Table Of Content

437 Jansen, J.B.M.J., see Hildebrand, P., 423 Montavon, P. and Lisdstrand, K., Immunohisto- Johanson, J.F., Carney, J.A., Go, V.L.W. and chemial localization of neuron-specific eno- Koch, T.R., Segmental distribution ofc olonic lase and calcitonin gene-related peptide in pig neuropeptides in Hirschsprung’s disease, 59 taste papillae, 235 Kajiyama, G., see Kishimoto, S., 165 Moriai, O., see Tateishi, K., 131 Kapuscinski, M., Shulkes, A., Green, M., Read, Mpitsos, G.P., see Soinila, S., 271 D. and MacLellan, D.G., Cysteamine can Nachman, R.J., see Schoofs, L., 111 induce duodenal ulceration in rats without de- Nemeroff, C.B., see Kasckow, J., 153 pletion of immunoreactive somatostatin, 391 Niedermiihlbichler, M., see Wiedermann, C.J., Kasckow, J. and Nemeroff, C.B., The neuro- 359 biology of neurotensin: focus on O'Loughlin, E.V., see Catto-Smith, A.G., 29 neurotensin—dopamine interactions, 153 Okeda, T., see Iguchi, H., 407 Katsoulis, S., see Schwérer, H., 345 Patrick, M.K., see Catto-Smith, A.G., 29 Kishimoto, S., Tateishi, K., Kobayashi, H., Pearson, P.H., see Harty, R.F., 141 Kobuke, K., Hagio, T., Matsuoka, Y., Pelletier, G., see Gaillet, S., 249 Kajiyama, G. and Miyoshi, A., Distribution of Peter, R.E., see Cook, H., 369 neurokinin A-like and neurokinin B-like Raufman, J.-P., Malhorta, R. and Singh, L., immunoreactivity in human __ peripheral PACAP-38, a novel peptide from ovine hypo- tissues, 165 thalamus, is a potent modulator of amylase Kobayashi, H., see Kishimoto, S., 165 release from dispersed acini from rat pan- Kobayashi, H., see Tateishi, K., 131 creas, 121 Kobuke, K., see Kishimoto, S., 165 Read, D., see Kapuscinski, M., 391 Koch, T.R., see Johanson, J.F., 59 Rivier, J.E., see Cook, H., 369 Konturek, S.J., Krzyzek, E. and Bilski, J., The Sato, S., see Tateishi, K., 131 importance of gastric secretion in the Schmidt, W.E., see Schwoérer, H., 345 feedback control of interdigestive and post- Schoofs, L., Holman, G.M., Hayes, T.K., prandial pancreatic secretion in rats, 85 Nachman, R.J. and De Loof, A., Isolation, Kramer, S.T., see Smith, J.P., 299 identification and synthesis of locustamyoin- Krzyzek, E., see Konturek, S.J., 85 hibiting peptide (LOM-MIP), a novel biologi- Lamers, C.B.H.W., see Hildebrand, P., 423 cally active neuropeptide from Locusta migra- Laugier, R., see Issoual, D., 45 toria, 111 Lauweryns, J.M. and Seldeslagh, K.A., Cal- Schwo6rer, H., Schmidt, W.E., Katsoulis, S. and citonin and calcitonin gene-related peptide Creutzfeldt, W., Calcitonin gene-related pep- immunoreactivity and colocalisation in new- tide (CGRP) modulates cholinergic neuro- born cat lung, 183 transmission in the small intestine of man, pig Leslie, P.J., see Thompson, C.J., 311 and guinea-pig via presynaptic CGRP recep- Lightman, S.L., see Thompson, C.J., 311 tors, 345 Lindley, I., see Wiedermann, C.J., 359 Seldeslagh, K.A., see Lauweryns, J.M., 183 Lindstrand, K., see Montavon, P., 219 Shulkes, A., see Kapuscinski, M., 391 Lindstrand, K., see Montavon, P., 235 Singh, L., see Raufman, J.-P., 121 Lundberg, J.M., see Hemsén, A., 71 Smith, J.P., Kramer, S.T. and Cheung, J.Y., Luts, A., see Cardell, L.O., 379 Effects of cholecystokinin on cytosolic cal- Luts, A., see Uddman, R., 415 cium in human pancreatic cancer cells, 299 MacLellan, D.G., see Kapuscinski, M., 391 Smith, P.L., see Brown, M.A., 1 Malaval, F., see Gaillet, S., 249 Soinila, S., Back, N. and Mpitsos, G. P., Distribu- Malhorta, R., see Raufman, J.-P., 121 tion of MetS-enkephalin-Arg5-Gly7-Leu8-im- Matsuoka, Y., see Kishimoto, S., 165 munoreactivity in the rat and mouse pituitary Matsuoka, Y., see Tateishi, K., 131 gland, 271 McGuigan, J.E., see Harty, R.F., 141 Solomon, T.E., see Harty, R.F., 141 Miura, Y., see Tateishi, K., 131 Stephens, Jr., R.L., Disparate effects of intra- Miyoshi, A., see Kishimoto, S., 165 cisternal RX 77368 and ODT8-SS on gastric Montavon, P. and Lindstrand, K., Immunohisto- acid and serotonin release: role of adrenal chemical localization of neuron-specific eno- catecholamines, 21 lase and calcitonin gene-related peptide in rat Sundler, F., see Borglum Jensen, T., 283 taste papillae, 219 Sundler, F., see Cardell, L.O., 379 438 Sundler, F., see Uddman, R., 415 tide and neurotensin in the human submandi- Suzuki, K., see Tateishi, K., 131 bular gland duct cell line, HSG-PA, 173 Szafarczyk, A., see Gaillet, S., 249 Uddman, R., Luts, A., Absood, A., Arimura, A., Takaki, R., see Iguchi, H., 407 Ekelund, M., Desai, H., Hakanson, R., Takeichi, N., see Tateishi, K., 131 Hambreaus, G. and Sundler, F., PACAP, a Tateishi, K., Miura, Y., Moriai, O., Suzuki, K., VIP-like peptide, in neurons of the esophagus, Takeichi, N., Kobayashi, H., Matsuoka, Y. 415 and Sato, S., Reduced somatostatin-like im- Uddman, R., see Cardell, L.O., 379 munoreactivity in the brain of LEC rats with Werth, B., see Hildebrand, P., 423 hepatic encephalopathy, 131 Wiedermann, C.J., Niedermiihlbichler, M., Zilian, Tateishi, K., see Kishimoto, S., 165 U., Geissler, D., Lindley, I. and Braunsteiner, Thompson, C.J., Leslie, P.J., Lightman, S.L., H., Priming of normal human neutrophils by Clarke, B.F. and Ewing, D.J., Regulation of tachykinins: tuftsin-like inhibition of in vitro ANP secretion in insulin-dependent diabetes chemotaxis stimulated by formylpeptide or mellitus and the influence of autonomic interleukin-8, 359 neuropathy, 311 Yu, H., see Turner, J.T., 173 Turner, J.T. and Yu, H., Identification of func- Yu, K.-L., see Cook, H., 369 tional receptors for vasoactive intestinal pep- Zilian, U., see Wiedermann, C.J., 359 Regulatory Peptides, 36 (1991) 439-442 © 1991 Elsevier Science Publishers B.V. All rights reserved. 0167-0115/91/$03.50 Key word index AMP, cyclic; Vasoactive intestinal peptide; 7B2; Pancreatic islet, 407 Amylase secretion; Pancreatic secretagogue; Behavior; Neurotensin; Dopamine; Schizophre- Potentiation, 121 nia; Transduction; Pharmacology, 153 AMP, cyclic; Salivary gland; Inositol triphos- Big endothelin-1; Endothelin-1; Endothelin-3, 71 phate; Intracellular free calcium; Potassium Binding site; Growth hormone-releasing factor; efflux, 173 Somatostatin; Pituitary; Zucker rat, 263 APGWamide; Myoinhibition; Leucophaea ma- Blood pressure; Sodium; Atrial natriuretic pep- derae; Hindgut; Oviduct; Adipokinetic hor- tide; Diabetes mellitus; Autonomic neuropa- mone, 111 thy, 311 Acetylcholine; Longitudinal muscle strip; Cal- Bombesin-like peptide; Gastrointestinal function, cium antagonist; Fieid stimulation, 345 423 Acute hepatic failure; Somatostatin-14-like im- C-terminally extended gastrin; «-Amidation; munoreactivity; |S omatostatin-28(1-12)-like Posttranslational processing; Radioimmuno- immunoreactivity; Animal model, 131 assay, 323 Adherence; Neuroimmunomodulation; Inflam- CCK; Pancreatic secretion; Ileal inhibitory factor; mation; Phagocyte; Sensory neuropeptide, PYY; Oleic acid; Fatty acid stimulation; Fatty 359 acid inhibition, 45 Adipokinetic hormone; Myoinhibition; CRH neuron; Noradrenergic ascending pathway; Leucophaea maderae; Hindgut; Oviduct; 6-Hydroxydopamine; Paraventricular nucleus APGWamide, 111 of the hypothalamus; Ether-stress, 249 a-Amidation; C-terminally extended gastrin; Calcitonin; Calcitonin’ gene-related peptide Posttranslational processing; Radioimmuno- (CGRP); Pulmonary neuroendocrine cell assay, 323 (PNEC); Colocalization; Gene expression; Amylase secretion; AMP, cyclic; Vasoactive in- Respiratory mucosa; Newborn cat, 183 testinal peptide; Pancreatic secretagogue; Po- Calcitonin gene-related peptide (CGRP); Calci- tentiation, 121 tonin; Pulmonary neuroendocrine cell Angiotensin; Immunocytochemistry; Vasopres- (PNEC); Colocalization; Gene expression; sin; Colocalization; Hypothalamo-neurohy- Respiratory mucosa; Newborn cat, 183 pophysial system; Normotensive rat, 197 Calcitonin gene-related peptide; Neuron-specific Animal model; Somatostatin-14-like immuno- enolase; Taste papillae, 219 reactivity; Somatostatin-28(1-12)-like immu- Calcitonin gene-related peptide; Neuron-specific noreactivity; Acute hepatic failure, 131 enolase; Taste papillae, 235 Anorexia nervosa; Eating disorder; Cholecys- Calcium antagonist; Longitudinal muscle strip; tokinin; Vasoactive intestinal peptide; Peptide Acetylcholine; Field stimulation, 345 histidine methionine, 141 Camostate; Pancreas; Stomach; Proteinase; Cho- Atrial natriuretic peptide; Intestine; Electrolyte lecystokinin, 85 transport, 29 Cell growth; Digital video imaging; Fura-2; Inosi- Atrial natriuretic peptide; Blood pressure; Sod- tol trisphosphate; Secretion, 299 ium; Diabetes mellitus; Autonomic neuropa- Colecystokinin; Pancreas; Stomach; Proteinase; thy, 311 Camostate, 85 Autonomic neuropathy; Blood pressure; Sodium; Cholecystokinin; Anorexia nervosa; Eating disor- Atrial natriuretic peptide; Diabetes mellitus, der; Vasoactive intestinal peptide; Peptide 311 histidine methionine, 141 440 Chromogranin A; Pancreastatin; Peptide hor- Fura-2; Digital video imaging; Inositol trisphos- mone; Endocrine cell; Immunocytochemistry; phate; Cell growth; Secretion, 299 Peptide coexistence, 283 Gall bladder; Neurokin B; Nerve plexus; Human Cisterna magna; Stomach; Thyrotropin releasing gut; Pancreas, 165 hormone; Somatostatin; Peptide; Vagus, 21 Gastrin; Gut peptide; HPLC; mRNA, 391 Colocalization; Calcitonin; Calcitonin gene-re- Gastrointestinal function; Bombesin-like peptide, lated peptide (CGRP); Pulmonary neuroen- 423 docrine cell (PNEC); Gene expression; Re- Gene expression; Calcitonin; Calcitonin gene- spiratory mucosa; Newborn cat, 183 related peptide (CGRP); Pulmonary neuroen- Colocalization; Immunocytochemistry; Angio- docrine cell (PNEC); Colocalization; Respira- tensin; Vasopressin; Hypothalamo-neurohy- tory mucosa; Newborn cat, 183 pophysial system; Normotensive rat, 197 Goldfish; Gonadotropin releasing-hormone re- Development; Motility index; Intracisternal; Rat, ceptor; Electron microscopy, 369 99 Gonadotropin releasing-hormone receptor; Gold- Diabetes mellitus; Blood pressure; Sodium; Atrial fish; Electron microscopy, 369 natriuretic peptide; Autonomic neuropathy, Growth hormone-releasing factor; Somatostatin; 311 Binding site; Pituitary; Zucker rat, 263 Digital video imaging; Fura-2; Inositol trisphos- Guinea-pig; PACAP; VIP; Immunocytochemis- phate; Cell growth; Secretion, 299 try; In vitro pharmacology; Trachea; Lung; Dopamine; Neurotensin; Schizophrenia; Trans- Neuropeptide, 379 duction; Pharmacology; Behavior, 153 Gut peptide; Gastrin; HPLC; mRNA, 391 Dynamical system; Opioid peptide; Proenke- HPLC; Gut peptide; Gastrin; mRNA, 391 phalin A; Innervation; Endocrine; Immuno- Hindgut; Myoinhibition; Leucophaea maderae; histochemistry, 271 Oviduct; Adipokinetic hormone; APGWam- Eating disorder; Anorexia nervosa; Cholecysto- ide, 111 kinin; Vasoactive intestinal peptide; Peptide Hirschsprung’s disease; VIP; Human colon; histidine methionine, 141 Radioimmunoassay; Inhibitory nerve, 59 Electrolyte transport; Atrial natriuretic peptide; Human colon; VIP; Radioimmunoassay; Inhibi- Intestine, 29 tory nerve; Hirschsprung’s disease, 59 Electron microscopy; Gonadotropin releasing- Human gut; Neurokin B; Nerve plexus; Pancreas; hormone receptor; Goldfish, 369 Gall bladder, 165 Endocrine cell; Pancreastatin; Chromogranin A; 6-Hydroxydopamine; Noradrenergic ascending Peptide hormone; Immunocytochemistry; pathway; Paraventricular nucleus of the hypo- Peptide coexistence, 283 thalamus; CRH neuron; Ether-stress, 249 Endocrine; Opioid peptide; Proenkephalin A; In- Hypothalamo-neurohypophysial system; Immu- nervation; Immunohistochemistry; Dynami- nocytochemistry; Angiotensin; Vasopressin; cal system, 271 Colocalization; Normotensive rat, 197 Endothelin; Secretion; Intestine; Prostaglandin; Ileal inhibitory factor; Pancreatic secretion; CCK; Leukotriene; Ion transport, 1 PYY; Oleic acid; Fatty acid stimulation; Fatty Endothelin-1; Endothelin-3; Big endothelin-1, 71 acid inhibition, 45 Endothelin-3; Endothelin-1; Big endothelin-1, 71 Immunocytochemistry; Angiotensin; Vasopres- Esophagus; PACAP; VIP; SP; Immunocyto- sin; Colocalization; Hypothalamo-neurohy- chemsitry, 415 pophysial system; Normotensive rat, 197 Ether-stress; Noradrenergic ascending pathway; Immunocytochemistry; Pancreastatin; Chromo- 6-Hydroxydopamine; Paraventricular nucleus granin A; Peptide hormone; Endocrine cell; of the hypothalamus; CRH neuron, 249 Peptide coexistence, 283 Fatty acid stimulation; Pancreatic secretion; Immunocytochemistry; PACAP; VIP; In vitro CCK; Ileal inhibitory factor; PYY; Oleic acid; pharmacology; Trachea; Lung; Neuropeptide; Fatty acid inhibition, 45 Guinea-pig, 379 Fatty acid inhibition; Pancreatic secretion; CCK; Immunocytochemistry; PACAP; VIP; SP; Eso- Ileal inhibitory factor; PYY; Oleic acid; Fatty phagus, 415 acid stimulation, 45 Immunohistochemistry; Opioid peptide; Field stimulation; Longitudinal muscle strip; Ace- Proenkephalin A; Innervation; Endocrine; tylcholine; Calcium antagonist, 345 Dynamical system, 271 441 In vitro pharmacology; PACAP; VIP; Immunocy- Neurotensin; Dopamine; Schizophrenia; Trans- tochemistry; Trachea; Lung; Neuropeptide; duction; Pharmacology; Behavior, 153 Guinea-pig, 379 Newborn cat; Calcitonin; Calcitonin gene-related Inflammation; Neuroimmunomodulation; Adher- peptide (CGRP); Pulmonary neuroendocrine ence; Phagocyte; Sensory neuropeptide, 359 cell (PNEC); Colocalization; Gene expres- Inhibitory nerve; VIP; Human colon; Radioim- sion; Respiratory mucosa, 183 munoassay; Hirschsprung’s disease, 59 Noradrenergic ascending pathway; 6-Hydroxydo- Innervation; Opioid peptide; Proenkephalin A; pamine; Paraventricular nucleus of the hypo- Endocrine; Immunohistochemistry; Dynami- thalamus; CRH neuron; Ether-stress, 249 cal system, 271 Normotensive rat; Immunocytochemistry; Angio- Inositol trisphosphate; Salivary gland; AMP, cy- tensin; Vasopressin; Colocalization; Hypo- clic; Intracellular free calcium; Potassium ef- thalamo-neurohypophysial system, 197 flux, 173 Oleic acid; Pancreatic secretion; CCK; Ileal inhi- Inositol trisphosphate; Digital video imaging; Fu- bitory factor; PYY; Fatty acid stimulation; ra-2; Cell growth; Secretion, 299 Fatty acid inhibition, 45 Intestine; Endothelin; Secretion; Prostaglandin; Opioid peptide; Proenkephalin A; Innervation; Leukotriene; Ion transport, 1 Endocrine; Immunohistochemistry; Dynami- Intestine; Atrial natriuretic peptide; Electrolyte cal system, 271 transport, 29 Oviduct; Myoinhibition; Leucophaea maderae; Intracellular free calcium; Salivary gland; AMP, Hindgut; Adipokinetic hormone; APGWam- cyclic; Inositol trisphosphate; Potassium ef- ide, 111 flux, 173 PACAP; VIP; Immunocytochemistry; In vitro Intracisternal; Motility index; Development; Rat, pharmacology; Trachea; Lung; Neuropep- 99 tide; Guinea-pig, 379 Ion transport; Endothelin; Secretion; Intestine; PACAP; VIP; SP; Immunocytochemistry; Eso- Prostaglandin; Leukotriene, | phagus, 415 Leucophaea maderae; Myoinhibition; Hindgut; PYY; Pancreatic secretion; CCK; Ileal inhibitory Oviduct; Adipokinetic hormone; APGWam- factor; Oleic acid; Fatty acid stimulation; ide, 111 Fatty acid inhibition, 45 Leukotriene; Endothelin; Secretion; Intestine; Pancreas; Stomach; Proteinase; Camostate; Cho- Prostaglandin; Ion transport, 1 lecystokinin, 85 Longitudinal muscle strip; Acetylcholine; Cal- Pancreas; Neurokin B; Nerve plexus; Human gut; cium antagonist; Field stimulation, 345 Gall bladder, 165 Lung; PACAP; VIP; Immunocytochemistry; In Pancreastatin; Chromogranin A; Peptide hor- vitro pharmacology; Trachea; Neuropeptide; mone; Endocrine cell; Immunocytochemistry; Guinea-pig, 379 Peptide coexistence, 283 Motility index; Development; Intracisternal; Rat, Pancreatic secretion; CCK;; Ileal inhibitory factor; 99 PYY; Oleic acid; Fatty acid stimulation; Fatty Myoinhibition; Leucophaea maderae; Hindgut; acid inhibition, 45 Oviduct; Adipokinetic hormone; APGWam- Pancreatic secretagogue; AMP, cyclic; Vasoac- ide, 111 tive intestinal peptide; Amylase secretion; Po- Nerve plexus; Neurokin B; Human gut; Pancreas; tentiation, 121 Gall bladder, 165 Pancreatic islet; 7B2, 407 Neuroimmunomodulation; Inflammation; Adher- Paraventricular nucleus of the hypothalamus; ence; Phagocyte; Sensory neuropeptide, 359 Noradrenergic ascending pathway; 6-Hydro- Neurokin B; Nerve plexus; Human gut; Pancreas; xydopamine; CRH neuron; Ether-stress, 249 Gall bladder, 165 Peptide coexistence; Pancreastatin; Chromo- Neuron-specific enolase; Calcitonin gene-related granin A; Peptide hormone; Endocrine cell; peptide; Taste papillae, 219 Immunocytochemistry, 283 Neuron-specific enolase; Calcitonin gene-related Peptide histidine methionine; Anorexia nervosa; peptide; Taste papillae, 235 Eating disorder; Cholecystokinin; Vasoactive Neuropeptide; PACAP; VIP; Immunocytochem- intestinal peptide, 141 istry; In vitro pharmacology; Trachea; Lung; Peptide hormone; Pancreastatin; Chromogranin Guinea-pig, 379 A; Endocrine cell; Immunocytochemistry; Peptide coexistence, 283 442 Peptide; Stomach; Thyrotropin releasing hor- Sensory neuropeptide; Neuroimmunomodula- mone; Somatostatin; Cisterna magna; Vagus, tion; Inflammation; Adherence; Phagocyte, 21 359 Phagocyte; Neuroimmunomodulation; Inflam- Sodium; Blood pressure; Atrial natriuretic pep- mation; Adherence; Sensory neuropeptide, tide; Diabetes mellitus; Autonomic neuropa- 359 thy, 311 Pharmacology; Neurotensin; Dopamine; Schi- Somatostatin; Stomach; Thyrotropin releasing zophrenia; Transduction; Behavior, 153 hormone; Peptide; Cisterna magna; Vagus, 21 Pituitary; Growth hormone-releasing factor; So- Somatostatin-14-like immunoreactivity; Soma- matostatin; Binding site; Zucker rat, 263 tostatin-28(1-12)-like immunoreactivity; Ani- Posttranslational processing; C-terminally ex- mal model; Acute hepatic failure, 131 tended gastrin; «-Amidation; Radioimmuno- Somatostatin-28(1-12)-like immunoreactivity; assay, 323 Somatostatin-14-like immunoreactivity; Ani- Potassium efflux; Salivary gland; AMP, cyclic; mal model; Acute hepatic failure, 131 Inositol trisphosphate; Intracellular free cal- Somatostatin; Growth hormone-releasing factor; cium, 173 Binding site; Pituitary; Zucker rat, 263 Potentiation; AMP, cyclic; Vasoactive intestinal Stomach; Pancreas; Proteinase; Camostate; Cho- peptide; Amylase secretion; Pancreatic secre- lecystokinin, 85 tagogue, 121 Stomach; Thyrotropin releasing hormone; Soma- Proenkephalin A; Opioid peptide; Innervation; tostatin; Peptide; Cisterna magna; Vagus, 21 Endocrine; Immunohistochemistry; Dynami- Taste papillae; Neuron-specific enolase; Calci- cal system, 271 tonin gene-related peptide, 219 Prostaglandin; Endothelin; Secretion; Intestine; Taste papillae; Neuron-specific enolase; Calci- Leukotriene; Ion transport, 1 tonin gene-related peptide, 235 Proteinase; Pancreas; Stomach; Camostate; Cho- Thyrotropin releasing hormone; Stomach; Soma- lecystokinin, 85 tostatin; Peptide; Cisterna magna; Vagus, 21 Pulmonary neuroendocrine cell (PNEC); Calci- Trachea; PACAP; VIP; Immunocytochemistry; tonin gene-related peptide (CGRP); Colocali- In vitro pharmacology; Lung; Neuropeptide; zation; Gene expression; Respiratory mu- Guinea-pig, 379 cosa; Newborn cat, 183 Transduction; Neurotensin; Dopamine; Schi- mRNA; Gut peptide; Gastrin; HPLC, 391 zophrenia; Pharmacology; Behavior, 153 Radioimmunoassay; VIP; Human colon; Inhibi- VIP; Human colon; Radioimmunoassay; Inhibi- tory nerve; Hirschsprung’s disease, 59 tory nerve; Hirschsprung’s disease, 59 Radioimmunoassay; C-terminally extended gas- VIP; PACAP; Immunocytochemistry; In vitro trin; o«-Amidation; Posttranslational pro- pharmacology; Trachea; Lung; Neuropep- cessing, 323 tide; Guinea-pig, 379 Rat; Motility index; Development; Intracisternal, VIP; PACAP; SP; Immunocytochemistry; Eso- 99 phagus, 415 Respiratory mucosa; Calcitonin; Calcitonin gene- Vagus; Stomach; Thyrotropin releasing hormone; related peptide (CGRP); Pulmonary neuroen- Somatostatin; Peptide; Cisterna magna, 21 docrine cell (PNEC); Colocalization; Gene Vasoactive intestinal peptide; AMP, cyclic; Amy- expression; Newborn cat, 183 lase secretion; Pancreatic secretagogue; Po- SP; PACAP; VIP; Immunocytochemistry; Eso- tentiation, 121 phagus, 415 Vasoactive intestinal peptide; Anorexia nervosa; Salivary gland; AMP, cyclic; Inositol trisphos- Eating disorder; Cholecystokinin; Peptide his- phate; Intracellular free calcium; Potassium tidine methionine, 141 efflux, 173 Vasopressin; Immunocytochemistry; Angioten- Schizophrenia; Neurotensin; Dopamine; Trans- sin; Colocalization; Hypothalamo-neurohy- duction; Pharmacology; Behavior, 153 pophysial system; Normotensive rat, 197 Secretion; Endothelin; Intestine; Prostaglandin; Zucker rat; Growth hormone-releasing factor; Leukotriene; Ion transport, | Somatostatin; Binding site; Pituitary, 263 Secretion; Digital video imaging; Fura-2; Inositol trisphosphate; Cell growth, 299