites (rats), 223 tein binding sites, 628 922 tail, smooth muscle activation, alpha-2 Belt, M. W., see Nelson, T. E., 785 Angiotensin, induced prostaglandin produc- adrenoceptors (rats), 1004 Bendesky, R. J., see Pendleton, R. G., 396 tion, alpha adrenergic receptors, iso- 2-Arylpropionic acid Bend, J. R., see Horton, J. K., 376 lated van deferens (rabbits), 433 nonsteroidal anti-inflammatory drugs Bengtsson, G., Julkunen, A., Penttila, K. E. Angus, P. W., Mihaly, G. W., Morgan, D. J. enantioselective disposition, fenopro- and Lindros, K. 0.: Effect of pheno- and Smallwood, R. A.: Hypoxia im- fen (rabbits), 631 barbital on the distribution of drug pairs conjugation and elimination of enantioselective disposition, ketopro- metabolizing enzymes between pen- harmol in the isolated perfused rat fen (rabbits), 637 portal and penivenous rat hepato- liver, 931 Ascorbic acid, prevention, serotonin bind- cytes prepared by digitonun-collagen- Anorexia, amphetamine tolerance, dopami- ing, cerebral cortex membranes, 701 ase liver perfusion, , 663 nergic receptors, perfornical hype- Asialoorosomucoid, hepatic distribution, Bennett, D. A., see Lehmann, J., 737 thalamus (rats), 196 cationic drugs (rats), 668 Benzilylcholine mustard, coupling of mus- Ants!, E. G., see Peters, G. R., 128 Aspirin carmnic receptors, adenylate cyclase, Antiarrhythmic agents, cibenzoline succi- antithrombotic assay, effects of calcium myocardium (rabbits), 23 nate, characterization, papillary channel blockers (mice), 623 Benzodiazepines muscle (guinea pigs), 441 failure ofchronic treatment, urinary pros- CGS 9896, behavioral effects (monkeys), Anticonvulsants, mephenytoin 4-hydroxyl- taglandin excretion, indomethacin 82 ass activity, characterization and in- and flubiprofen (rats), 916 PK 8165 and PK 9084, novel Ro5 4864 hibition, human liver microsomes, low doses, dipyridamole and, platelet ag- binding site, brain (rats), 747 216 gregation (dogs), 37 receptor occupancy in vivo, correlation, Anti-inflammatory drugs Atchison, W. D., see Traxinger, D. L., 451 brain concentrations (mice), 516 nonsteroidal Atriopeptin II, influence of age, relaxation, Berenger, F. P., see Rolland, P. H., 234 fenoprofen, enantioselective disposi- blood vessels (rats), 697 Bernard, P., see Lehmann, J., 737 tion (rabbits), 631 Atriopeptuns, structure-activity relation- Bern, L. A. and Kuhn, C. M.: Differential ketoprofen disposition (rabbits), 637 ships (rats), 937 ontogeny ofopioid, dopaminergic and Anti-mineralocorticoid drugs, epoxy-spiro- Atropine serotonergic regulation of prolactin lactone derivatives, characterization, effects, postprandial gastric acid secretion secretion, 825 in vivo and in vitro (rats), 650 (dogs), 396 Bero, L. A. and Kuhn, C. M.: Role of sero- Antioxidants, inhibition of glutathione re- muscarinic autoreceptors, functional role tonin in opiate-induced prolactin as- ductase, carmustine, CNS oxygen (rabbits), 203 cretion and antinociception in the de- toxicity (rats), 111 Autoreceptors veloping rat, 831 activation, role of extracellular chloride, Antithrombotic assay, effects of calcium Bertko, R. J., see Gagunella, T. S., 388 striatum (rabbits), 795 channel blockers, platelet independ- Bevan, J. A., see McPherson, G. A., 99 ence (mice), 623 muscarinic, functional role, striatum Bevan, J. A., see Tayo, F. M., 594 (rabbits),