Brain Research 1991: Vol 545 Index

2 Pages·1991·1.1 MB·Scholarly Journals

Brain Research, 545 (1991) 358-359
Elsevier
Author Index
Agnati, L.F., see Zoli, M., 199 (ND7/23), 80 M.J. and Lopes da Silva, F.H., Develop-
Akiyama, K., see Daigen, A., 131 Dykes, R.W., see Webster, H.H., 292 ment of changes in endogenous GABA
Aleman, D.O., see Carr, K.D., 283 release during kindling epileptogenesis in
Anderson, R.E., see Lyons, M.K., 339 Edwards, E., Ashby, Jr., C.R. and Wang, rat hippocampus, 33
Araki, T., see Hara, J., 87 R.Y., The effect of typical and atypical Kasckow, J., Cain, S.T. and Nemeroff,
Ashby Jr., C.R., see Edwards, E., 276 antipsychotic drugs on the stimulation of C.A., Neurotensin effects on calcium/cal-
phosphoinositide hydrolysis produced by modulin-dependent protein phosphoryla-
Bak, T.H., see Carr, K.D., 283 the 5-HT; receptor agonist 2-methyl-sero- tion in rat neostriatal slices, 343
Belkin, M., see Schwartz, M., 334 tonin, 276 Kato, H., see Hara, H., 87
Ben-Bassat, S., see Schwartz, M., 334 Etoh, T., see Murakami, N., 347 Kellogg, C.K., see Primus, R.J., 257
Beyreuther, K., see Kitamoto, T., 319 Kitamoto, T., Muramoto, T., Hilbich, C.,
Biesold, D., see Webster, H.H., 292 Feller, D.J., Tso-Olivas, D.Y. and Savage, Beyreuther, K. and Tateishi, J., N-termi-
Blake, M.J., see Mesco, E.R., 355 D.D., Hippocampal mossy fiber zinc defi- nal sequence of prion protein is also inte-
Bonhaus, D.W., Russell, R.D. and McNa- cit in mice genetically selected for ethanol grated into kuru plaques in patients with
mara, J.O., Activation of substantia nigra withdrawal seizure susceptibility, 73 Gerstmann-Straussler syndrome, 319
pars reticulata neurons: role in the initia- Felten, D.L., see Date, I., 191 Kiyota, Y., Takami, K., Iwane, M., Shino,
tion and behavioral expression of kindled Felten, S.Y., see Date, I., 191 A., Miyamoto, M., Tsukuda, R. and Na-
seizures, 41 Ferraguti, F., see Zoli, M., 199 gaoka, A., Increase in basic fibroblast
Briickner, G., see Webster, H.H., 292 Fitzgerald, R.S., see Shirahata, M., 297 growth factor-like immunoreactivity in rat
Burgess, G.M., see Dunn, P.M., 80 Fraser, P.A., see Ichimura, T., 103 brain after forebrain ischemia, 322
Fuxe, K., see Zoli, M., 199 Kogure, K., see Hara, H., 87
Cain, S.T., see Kasckow, J., 343 Kurata, M., Okuda, M., Muneyuki, M. and
Carr, K.D., Aleman, D.O., Bak, T.H. and Gold, M.S., see Morgan, M.M., 17 Ohnishi, S.T., [*P]MRS study of the pro-
Simon, E.J., Effects of parabrachial opi- Goldsmith, C.H., see Witelson, S.F., 175 tective effects of prostaglandin oligomers
oid antagonism on stimulation-induced Goping, G., see Dechesne, C.J., 223 on forebrain ischemia in rats, 315
feeding, 283 Govitrapong, P., see Phansuwan-Pujito, P., Kuroda, H., see Murakami, N., 347
Cohen, A., see Schwartz, M., 334 49 Kuschinsky, W., see Schréck, H., 234
Coote, P.R., see Dunn, P.M., 80 Guilhaume, S.S., see Correa, F.M.A., 215
Correa, F.M.A., Guilhaume, S.S. and Saa- Gustafsson, J.-A., see Zoli, M., 199 Landgraf, R., Ramirez, A.D. and Ramirez,
verda, J.M., Comparative quantification V.D., The positive feedback action of
of rat brain and pituitary angiotensin-con- Hampson, D.R., see Dechesne, C.J., 223 vasopressin on its own release from rat
verting enzyme with autoradiographic Hapner, S.J., see Paden, C.M., 151 septal tissue in vitro is receptor-mediated,
and enzymatic methods, 215 Hara, H., Onodera, H., Kato, H., Araki, T. 137
Cserr, H.F., see Ichimura, T., 103 and Kogure, K., Autoradiographic analy- Lavie, V., see Schwartz, M., 334
Cunningham, K.A., see Lee, M.A., 351 sis of second messenger and neurotrans- Lavin, M.A. and Drucker-Colin, R., Onto-
mitter system receptors in the gerbil hip- geny of the electrophysiological activity of
Daigen, A., Akiyama, K. and Otsuki, S., pocampus following transient forebrain dopaminergic cells with special reference
Long-lasting change in the membrane-as- ischemia, 87 to the influence of adrenal medullary
sociated protein kinase C activity in the Hara, N., see Sawada, M., 248 grafts on aging, 164
hippocampal kindled rat, 131 Hilbich, C., see Kitamoto, T., 319 Lee, M.A., Paris, J.M. and Cunningham,
Daikoku, S., see Hisano, S., 265 Hinch, D., see Van Reeth, O., 208 K.A., Cocaine-induced behavioral sensi-
Date, I., Felten, S.Y. and Felten, D.L., The Hisano, S. and Daikoku, S., Existence of tization is not associated with loss of
nigrostriatal dopaminergic system in mutual synaptic relations between corti- GABA-immunoreactive neurons in the
MPTP-treated mice shows more promi- cotropin-releasing factor-containing and amygdala, 351
nent recovery by syngeneic adrenal med- somatostatin-containing neurons in the Lerchl, A., see Stokkan, K.-A., 66
ullary graft than by allogeneic or xenoge- rat hypothalamus, 265 Liebeskind, J.C., see Morgan, M.M., 17
neic graft, 191 Huisman, E., see Kamphuis, W., 33 Liu, X.-b, Zheng, Z.-h, Xi, M.-c. and Wu,
De Belleroche, J., see Wood, H., 183 C.-p., Distribution of synapses on fast and
De Moraes, V.Z., see Schmidt, S.L., 123 Ichimura, T., Fraser, P.A. and Cserr, H.F., slow pyramidal tract neurons in the cat.
Dechesne, C.J., Hampson, D.R., Goping, Distribution of extracellular tracers in An electron microscopic study, 239
G., Wheaton, K.D. and Wenthold, R.J., perivascular spaces of the rat brain, 103 Liu, Z., Vergnes, M., Depaulis, A. and Ma-
Identification and localization of a kainate Iwane, M., see Kiyota, Y., 322 rescaux, C., Evidence for a critical role of
binding protein in the frog inner ear by GABAergic transmission within the thal-
electron microscopy immunocytochemis- Jennes, L., Dual projections of gonadotro- amus in the genesis and control of absence
try, 223 pin releasing hormone containing neurons seizures in the rat, 1
Depaulis, A., see Liu, Z., 1 to the interpeduncular nucleus and the Lopes da Silva, F.H., see Kamphuis, W., 33
Dodt, H.-U., Pawelzik, H. and Ziegl- vasculature in the female rat, 329 Lyons, M.K., Anderson, R.E. and Meyer,
gansberger, W., Actions of noradrenaline Joseph, J.A., see Mesco, E.R., 355 F.B., Corticotropin releasing factor an-
on neocortical neurons in vitro, 307 tagonist reduces ischemic hippocampal
Drucker-Colin, R., see Lavin, M.A., 164 Kalivas, P.W., see Steketee, J.D., 287 neuronal injury, 339
Dunn, P.M., Coote, P.R., Wood, J.N., Bur- Kamatchi, G.L. and Ticku, M.K., Tricyclic
gess, G.M. and Rang, H.P., Bradykinin antidepressants inhibit Ca**-activated K+- Maeno, T., see Sawada, M., 248
evoked depolarization of a novel neuro- efflux in cultured spinal cord neurons, 59 Manhaes, A.C., see Schmidt, S.L., 123
blastoma X DRG neurone hybrid cell line Kamphuis, W., Huisman, E., Veerman, Marescaux, C., see Liu, Z., 1
359
Marunouchi, T., see Suzumura, A., 301 Ramirez, A.D., see Landgraf, R., 137 reinforcement in the CA3 region, 8
Mayhan, W.G., Responses of the basilar ar- Ramirez, V.D., see Landgraf, R., 137 Stokkan, K.-A., Reiter, R.J., Nonaka,
tery to products released by platelets dur- Rang, H.P., see Dunn, P.M., 80 K.O., Lerchl, A., Yu, B.P. and Vaughan,
ing chronic hypertension, 97 Rasmusson, D.D., see Webster, H.H., 292 M.K., Food restriction retards aging of
McCann, U.D. and Ricaurte, G.A., Major Reiter, R.J., see Stokkan, K.-A., 66 the pineal gland, 66
metabolites of (+)3,4-methylenedioxy- Reuveny, E. and Narahashi, T., Potent Striplin, C.A., see Steketee, J.D., 287
amphetamine (MDA) do not mediate its blocking action of lead on voltage-acti- Suzumura, A., Marunouchi, T. and Yama-
toxic effects on brain serotonin neurons, vated calcium channels in human neuro- moto, H., Morphological transformation
279 blastoma cells SH-SY5Y, 312 of microglia in vitro, 301
McNamara, J.O., see Bonhaus, D.W., 41 Ricaurte, G.A., see McCann, U.D., 279
Mesco, E.R., Joseph, J.A., Blake, M.J. and Roberts, A., see Sillar, K.T., 24 Takahashi, K., see Murakami, N., 347
Roth, G.S., Loss of D, receptors during Roth, G.S., see Mesco, E.R., 355 Takami, K., see Kiyota, Y., 322
aging is partially due to decreased levels Roussel, S., Pinard, E. and Seylaz, J., Focal Takamura, M., see Murakami, N., 347
of mRNA, 355 cerebral ischemia in chronic hyperten- Tateishi, J., see Kitamoto, T., 319
Meyer, F.B., see Lyons, M.K., 339 sion: no protection by (R)-phenylisopro- Tecco, J.M., see Van Reeth, O., 208
Mikkelsen, J.D., see Phansuwan-Pujito, P., pyladenosine, 171 Ticku, M.K., see Kamatchi, G.L., 59
49 Russell, R.D., see Bonhaus, D.W., 41 Toffano, G., see Zoli, M., 199
Miyamoto, M., see Kiyota, Y., 322 Tso-Olivas, D.Y., see Feller, D.J., 73
Mody, I., see Otis, T.S., 142 Saaverda, J.M., see Correa, F.M.A., 215 Tsukuda, R., see Kiyota, Y., 322
Møller, M., see Phansuwan-Pujito, P., 49 Savage, D.D., see Feller, D.J., 73 Turek, F.W., see Van Reeth, O., 208
Morgan, M.M., Gold, M.S., Liebeskind, Sawada, M., Hara, N. and Maeno, T., Ionic
J.C. and Stein, C., Periaqueductal gray mechanism of the outward current in- Utunomiya, K., see Murakami, N., 347
stimulation produces a spinally mediated, duced by extracellular ejection of inter-
opioid antinociception for the inflamed leukin-1 onto identified neurons of Aply- Van Reeth, O., Hinch, D., Tecco, J.M. and
hindpaw of the rat, 17 sia, 248 Turek, F.W., The effects of short periods
Muneyuki, M., see Kurata, M., 315 Schliebs, R., see Webster, H.H., 292 of immobilization on the hamster circadi-
Murakami, N., Takamure, M., Takahashi, Schmidt, S.L., Manhaes, A.C. and De Mo- an clock, 208
K., Utunomiya, K., Kuroda, H. and raes, V.Z., The effects of total and partial Vaughan, M.K., see Stokkan, K.-A., 66
Etoh, T., Long-term cultured neurons callosal agenesis on the development of Veerman, M.J., see Kamphuis, W., 33
from rat suprachiasmatic nucleus retain paw preference performance in the Vergnes, M., see Liu, Z., 1
the capacity for circadian oscillation of BALB/cCF mouse, 123
vasopressin release, 347 Schober, W., see Webster, H.H., 292 Wang, R.Y., see Edwards, E., 276
Muramoto, T., see Kitamoto, T., 319 Schrock, H. and Kuschinsky, W., Effects of Webster, H.H., Rasmusson, D.D, Dykes,
Murray, T.F., see Steketee, J.D., 287 nicotine withdrawal on the local cerebral R.W., Schliebs, R., Schober, W., Brück-
glucose utilization in conscious rats, 234 ner, G. and Bieshold, D., Long-term en-
Nagaoka, A., see Kiyota, Y., 322 Schwartz, M., Solomon, A., Lavie, V., Ben- hancement of evoked potentials in rac-
Narahashi, T., see Reuveny, E., 312 Bassat, S., Belkin, M. and Cohen, A., Tu- coon somatosensory cortex following co-
Nemeroff, C.A., see Kasckow, J., 343 mor necrosis factor facilitates regenera- activation of the nucleus basalis of Mey-
Nonaka, K.O., see Stokkan, K.-A., 66 tion of injured central nervous system nert complex and cutaneous receptors,
axons, 334 292
Ohnishi, S.T., see Kurata, M., 315 Sears, L.L. and Steinmetz, J.E., Dorsal ac- Wenthold, R.J., see Dechesne, C.J., 223
Okuda, M., see Kurata, M., 315 cessory inferior olive activity diminishes Wheaton, K.D., see Dechesne, C.J., 223
Onodera, H., see Hara, H., 87 during acquisition of the rabbit classically Witelson, S.F. and Goldsmith, C.H., The
Otis, T.S., Staley, K.J. and Mody, I., Per- conditioned eyelid response, 114 relationship of hand preference to anat-
petual inhibitory activity in mammalian Seylaz, J., see Roussel, S., 171 omy of the corpus callosum in men, 175
brain slices generated by spontaneous Shino, A., see Kiyota, Y., 322 Wood, H. and De Belleroche, J., Induction
GABA release, 142 Shiotsu, G., see Stevens, K.E., 8 of c-fos mRNA in cerebral cortex by exci-
Otsuki, S., see Daigen, A., 131 Shirahata, M. and Fitzgerald, R.S., The totoxin stimulation of cortical inputs: in-
presence of CO,/HCO;j is essential for volvement of N-methyl-D-aspartate re-
Paden, C.M. and Hapner, S.J., Monoclonal hypoxic chemotransduction in the in vivo ceptors, 183
antibodies identify two novel proteins as- perfused carotid body, 297 Wood, J.N., see Dunn, P.M., 80
sociated with vasopressin secretory gran- Sillar, K.T. and Roberts, A., Segregation of Wu, C.-p., see Liu, X.-b., 239
ules of the rat neurohypophysis, 151 NMDA and non-NMDA receptors at sep-
Paris, J.M., see Lee, M.A., 351 arate synaptic contacts: evidence from Xi, M.-c., see Liu, X.-b, 239
Pawelzik, H., see Dodt, H.-U., 307 spontaneous EPSPs in Xenopus embryo
Phansuwan-Pujito, P., Mikkelsen, J.D., spinal neurons, 24 Yamamoto, H., see Suzumura, A., 301
Govitrapong, P. and Møller, M., A cho- Simon, E.J., see Carr, K.D., 283 Yu, B.P., see Stokkan, K.-A., 66
linergic innervation of the bovine pineal Solomon, A., see Schwartz, M., 334
`
gland visualized by immunohistochemical Staley, K.J., see Otis, T.S., 142 Zheng, Z.-h., see Liu, X.-b., 239
detection of choline acetyltransferase-im- Stein, C., see Morgan, M.M., 17 Zieglgänsberger, W., see Dodt, H.-U., 307
munoreactive nerve fibers, 49 Stein, L., see Stevens, K.E., 8 Zoli, M., Ferraguti, F., Gustafsson, J.-A.,
Pinard, E., see Roussell, S., 171 Steinmetz, J.E., see Sears, L.L., 114 Toffano, G., Fuxe, K. and Agnati, L.F.,
Primus, R.J. and Kellogg, C.K., Experience Steketee, J.D., Striplin, C.A., Murray, T.F. Selective reduction of glucocorticoid re-
influences environmental modulation of and Kalivas, P.W., Possible role for G- ceptor immunoreactivity in the hippocam-
function at the benzodiazepine (BZD)/ proteins in behavioral sensitization to co- pal formation and central amygdaloid nu-
GABA receptor chloride channel com- caine, 287 cleus of the aged rat, 199
plex, 257 Stevens, K.E., Shiotsu, G. and Stein, L.,
Hippocampal u-receptors mediate opioid