Table Of Content

Brain Research, 569 (1992) 358-359 Elsevier Author Index Aceves, J., see Arias-Montaño, J.A., 317 structural analysis of the serotonin hy- anterograde double-labeling study with Akaishi, T. and Homma, S., Hypothalamic perinnervation in adult rat neostriatum biocytin and PHA-L, 336 osmoregulation for vasopressin release in following neonatal dopamine denerva- Hennessey, A.C., Whitman, D.C. and Al- streptozotocin-diabeüc rats in vivo and in tion with 6-hydroxydopamine, 1 bers, H.E., Microinjection of arginine- vitro, 86 deToledo-Morrell, L., see Geinisman, Y., vasopressin into the periaqueductal gray Akiyama, K., Daigen, A., Yamada, N., 341 stimulates flank marking in Syrian ham- Itoh, T., Kohira, I., Ujike, H. and Deviche, P. and Güntürkün, O., Peptides sters (Mesocricetus auratus), 136 Otsuki, S., Long-lasting enhancement of for calling? An immunohistochemical Henry, J.L., see Hong, Y., 38 metabotropic excitatory amino acid re- study of the avian n. intercollicularis, 93 Hess, J., Lesser, D. and Landgraf, R., ceptor-mediated polyphosphoinositide Doucet, G., see Descarries, L., 1 Vasopressin and oxytocin in brain areas hydrolysis in the amygdala/pyriform cor- Duncan, M.J. and Mead, R.A., Autoradio- of rats selectively bred for differences in tex of deep prepiriform cortical kindled graphic localization of binding sites for behavioral performance, 106 rats, 71 2-[*TJiodomelatonin in the pars tuber- Hildebrand, J.P., see Norman, A.B., 169 Akiyama, K., see Kanzaki, A., 181 alis of the western spotted skunk (Spi- Hinton, M.R., see Kendrick, K.M., 199 Aksentijevich, S., see Smith, C.C., 295 logale putorius latifrons), 152 Hoffman, G.E., see Olson, B.R., 238 Albers, H.E., see Hennessey, A.C., 136 Homma, S., see Akaishi, T., 86 Egger, M.D., see Maslany, S., 123 Araujo, D.M. and Cotman, C.W., P-Amy- Hong, Y. and Henry, J.L., Glutamate, Ewert, M., De Blas, A.L., Möhler, H. and loid stimulates glial cells in vitro to NMDA and NMDA receptor antago- Seeburg, P.H., A prominent epitope on produce growth factors that accumulate nists: cardiovascular effects of intrathecal GABA, receptors is recognized by two in senile plaques in Alzheimer’s disease, administration in the rat, 38 different monoclonal antibodies, 57 141 Arias-Montaño, J.A., Martínez-Fong, D. Itoh, T., see Akiyama, K., 71 Farningham, D.A.H., see Mercer, J.G., and Aceves, J., Glutamate stimulation of 311 tyrosine hydroxylase is mediated by Jenkins, L.W., see Lyeth, B.G., 281 Favarato, M., Zatta, P., Perazzolo, M., NMDA receptors in the rat striatum, 317 Jensen, T.S. and Yaksh, T.L., The antino- Fontana, L. and Nicolini, M., Aluminum- ciceptive activity of excitatory amino (III) influences the permeability of the Barrett, R.K. and Underwood, H., The acids in the rat brainstem: an anatomical blood-brain barrier to ['*C]sucrose in superior cervical ganglia are not neces- and pharmacological analysis, 255 rats, 330 sary for entrainment or persistence of the Jodo, E., see Kayama, Y., 210 Fontana, L., see Favarato, M., 330 pineal melatonin rhythm in Japanese Johnson, M.L., see Seil, F.J., 164 Fricker, L.D., see Klein, R.S., 300 quail, 249 Jones, H.C., see Butt, A.M., 100 Furukawa, K., see Takeda, A., 177 Blatteis, C.M., see Xin, L., 348 Kalayci, O., Cataltepe, S. and Cataltepe, Bourdon, V., see Damas, J., 63 Gage, F.H., see Yoshida, K., 14 O., The effect of bolus methylpredniso- Bruno, J.P., see Descarries, L., 1 Garcia, S., see Descarries, L., 1 lone in prevention of brain edema in Butt, A.M. and Jones, H.C., Effect of Geinisman, Y., Morrell, F. and deToledo- histamine and antagonists on electrical hypoxic ischemic brain injury: an exper- Morrell, L., Increase in the number of resistance across the blood-brain barrier axospinous synapses with segmented imental study in 7-day-old rat pups, 112 in rat brain-surface microvessels, 100 postsynaptic densities following hippo- Kalra, P.S., see Phelps, C.P., 159 campal kindling, 341 Kalra, S.P., see Phelps, C.P., 159 Cairns, A., see Schneiderman, J.H., 287 Kane, J.M., see Moran, P.M., 156 Gerstberger, R., see Kanosue, K., 268 Cataltepe, O., see Kalayci, O., 112 Kanosue, K., Gerstberger, R., Simon-Op- Giorgi, O., Pibiri, M.G., Toso, R.D. and Cataltepe, S., see Kalayci, Ó., 112 permann, C. and Simon, E., Ionic re- Ragatzu, G., Age-related changes in the Cechetto, D.F., see Oppenheimer, S.M., turnover rates of D,-dopamine receptors sponsiveness in third ventricular hyper- 221 in the retina and in distinct areas of the tonic stimulation of antidiuresis in ducks, Chiodera, P. and Coiro, V., Effects of rat brain, 323 268 intravenous infusion of substance P on Gold, P.W., see Smith, C.C., 295 Kanzaki, A., Akiyama, K. and Otsuki, S., arginine vasopressin and oxytocin secre- Subchronic methamphetamine treatment Gomez-Ramos, P., Mufson, E.J. and Mo- tion in normal men, 173 ran, M.A., Ultrastructural localization of enhances ouabain-induced striatal dopa- Chrousos, G.P., see Smith, C.C., 295 acetylcholinesterase in neurofibrillary mine efflux in vivo, 181 Chung, M.C., see Petito, C.K., 275 tangles, neuropil threads and senile Kayama, Y., Ohta, M. and Jodo, E., Firing Coiro, V., see Chiodera, P., 173 plaques in aged and Alzheimer’s brain, of ‘possibly’ cholinergic neurons in the Cooper, A.J.L., see Petito, C.K., 275 229 rat laterodorsal tegmental nucleus during Cotman, C.W., see Araujo, D.M., 141 Goode, J.A., see Kendrick, K.M., 199 sleep and wakefulness, 210 Crockett, D.P., see Maslany, S., 123 Gruol, D.L., see Urrutia, A., 26 Kendrick, K.M., Keverne, E.B., Hinton, M.R. and Goode, J.A., Oxytocin, amino Gudeman, S.K., see Lyeth, B.G., 281 Daigen, A., see Akiyama, K., 71 acid and monoamine release in the re- Giintiirkiin, O., see Deviche, P., 93 Damas, J., Delrée, P. and Bourdon, V., gion of the medial preoptic area and bed Distribution of immunoreactive T-kini- Hamm, R.J., see Lyeth, B.G., 281 nucleus of the stria terminalis of the nogen in rat nervous tissues, 63 Hauser, E., see Smith, C.C., 295 sheep during parturition and suckling, De Blas, A.L., see Ewert, M., 57 Hayes, R.L., see Lyeth, B.G., 281 199 Delrée, P., see Damas, J., 63 Hazrati, L.-N. and Parent, A., Conver- Keverne, E.B., see Kendrick, K.M., 199 Descarries, L., Soghomonian, J.-J., Garcia, gence of subthalamic and striatal effer- Klein, R.S. and Fricker, L.D., Heteroge- S., Doucet, G. and Bruno, J.P., Ultra- ents at pallidal level in primates: an neous expression of carboxypeptidase E 359 and proenkephalin mRNAs by cultured Onodera, H., see Takeda, A., 177 Simon, E., see Kanosue, K., 268 astrocytes, 300 Oppenheimer, S.M., Saleh, T.M., Wilson, Simon-Oppermann, C., see Kanosue, K., Kogure, K., see Takeda, A., 177 J.X. and Cechetto, D.F., Plasma and 268 Kohira, I., see Akiyama, K., 71 organ catecholamine levels following Smith, C.C., Hauser, E., Renaud, N.K., stimulation of the rat insular cortex, 221 Leff, A., Aksentijevich, S., Chrousos, Landgraf, R., see Hess, J., 106 Otsuki, S., see Akiyama, K., 71 G.P., Wilder, R.L., Gold, P.W. and Lawrence, C.B., see Mercer, J.G., 311 Otsuki, S., see Kanzaki, A., 181 Sternberg, E.M., Increased hypotha- Leff, A., see Smith, C.C., 295 lamic [*H]flunitrazepam binding in hypo- Lepinski, D.L., see Pellmar, T.C., 189 Parent, A., see Hazrati, L.-N., 336 thalamic-pituitary-adrenal axis hypore- Lesser, D., see Hess, J., 106 Pellmar, T.C. and Lepinski, D.L., Electro- sponsive Lewis rats, 295 Li, H. and Satinoff, E., Effects of p-chlo- physiological consequences of exposure Soghomonian, J.-J., see Descarries, L., 1 rophenylalanine on thermoregulation of hippocampal slices to dihydroxyfuma- Stadler, T., Veltmar, A., Quadri, F. and and sleep in rats, 46 rate, a generator of superoxide radicals, Unger, T., Angiotensin II evokes nor- Lyeth, B.G., Ray, M., Hamm, R.J., Schna- 189 adrenaline release from the paraventric- bel, J., Saady, J.J., Poklis, A., Jenkins, Perazzolo, M., see Favarato, M., 330 ular nucleus in conscious rats, 117 L.W., Gudeman, S.K.and Hayes, R.L., Petito, C.K., Chung, M.C., Verkhovsky, Sterling, C.A., see Schneiderman, J.H., Postinjury scopolamine administration in L.M. and Cooper, A.J.L., Brain glu- 287 experimental traumatic brain injury, 281 tamine synthetase increases following ce- Sternberg, E.M., see Smith, C.C., 295 rebral ischemia in the rat, 275 Stricker, E.M., see Olson, B.R., 238 Martínez-Fong, D., see Arias-Montaño, Phelps, C.P., Kalra, S.P. and Kalra, P.S., In J.A., 317 Stritzel, M.E., see Pritz, M.B., 146 vivo pulsatile LHRH release into the Sved, A.F., see Olson, B.R., 238 Maslany, S., Crockett, D.P. and Egger, anterior pituitary of the male rat: effects M.D., Organization of cutaneous pri- of castration, 159 Takeda, A., Onodera, H., Yamasaki, Y., mary afferent fibers projecting to the Pibiri, M.G., see Giorgi, O., 323 Furukawa, K., Kogure, K., Obinata, M. dorsal horn in the rat: WGA-HRP versus Poklis, A., see Lyeth, B.G., 281 and Shibahara, S., Decreased expression B-HRP, 123 Pritz, M.B. and Stritzel, M.E., A second of neurotrophin-3 mRNA in the rat Mead, R.A., see Duncan, M.J., 152 auditory area in the non-cortical telen- hippocampus following transient fore- Mercer, J.G., Farningham, D.A.H. and cephalon of a reptile, 146 brain ischemia, 177 Lawrence, C.B., Effect of neonatal cap- Toso, R.D., see Giorgi, O., 323 saicin treatment on cholecystokinin- Quadri, F., see Stadler, T., 117 (CCK8) satiety and axonal transport of Ujike, H., see Akiyama, K., 71 Ragatzu, G., see Giorgi, O., 323 CCK binding sites in the rat vagus Underwood, H., see Barrett, R.K., 249 Ray, M., see Lyeth, B.G., 281 nerve, 311 Unger, T., see Stadler, T., 117 Reed, G.D., see Robinson, G.B., 78 Mohler, H., see Ewert, M., 57 Urrutia, A. and Gruol, D.L., Acute alcohol Moran, M.A., see Gomez-Ramos, P., 229 Renaud, N.K., see Smith, C.C., 295 alters the excitability of cerebellar Pur- Moran, P.M., Kane, J.M. and Moser, P.C., Ribak, C.E., see Seress, L., 353 kinje neurons and hippocampal neurons Robinson, G.B. and Reed, G.D., Effect of Enhancement of working memory per- in culture, 26 MK-801 on the induction and subsequent formance in the rat by MDL 26,479, a novel compound with activity at the decay of long-term potentiation in the Veltmar, A., see Stadler, T., 117 unanesthetized rabbit hippocampal den- Verbalis, .G., see Olson, B.R., 238 GABA, receptor complex, 156 tate gyrus, 78 Verkhovsky, L.M., see Petito, C.K., 275 Morrell, F., see Geinisman, Y., 341 Moser, P.C., see Moran, P.M., 156 Saady, J.J., see Lyeth, B.G., 281 Whitman, D.C., see Hennessey, A.C., 136 Mufson, E.J., see Gomez-Ramos, P., 229 Saleh, T.M., see Oppenheimer, S.M., 221 Wilder, R.L., see Smith, C.C., 295 Sanberg, P.R., see Norman, A.B., 169 Wilson, J.X., see Oppenheimer, S.M., 221 Nicolini, M., see Favarato, M., 330 Satinoff, E., see Li, H., 46 Wyatt, L.M., see Norman, A.B., 169 Nilaver, G., see Seil, F.J., 164 Schnabel, J., see Lyeth, B.G., 281 Nishi, R., see Seil, F.J., 164 Xin, L. and Blatteis, C.M., Blockade by Schneiderman, J.H., Cairns, A. and Ster- Norgren, R.B., see Norman, A.B., 169 interleukin-1 receptor antagonist of IL- ling, C.A., Evoked CA3 field potentials Norman, A.B., Norgren, R.B., Wyatt, 1ß-induced neuronal activity in guinea corresponding to both EPSPs and IPSPs L.M., Hildebrand, J.P. and Sanberg, pig preoptic area slices, 348 in hippocampal slice, 287 P.R., The direction of apomorphine- Seeburg, P.H., see Ewert, M., 57 induced rotation behavior is dependent Yaksh, T.L., see Jensen, T.S., 255 Seil, F.J., Johnson, M.L., Nishi, R. and on the location of excitotoxin lesions in Yamada, N., see Akiyama, K., 71 Nilaver, G., Tyrosine hydroxylase ex- the rat basal ganglia, 169 Yamasaki, Y., see Takeda, A., 177 pression in non-catecholaminergic cells Yoshida, K. and Gage, F.H., Cooperative Obinata, M., see Takeda, A., 177 in cerebellar cultures, 164 regulation of nerve growth factor synthe- Ohta, M., see Kayama, Y., 210 Seress, L. and Ribak, C.E., Ultrastructural sis and secretion in fibroblasts and astro- Olson, B.R., Hoffman, G.E., Sved, A.F., features of primate granule cell bodies cytes by fibroblast growth factor and Stricker, E.M. and Verbalis, .G., Chole- show important differences from those of other cytokines, 14 cystokinin induces c-fos expression in rats: axosomatic synapses, somatic spines hypothalamic oxytocinergic neurons pro- and infolded nuclei, 353 Zatta, P., see Favarato, M., 330 jecting to the dorsal vagal complex, 238 Shibahara, S., see Takeda, A., 177