Table Of Content

Journal of the Autonomic Nervous System gtL SBEATVS I+ ER Journal of the Autonomic Nervous System 72 (1998) 221-222 Author Index Barillot, J.C., see Frugiére, A. (72) 34 Greney, H., see Feldman, J. (72) 94 Barrow, C.J., see Grigg, M. (72) 86 Grigg, M., Musgrave, I.F. and Barrow, C.J. Bousquet, P., see Feldman, J. (72) 94 Isolation and partial structure determination of a clonidine-dis- Bousquet, P., see Ivanov, T.R. (72) 98 placing substance from bovine lung and brain (72) 86 Bray, R.C., see McDougall, J.J. (72) 55 Gundlach, A.L., see Head, G.A. (72) 73 Bruban, V., see Feldman, J. (72) 94 Gundlach, A.L., see Head, G.A. (72) 74 Burke, S.L., Malpas, S.C. and Head, G.A. Gundlach, A.L., see Hosseini, A.R. (72) 129 Effect of rilmenidine on the cardiovascular responses to stress Gundlach, A.L., see King, P.R. (72) 118 in the conscious rabbit (72) 177 Burke, S.L., see Head, G.A. (72) 163 Head, G.A., Chan, C.K.S. and Burke, S.L. Burke, S.L., see Van den Buuse, M. (72) 187 Relationship between imidazoline and a ,-adrenoceptors in- volved in the sympatho-inhibitory actions of centrally acting Camara, A.K.S. and Osborn, J.L. antihypertensive agents (72) 163 AT, receptors mediate chronic central nervous system AII Head, G.A., Gundlach, A.L. and Musgrave, LF. hypertension in rats fed high sodium chloride diet from wean- Introduction (72) 73 ing (72) 16 Head, G.A., Gundlach, A.L. and Musgrave, I.F. Cay Jones, J., see Ivanov, T.R. (72) 98 Recent advances in imidazoline receptor research: ligands— Chan, C.K.S., see Head, G.A. (72) 163 localization and isolation—signaling—functional and clinical studies (72) 74 Dontenwill, M., see Feldman, J. (72) 94 Head, G.A., see Burke, S.L. (72) 177 Dontenwill, M., see Ivanov, T.R. (72) 98 Head, G.A., see Godwin, S.J. (72) 195 Elenko, R.D.V., see McDougall, J.J. (72) 55 Head, G.A., see Van den Buuse, M. (72) 187 Ernsberger, P. Hosseini, A.R., Jackman, G.P., King, P.R., Louis, W.J. and Arachidonic acid release from PC12 pheochromocytoma cells Gundlach, A.L. is regulated by I ,-imidazoline receptors (72) 147 Pharmacology and subcellular distribution of [° H]rilmenidine Esler, M. and Kaye, D. binding sites in rat brain (72) 129 Increased sympathetic nervous system activity and its thera- Hosseini, A.R., see King, P.R. (72) 118 peutic reduction in arterial hypertension, portal hypertension Hughes, R.A., see Musgrave, I.F. (72) 137 and heart failure (72) 210 lakovidis, D., see King, P.R. (72) 118 Feldman, J., Greney, H., Monassier, L., Vonthron, C., Bruban, V., Ivanov, T.R., Cay Jones, J., Dontenwill, M., Bousquet, P. and Dontenwill, M. and Bousquet, P. Piletz, J.E. Does a second generation of centrally acting antihypertensive Characterization of a partial cDNA clone detected by imidazo- drugs really exist? (72) 94 line receptor-selective antisera (72) 98 Frugiére, A., Nunez, E., Pasaro, R., Gaytan, S. and Barillot, J.C. Efferent projection from the rostral ventrolateral medulla to Jackman, G.P., see Hosseini, A.R. (72) 129 the area postrema in rats (72) 34 Jackman, G.P., see King, P.R. (72) 118 Gaytan, S., see Frugiére, A. (72) 34 Godwin, S.J., Tortelli, C.F., Parkin, M.L. and Head, G.A. Kanazawa, M., Sugama, S., Okada, J. and Miura, M. Comparison of the baroreceptor—heart rate reflex effects of Pharmacological properties of the CO,/H*-sensitive area in moxonidine, rilmenidine and clonidine in conscious rabbits the ventral medullary surface assessed by the effects of chemi- (72) 195 cal stimulation on respiration (72) 24 222 Author Index Kannan, H., see Shimokawa, A. (72) 46 Nero, T.L., see King, P.R. (72) 118 Kaye, D., see Esler, M. (72) 210 Nunez, E., see Frugiére, A. (72) 34 King, P.R., Suzuki, S., Hosseini, A.R., Iakovidis, D., Nero, T.L., Okada, J., see Kanazawa, M. (72) 24 Jackman, G.P., Louis, W.J. and Gundlach, A.L. Orr, R. and Marson, L. [(°H]Rilmenidine-labelled imidazoline-receptor binding sites Identification of CNS neurons innervating the rat prostate: A co-localize with [°H]2-(benzofuranyl)-2-imidazoline-labelled transneuronal tracing study using pseudorabies virus (72) 4 imidazoline-receptor binding sites and monoamine oxidase-B Osborn, J.L., see Camara, A.K.S. (72) 16 in rabbit, but not rat, kidney (72) 118 King, P.R., see Hosseini, A.R. (72) 129 Parini, A., see Remaury, A. (72) 111 Kunduzova, O.R., see Medvedev, O.S. (72) 170 Parkin, M.L., see Godwin, S.J. (72) 195 Kunduzova, O.R., see Medvedev, O.S. (72) 205 Pasaro, R., see Frugiére, A. (72) 34 Kunitake, T., see Shimokawa, A. (72) 46 Penner, S.B., see Smyth, D.D. (72) 155 Piletz, J.E., see Ivanov, T.R. (72) 98 Louis, W.J., see Hosseini, A.R. (72) 129 Louis, W.J., see King, P.R. (72) 118 Regunathan, S., see Reis, D.J. (72) 80 Reis, D.J. and Regunathan, S. Malpas, S.C., see Burke, S.L. (72) 177 Agmatine: an endogenous ligand at imidazoline receptors may Marson, L., see Orr, R. (72) 4 be a novel neurotransmitter in brain (72) 80 McDougall, J.J., Elenko, R.D.V. and Bray, R.C. Remaury, A., Missy, K. and Parini, A. Cholinergic vasoregulation in normal and adjuvant Characterization of [*H]idazoxan binding proteins in solubi- monoarthritic rat knee joints (72) 55 lized membranes from rabbit and human liver (72) 111 Medvedev, O.S., Kunduzova, O.R., Murashev, A.N. and Shimokawa, A., Kunitake, T., Takasaki, M. and Kannan, H. Medvedeva, N.A. Differential effects of anesthetics on sympathetic nerve activ- Chronopharmacological dependence of antihypertensive ef- ity and arterial baroreceptor reflex in chronically instrumented fects of the imidazoline-like drugs in stroke-prone sponta- rats (72) 46 neously hypertensive rats (72) 170 Smyth, D.D. and Brian Penner, S. Medvedev, O.S., Kunduzova, O.R., Murashev, A.N. and Imidazoline receptor mediated natriuresis: central and/or pe- Medvedeva, N.A. ripheral effect? (72) 155 Influence of sino-aortic barodenervation on the cardiovascular Sugama, S., see Kanazawa, M. (72) 24 effects of imidazoline-like drugs (72) 205 Suzuki, S., see King, P.R. (72) 118 Medvedeva, N.A., see Medvedev, O.S. (72) 170 Medvedeva, N.A., see Medvedev, O.S. (72) 205 Takasaki, M., see Shimokawa, A. (72) 46 Missy, K., see Remaury, A. (72) 111 Tobin, G. Miura, M., see Kanazawa, M. (72) 24 Presynaptic muscarinic M1 and M2 receptor modulation of Monassier, L., see Feldman, J. (72) 94 auriculotemporal nerve transmission in the rat (72) 61 Murashev, A.N., see Medvedev, O.S. (72) 170 Tortelli, C.F., see Godwin, S.J. (72) 195 Murashev, A.N., see Medvedev, O.S. (72) 205 Tritton, S.B., see Van den Buuse, M. (72) 187 Musgrave, I.F. and Hughes, R.A. Investigation of I ,-imidazoline receptors using microphysiom- Van den Buuse, M., Tritton, $.B., Burke, S.L. and Head, G.A. etry and molecular modelling (72) 137 Interaction of the dopamine D2 receptor agonist quinpirole Musgrave, I.F., see Grigg, M. (72) 86 with sympathetic vasomotor tone and the central action of Musgrave, I.F., see Head, G.A. (72) 73 rilmenidine in conscious rabbits (72) 187 Musgrave, I.F., see Head, G.A. (72) 74 Vonthron, C., see Feldman, J. (72) 94 Journal of the Autonomic x Nervous ust System EV Journal of the Autonomic Nervous System 72 (1998) 223-224 Subject Index a >-adrenoceptors, (72) 163 Facilitation, (72) 61 Acetylcholine, (72) 55 Fast Blue, (72) 34 Adjuvant monoarthritis, (72) 55 FK506, (72) 24 Agmatinase, (72) 80 GABA, (72) 24 Agmatine, (72) 80 Glutamate, (72) 24 Air jet stress, (72) 177 [°H]19-6327, (72) 118 Angiotensin receptors, (72) 16 [°H]2-BFI, (72) 118, (72) 129 Antihypertensive treatment, (72) 205 Heart rate, (72) 187 Arachidonic acid metabolism, (72) 147 Hippocampus, (72) 98 Area postrema, (72) 34 [H]Rilmenidine, (72) 118, (72) 129 Arginine decarboxylase, (72) 80 [*HJRO41-1049, (72) 118 Arterial pressure lability, (72) 205 [(°HJRO19-6327, (72) 129 Autonomic nervous system, (72) 210 [°HJRO41-1049, (72) 129 Autoradiography, (72) 118 H*-sensitive neuron, (72) 24 BAPTA-AM, (72) 24 Human, (72) 111 Barodenervation, (72) 205 Human and rodent, (72) 74 Baroreceptor—heart rate reflex, (72) 195 Human /man, (72) 210 Bilateral effects, (72) 55 Hypertension, (72) 16, (72) 170, (72) 205 Biocytin, (72) 34 IBMX, (72) 24 Biotinylated dextran amine, (72) 34 Idazoxan, (72) 163 Blood flow, (72) 55 I, imidazoline binding sites, (72) 111 Blood pressure, (72) 74, (72) 94, (72) 187, (72) 195 Imidazoline, (72) 86, (72) 170 Bovine adrenal medulla, (72) 137 Imidazoline receptor, (72) 98, (72) 155 Brain, (72) 86 Imidazoline-receptor binding site, (72) 118 Brain, kidney and adrenal gland, (72) 74 Imidazoline receptor binding sites, (72) 129 Brainstem, (72) 4, (72) 34, (72) 94 Imidazoline receptors, (72) 74, (72) 80, (72) 94, (72) 137, (72) Calcineurin, (72) 24 163 CDS, (72) 86 Immune sera, (72) 98 Cells, cultured, (72) 147 Inflammation, (72) 55 Centrally acting antihypertensive agents, (72) 177 Inhibition, (72) 61 Central nervous system, (72) 16 In situ hybridization, (72) 98 Central noradrenergic neurons, (72) 163 I,-sites, (72) 137 CHAPS, (72) 111 Isolation, (72) 86 Chloralose, (72) 46 Kidney, (72) 118 Chromogranin, (72) 98 Kidney function, (72) 16 Chronopharmacology, (72) 170 Liver, (72) 111 Clonidine, (72) 86, (72) 94, (72) 163, (72) 170, (72) 195, (72) 205 Lung, (72) 86 Cloning, (72) 74 Microphysiometry, (72) 137 Conscious rabbits, (72) 195 Molecular modelling, (72) 137 Desensitisation, (72) 187 Monoamine oxidase, (72) 74, (72) 118, (72) 129 Digitonin, (72) 111 Moxonidine, (72) 155, (72) 170, (72) 195, (72) 205 cDNA, (72) 98 Moxonidine a-methylnoradrenaline, (72) 163 Endogenous ligands, (72) 74 Muscarinic receptor subtypes, (72) 61 224 Subject Index Natriuresis, (72) 155 Receptors, imidazoline, (72) 147 Neurotransmitters, (72) 80 Renal nerve activity, (72) 46 Noise stress, (72) 177 Renal sympathetic nerve activity, (72) 187 Norepinephrine, (72) 210 Rilmenidine, (72) 94, (72) 155, (72) 163, (72) 170, (72) 177, (72) Parasympathetic, (72) 4 187, (72) 195, (72) 205 Parasympathetic nervous system, (72) 61 mRNA, (72) 98 Parotid gland, (72) 61 Rostral ventrolateral medulla, (72) 34 PC12 cells, (72) 147 Rostroventrolateral medulla, (72) 163 Pentobarbital sodium, (72) 46 Signal transduction, (72) 74, (72) 137 Pheochromocytoma, (72) 147 Single unit recording, (72) 34 Phospholipases C, (72) 147 Sodium chloride intake, (72) 16 Pituitary, (72) 98 Spinal cord, (72) 4 Preganglionic neurons, (72) 4 Subcellular fractionation, (72) 129 Prostate, (72) 4 Sympathetic, (72) 4 Quinpirole, (72) 187 Sympathetic nerves, (72) 16 Rabbit, (72) 111, (72) 118 Sympathetic nervous system, (72) 177 Rabbits, (72) 177 Sympatoexcitation, (72) 210 Radiotracer, (72) 210 Urethane, (72) 46 Rat, (72) 34, (72) 61, (72) 118 Vagus and sympathetic components, (72) 195 Rat brain, (72) 129 VMS, (72) 24 Rats, (72) 205