Regulatory Peptides 1991: Vol 34 Index

5 Pages·1991·0.74 MB·English

Regulatory Peptides, 34 (1991) 285-286
© 1991 Elsevier Science Publishers B.V. 0167-0115/91/$03.50
Author index
Aberdeen, J., Moffitt, D. and Burnstock, G., Gall, D.G., see Sharkey, K.A., 61
Increases in NPY in non-sympathetic nerve Garcia, R., see Lachance, D., 55
fibres supplying rat mesenteric vessels after Gasbarrone, L., see Cugini, P., 141
immunosympathectomy, 43 Geijer, T., Bergh, J. and Terenius, L., Expression
Akwari, O.E., see Opara, E.C., 225 of preprodynorphin in human small cell lung
Alptekin, N., see Yagci, R. V., 275 carcinoma cell lines, 181
Battisti, P., see Cugini, P., 141 Glamsta, E.-L., Marklund, A., Hellman, U.,
Bergh, J., see Geijer, T., 181 Wernstedt, C., Terenius, L. and Nyberg, F.,
Bersani, M., see Bjornskov-Bartholdy, L., 197 Isolation and characterization of a hemo-
Bjornskov-Bartholdy, L., Bersani, M. and Holst, globin-derived opioid peptide from the human
J.J., Identification, characterization and re- pituitary gland, 169
lease of GRP gene-associated peptides from Greeley, Jr., G.H., see Ishizuka, J., 25
the normal porcine and human gastro- Guan, D., see Rivard, N., 13
intestinal tract, 197 Harling, H. and Tottrup, A., Motility regulating
Buchan, A.M.J., Kwok, Y.N. and Pederson, effects of galanin on smooth muscle of porcine
R.A., Anatomical relationship between ileum, 251
neuropeptide-containing fibers and efferent Hellman, U., see Glamsta, E.-L., 169
vagal neurons projecting to the rat corpus, 1 Holst, J.J., see Bjornskov-Bartholdy, L., 197
Burch, W.M., see Opara, E.C., 225 Hwang, D.L., Wang, S., Chen, R.C.-R. and
Burnstock, G., see Aberdeen, J., 43 Lev-Ran, A., Trauma, especially of the sub-
Cacicedo, L., see De los Frailes, M.T., 261 mandibular glands, causes release of epi-
Canova, R., see Cugini, P., 141 dermal growth factor into bloodstream in
Chen, R.C.-R., see Hwang, D.L., 133 mice, 133
Cianetti, A., see Cugini, P., 141 Ishizuka, J., Tatemoto, K., Cohn, D.V.,
Cohn, D.V., see Ishizuka, J., 25 Thompson, J.C. and Greeley, Jr., G.H.,
Coy, D.H., see Yagci, R.V., 275 Effects of pancreastatin and chromogranin A
Cugini, P., Lucia, P., Di Palma, L., Re, M., Leone, on insulin release stimulated by various insu-
G., Battisti, P., Canova, R., Gasbarrone, L. linotropic agents, 25
and Cianetti, A., Vasoactive intestinal peptide Isono, K., see Sakai, N., 33
fluctuates in human blood with a circadian Kanemura, T., see Sakai, N., 33
rhythm, 141 Kivipelto, L., Ultrastructural localization of
De los Frailes, M.T., Franco, F.S., Lorenzo, neuropeptide FF, a new neuropeptide in the
M.J., Tolén, R.M., Lara, J.I. and Cacicedo, brain and pituitary of rats, 211
L., Endogenous vasoactive intestinal peptide Kobayashi, K., see Sakai, N., 33
(VIP) regulates somatostatin secretion by cul- Kwok, Y.N., see Buchan, A.M.J., 1
tured fetal rat cerebral cortical and hypothal- Lachance, D. and Garcia, R., Synergism of atrial
amic cells, 261 pressure and adrenergic stimulation for ANF
Di Palma, L., see Cugini, P., 141 release in the rat, 55
Dégano, P., see Peird, E., 159 Lara, J.I., see De los Frailes, M.T., 261
Ertan, A., see Yagci, R.V.., 275 Lee, G., see Widmaier, E. P., 235
Fannon, L.D. and Phillips, M.I., Chronic ICV Leone, G., see Cugini, P., 141
infusion of neuropeptides alters lymphocyte Lev-Ran, A., see Hwang, D.L., 133
populations in experimental rodents, 189 Lorenzo, M.J., see De los Frailes, M.T., 261
Franco, F.S., see De los Frailes, M.T., 261 Lucia, P., see Cugini, P., 141
286
MacNaughton, W.K., see Sharkey, K.A., 61 Sharkey, K.A., Gall, D.G. and MacNaughton,
Marco, J., see Peiré, E., 159 W.K., Distribution and function of brain
Marklund, A., see Glamsta, E.-L., 169 natriuretic peptide in the stomach and small
Miralles, P., see Peiré, E., 159 intestine of the rat, 61
Moffitt, D., see Aberdeen, J., 43 Silvestre, R.A., see Peiré, E., 159
Morisset, J., see Rivard, N., 13 Solomon, T.E., see Rivard, N., 13
Nyberg, F., see Glamsta, E.-L., 169 Takebe, K., see Watanobe, H., 149
Opara, E.C., Burch, W.M., Taylor, I.L. and Takeuchi, S., see Sakai, N., 33
Akwari, O.E., Pancreatic hormone response Takeyama, K., see Sakai, N., 33
to neuropeptide Y (NPY) perifusion in vitro, Takizawa, T., see Sakai, N., 33
225 Tamaoki, J., see Sakai, N., 33
Pederson, R.A., see Buchan, A.M.J., 1 Tatemoto, K., see Ishizuka, J., 25
Peiré, E., Dégano, P., Miralles, P., Silvestre, R.A. Taylor, I.L., see Opara, E.C., 225
and Marco, J., Homologous pancreastatin Terenius, L., see Geijer, T., 181
inhibits insulin secretion without affecting Terenius, L., see Glamsta, E.-L., 169
glucagon and somatostatin release in the per- Thompson, J.C., see Ishizuka, J., 25
fused rat pancreas, 159 Tolén, R.M., see De los Frailes, M.T., 261
Petitclerc, D., see Rivard, N., 13 Tottrup, A., see Harling, H., 251
Phillips, M.I., see Fannon, L.D., 189 Turkelson, C.M., see Rivard, N., 13
Re, M., see Cugini, P., 141 Wang, S., see Hwang, D.L., 133
Rivard, N., Guan, D., Turkelson, C. M., Petitclerc, Watanobe, H., Sasaki, S. and Takebe, K., A com-
D., Solomon, T.E. and Morisset, J., Negative parative study of the effects of neonatal andro-
control by Sandostatin on pancreatic and genization and estrogenization on prolactin
duodenal growth: a possible implication of secretion in adult female rats, 149
insulin-like growth factor I, 13 Wernstedt, C., see Glamsta, E.-L., 169
Rossowski, W.J., see Yagci, R.V., 275 Widmaier, E.P., Shah, P.R. and Lee, G., Inter-
Sakai, N., Tamaoki, J., Kobayashi, K., Kanemura, actions between oxytocin, glucagon and glu-
T., Isono, K., Takeyama, K., Takeuchi, S. and cose in normal and streptozotocin-induced
Takizawa, T., Vasoactive intestinal peptide diabetic rats, 235
stimulates ciliary motility in rabbit tracheal Yagci, R.V., Alptekin, N., Zacharia, S., Coy,
epithelium: modulation by neutral endo- D.H., Ertan, A. and Rossowski, W.J., Galanin
peptidase, 33 inhibits pancreatic amylase secretion in the
Sasaki, S., see Watanobe, H., 149 pentobarbital-anesthetized rat, 275
Shah, P.R., see Widmaier, E. P., 235 Zacharia, S., see Yagci, R.V., 275
Regulatory Peptides, 34 (1991) 287-289
© 1991 Elsevier Science Publishers B.V. 0167-0115/91/$03.50
Key word index
Airway; Neuropeptide; Cilium; AMP, cyclic; Pep- tin-stimulated pancreatic amylase secretion;
tidase, 33 In vivo; Rat model; Galanin biphasic effect,
AMP, cyclic; Neuropeptide; Airway; Cilium; Pep- 275
tidase, 33 Chronobiology; Biological rhythm; VIP, 141
Angiotensin II; Substance P; Immune system; Cilium; Neuropeptide; Airway; AMP, cyclic; Pep-
Lymphocyte, 189 tidase, 33
Antiopioid peptide; FMRFamide-like peptide; Cultured fetal cerebral cell: Somatostatin; VIP;
Immuno-electron microscopy; Morphine-mo- Passive immunization, 261
dulating peptide; Neurohypophysis; Nucleus DMV; True blue; Fluorogold; Substance P;
of the solitary tract, 211 Neuropeptide Y; CGRP; Stomach, 1
L-Arginine; Rat pancreas; CCK-8; GIP; Gluca- DNA; Sandostatin; RNA; Plasma and tissue
gon, 25 insulin-like growth factor I, 13
Aromatization; Neonatal androgenization; Electrolyte transport; Immunohistochemistry;
Neonatal estrogenization; Female rat; Pro- Chloride secretion; Natriuretic peptide; En-
lactin, 149 teric nervous system, 61
Atrial natriuretic factor (ANF); Phenylephrine; Enkephalin; Opioid; mRNA; Neuroblastoma;
Atrial pressure, 55 Northern blot; Radioimmunoassay, 181
Atrial pressure; Atrial natriuretic factor (ANF); Enteric nervous system; Immunohistochemistry;
Phenylephrine, 55 Electrolyte transport; Chloride secretion;
Basal pancreatic amylase secretion; Galanin inhi- Natriuretic peptide, 61
bition; Cholecystokinin; Bombesin; Secretin- Epidermal growth factor; Mouse submandibular
stimulated pancreatic amylase secretion; gland, 133
In vivo; Rat model; Galanin biphasic effect, Female rat; Neonatal androgenization; Neonatal
275 estrogenization; Prolactin; Aromatization,
Biological rhythm; Chronobiology; VIP, 141 149
Blood vessel; NPY; Plasticity; Sympathectomy; Fluorogold; True blue; Substance P;
NGF, 43 Neuropeptide Y; CGRP; Stomach; DMV, 1
Bombesin; Small cell lung cancer; Neuropeptide; FMRFamide-like peptide; Antiopioid peptide;
Peptidergic nerve; proGRP; Peptide precur- Immuno-electron microscopy; Morphine-mo-
sor, 197 dulating peptide; Neurohypophysis; Nucleus
Bombesin; Galanin inhibition; Basal pancreatic of the solitary tract, 211
amylase secretion; Cholecystokinin; Secretin- Galanin biphasic effect; Galanin inhibition; Basal
stimulated pancreatic amylase secretion; pancreatic amylase secretion; Cholecysto-
In vivo; Rat model; Galanin biphasic effect, kinin; Bombesin; Secretin-stimulated pan-
275 creatic amylase secretion; In vivo; Rat model,
CCK-8; Rat pancreas; GIP; Glucagon; L-Argi- 275
nine, 25 Galanin inhibition; Basal pancreatic amylase
CGRP; True blue; Fluorogold; Substance P; secretion; Cholecystokinin; Bombesin; Secre-
Neuropeptide Y; Stomach; DMV, 1 tin-stimulated pancreatic amylase secretion;
Chloride secretion; Immunohistochemistry; Elec- In vivo; Rat model; Galanin biphasic effect,
trolyte transport; Natriuretic peptide; Enteric 275
nervous system, 61 GIP; Rat pancreas; CCK-8; Glucagon; L-Argi-
Cholecystokinin; Galanin inhibition; Basal pan- nine, 25
creatic amylase secretion; Bombesin; Secre- Glucagon; Rat pancreas; CCK-8; GIP; L-Argi-
nine, 25
288
Glucagon; Rat pancreastatin; Rat pancreas; Insu- Neonatal estrogenization; Neonatal androgeniza-
lin; Somatostatin, 159 tion; Female rat; Prolactin; Aromatization,
Glucagon; Insulin; Secretion; Microdissection; 149
Isolated islet, 225 Neuroblastoma; Opioid; Enkephalin; mRNA;
Glucagon; Oxytocin; Rat; Streptozotocin; Hypo- Northern blot; Radioimmunoassay; 181
thalamus, 235 Neurohypophysis; Antiopioid peptide;
Hemoglobin; Human; Isolation; Opioid peptide; FMRFamide-like peptide; Immuno-electron
Opioid receptor; Pituitary, 169 microscopy; Morphine-modulating peptide;
Human; Hemoglobin; Isolation; Opioid peptide; Nucleus of the solitary tract, 211
Opioid receptor; Pituitary, 169 Neuropeptide Y; True blue; Fluorogold; Sub-
Hypothalamus; Oxytocin; Glucagon; Rat; Strep- stance P; CGRP; Stomach; DMV, 1
tozotocin, 235 Neuropeptide; Airway; Cilium; AMP, cyclic; Pep-
Immune system; Angiotensin II; Substance P; tidase, 33
Lymphocyte, 189 Neuropeptide; Bombesin; Small cell lung cancer;
Immuno-electron microscopy; Antiopioid pep- Peptidergic nerve; proGRP; Peptide precur-
tide; FMRFamide-like peptide; Morphine- sor, 197
modulating peptide; © Neurohypophysis; Neuropeptide; Pig; Small intestine; Intestinal
Neurohypophysis; Nucleus of the solitary motility, 251
tract, 211 NGF; NPY; Plasticity; Sympathectomy; Blood
Immunohistochemistry; Electrolyte transport; vessel, 43
Chloride secretion; Natriuretic peptide; Northern blot; Opioid; Enkephalin; mRNA;
Enteric nervous system, 61 Neuroblastoma; Radioimmunoassay, 181
In vivo; Galanin inhibition; Basal pancreatic NPY; Plasticity; Sympathectomy; NGF; Blood
amylase secretion; Cholecystokinin; Bombe- vessel, 43
sin; Secretin-stimulated pancreatic amylase Nucleus of the solitary tract; Antiopioid peptide;
secretion; Rat model; Galanin biphasic effect, FMRFamide-like peptide; Immuno-electron
275 microscopy; Morphine-modulating peptide;
Insulin; Glucagon; Secretion; Microdissection; Neurohypophysis, 211
Isolated islet, 225 Opioid peptide; Hemoglobin; Human; Isolation;
Insulin; Rat pancreastatin; Rat pancreas; Gluca- Opioid receptor; Pituitary, 169
gon; Somatostatin, 159 Opioid receptor; Hemoglobin; Human; Isolation;
Intestinal motility; Neuropeptide; Pig; Small Opioid peptide; Pituitary, 169
intestine, 251 Opioid; Enkephalin,; mRNA; Neuroblastoma;
Isolated islet; Insulin; Glucagon; Secretion; Northern blot; Radioimmunoassay, 181
Microdissection, 225 Oxytocin; Glucagon; Rat; Streptozotocin; Hypo-
Isolation; Hemoglobin; Human; Opioid peptide; thalamus, 235
Opioid receptor; Pituitary, 169 Passive immunization; Somatostatin; VIP; Cul-
Lymphocyte; Angiotensin II; Substance P; tured fetal cerebral cell, 261
Immune system, 189 Peptidase; Neuropeptide; Airway; Cilium; AMP,
Microdissection; Insulin; Glucagon; Secretion; cyclic, 33
Isolated islet, 225 Peptide precursor; Bombesin; Small cell lung can-
Morphine-modulating peptide; Antiopioid pep- cer; Neuropeptide; Peptidergic nerve;
tide; FMRFamide-like peptide; Immuno-elec- proGRP, 197
tron microscopy; Neurohypophysis; Nucleus Peptidergic nerve; Bombesin; Small cell lung can-
of the solitary tract, 211 cer; Neuropeptide; proGRP; Peptide precur-
Mouse submandibular gland; Epidermal growth sor, 197
factor, 133 Phenylephrine; Atrial natriuretic factor (ANF);
Natriuretic peptide; Immunohistochemistry; Atrial pressure, 55
Electrolyte transport; Chloride secretion; Pig; Neuropeptide; Small intestine; Intestinal
Enteric nervous system, 61 motility, 251
Neonatal androgenization; Neonatal estrogeniza- Pituitary; Hemoglobin; Human; Isolation; Opioid
tion; Female rat; Prolactin; Aromatization, peptide; Opioid receptor, 169
149 Plasma and tissue insulin-like growth factor I;
Sandostatin; DNA; RNA, 13
289
Plasticity; NPY; Sympathectomy; NGF; Blood Galanin inhibition; Basal pancreatic amylase
vessel, 43 secretion; Cholecystokinin; | Bombesin;
proGRP; Bombesin; Small cell lung cancer; In vivo; Rat model; Galanin biphasic effect,
Neuropeptide; Peptidergic nerve; Peptide 275
precursor, 197 Secretion; Insulin; Glucagon; Microdissection;
Prolactin; Neonatal androgenization; Neonatal Isolated islet, 225
estrogenization; Female rat; Aromatization, Small cell lung cancer; Bombesin; Neuropeptide;
149 Peptidergic nerve; proGRP; Peptide precur-
Radioimmunoassay; Opioid; Enkephalin; sor, 197
mRNA; Neuroblastoma; Northern blot, 181 Small intestine; Neuropeptide; Pig; Intestinal
Rat model; Galanin inhibition; Basal pancreatic motility, 251
amylase secretion; Cholecystokinin; Bombe- Somatostatin; Rat pancreastatin; Rat pancreas;
sin; Secretin-stimulated pancreatic amylase Insulin; Glucagon, 159
secretion; In vivo; Galanin biphasic effect, Somatostatin; VIP; Cultured fetal cerebral cell;
275 Passive immunization, 261
Rat pancreas; CCK-8; GIP; Glucagon; L-Argi- Stomach; True blue; Fluorogold; Substance P;
nine, 25 Neuropeptide Y; CGRP; DMV, 1
Rat pancreastatin; Rat pancreas; Insulin; Gluca- Streptozotocin; Oxytocin; Glucagon; Rat; Hypo-
gon; Somatostatin, 159 thalamus, 235
Rat pancreas; Rat pancreastatin; Insulin; Gluca- Substance P; True blue; Fluorogold; Neuropep-
gon; Somatostatin, 159 tide Y; CGRP; Stomach; DMV, 1
Rat; Oxytocin; Glucagon; Streptozotocin; Hypo- Substance P; Angiotensin II; Immune system;
thalamus, 235 Lymphocyte, 189
RNA; Sandostatin; DNA; Plasma and tissue Sympathectomy; NPY; Plasticity; NGF; Blood
insulin-like growth factor I, 13 vessel, 43
mRNA; Opioid; Enkephalin; Neuroblastoma; True blue; Fluorogold; Substance P; Neuropep-
Northern blot; Radioimmunoassay, 181 tide Y; CGRP; Stomach; DMV, 1
Sandostatin; DNA; RNA; Plasma and tissue VIP; Biological rhythm; Chronobiology, 141
insulin-like growth factor I, 13 VIP; Somatostatin; Cultured fetal cerebral cell;
Secretin-stimulated pancreatic amylase secretion; Passive immunization, 261