Table Of Content

Brain Research, 547 (1991) 358-360 Elsevier Author Index Abe, K., Xie, F.-J. and Saito, H., Epi- Bédard, P.J., see Filion, M., 152 spinal cord, 175 dermal growth factor enhances short- term potentiation and facilitates induction Callegari, E., see Bortolami, R., 82 Gale, K., see Maggio, R., 1 of long-term potentiation in rat hippocam- Calza, L., see Bortolami, R., 82 Gaspar, P., see Febvret, A., 37 pal slices, 171 Cammack, J., see Ghasemzedah, B., 162 Ghasemzedah, B., Cammack, J. and Adams, R.N., see Ghasemzedah, B., 162 Carroll, Z., see Anderson, J.P., 353 Adams, R.N., Dynamic changes in extra- Alameddine, L., see Wimer, R.E., 275 Carvalho, A.P., see Santos, M.S., 135 cellular fluid ascorbic acid monitored by Alexander, G.M., Laine Brainard, D., Gor- Chase, M.H., see Chirwa, S.S., 323 in vivo electrochemistry, 162 don, S.W., Hichens, M., Grothusen, J.R. Chirwa, S.S., Stafford-Segert, I., Soja, P.J. Ghosh, S. and McLean Grogan, W., De- and Schwartzman, R.J., Dopamine re- and Chase, M.H., Strychnine antagonizes cline in cholesteryl ester hydrolase activi- ceptor changes in untreated and (+)- jaw-closer motoneuron IPSPs induced by ty of rat brain with progress of experi- PHNO-treated MPTP parkinsonian pri- reticular stimulation during active sleep, mental allergic encephalomyelitis fol- mates, 181 323 lowed by rebound during recovery, 327 Anderson, J.P., Carroll, Z., Smulowitz, M. Clark, F.M. and Proudfit, H.K., The projec- Giardino, L., see Bortolami, R., 82 and Lieberburg, I., A possible mechanism tion of noradrenergic neurons in the A7 Gillberg, P.G., see Jossan, S.S., 69 of action of the neurotoxic agent iminodi- catecholamine cell group to the spinal Gold, M., see Marek, P., 77 proprionitrile (IDPN): a selective aggre- cord in the rat demonstrated by antero- Gonçalves, P.P., see Santos, M.S., 135 gation of the medium and heavy neuro- grade tracing combined with immuno- Gonzales, R.A., see Brown, L.M., 289 filament polypeptides (NF-M and NF-H), cytochemistry, 279 Gonzalez-Lima, F., see McIntosh, A.R., 353 Clark, W.M., see Madden, K.P., 193 295 Angelucci, L., see Maccari, S., 7 Clementi, F., see Tarelli, F.T., 331 Gordon, S.W., see Alexander, G.M., 181 Antel, J.P., see Moumdjian, R.A., 223 Cohen, A.J., see Wimer, R.E., 275 Grabowsky, M., Nordborg, C. and Johans- Aoki, E., Semba, R., Mikoshiba, K. and Cox, W.E., see Davies, D.L., 53 son, B.B., Sensorimotor performance Kashiwamata, S., Predominant localiza- Crandall, J.E., see Schwarting, G.A., 239 and rotation correlate to lesion size in tion in glial cells of free L-arginine. Immu- right but not left hemisphere brain infarcts nocytochemical evidence, 190 Davies, D.L. and Cox, W.E., Delayed in the spontaneously hypertensive rat, 249 Aquilonius, S.M., see Jossan, S.S., 69 growth and maturation of astrocytic cul- Grant, K.A., see Gulya, K., 129 d’Argy, R., see Jossan, S.S., 69 tures following exposure to ethanol: elec- Grothusen, J.R., see Alexander, G.M., 181 Ariano, M.A., Kang, H.C., Haugland, R.P. tron microscopic observations, 53 Gulya, K., Grant, K.A., Valverius, P., and Sibley, D.R., Multiple fluorescent li- De Costa, B.R., see Herkenham, M., 267 Hoffman, P.L. and Tabakoff, B., Brain gands for dopamine receptors. II. Visual- De Vlieger, T.A., see Wildering, W.C., 89 regional specificity and time-course of ization in neural tissues, 208 Del Rio, J.A., see Martinez-Guijarro, F.J., changes in the NMDA receptor-iono- Ariano, M.A., see Barton, A.C., 199 339 phore complex during ethanol withdrawal, Deminiére, J.M., see Maccari, S.,7 129 Barazzoni, A.M., see Bortolami, R., 82 Gulya, K., Kovacs, G.L. and Kasa, P., Reg- Barton, A.C., Kang, H.C., Rinaudo, M.S., Eyssel, U.T., see Funke, K., 229 ulation of endogenous calcium and mag- Monsma Jr., F.J., Stewart-Fram, R.M., Eyzaguirre, C., see He, S.-F., 258 nesium levels by ô opioid receptors in the Macinko Jr., J.A., Haugland, R.P., Aria- rat brain, 22 no, M.A. and Sibley, D.R., Multiple fluo- Fadich, M., see Vernet, O., 319 rescent ligands for dopamine receptors. I. Febvret, A., Berger, B., Gaspar, P. and Halldin, C., see Jossan, S.S., 69 Pharmacological characterization and re- Verney, C., Further indication that dis- Harrison, N.L., see Lambert, N.A., 349 ceptors selectivity, 199 tinct dopaminergic subsets project to the Haugland, R.P., see Ariano, M.A., 208 Beczkowska, I.W. and Bodnar, R.J., Me- rat cerebral cortex: lack of colocalization Haugland, R.P., see Barton, A.C., 199 diation of insulin hyperphagia by specific with neurotensin in the superficial dopa- He, S.-F., Wei, J.-Y. and Eyzaguirre, C., central opiate receptor antagonists, 315 minergic fields of the anterior cingulate, Intracellular pH and some membrane Ben-Eliyahu, S., see Marek, P., 77 motor, retrosplenial and visual cortices, characteristics of cultured carotid body Berger, B., see Febvret, A., 37 37 glomus cells, 258 Blumberg, P.M., see Szallasi, A., 335 Filion, M. and Tremblay, L., Abnormal Herkenham, M., Lynn, A.B., De Costa, Bodnar, R.J., see Beczkowska, I.W., 315 spontaneous activity of globus pallidus B.R. and Richfield, E.K., Neuronal lo- Bortolami, R., Calza, L., Lucchi, M.L., neurons in monkeys with MPTP-induced calization of cannabinoid receptors in the Giardino, L., Callegari, E., Manni, E., parkinsonism, 142 basal ganglia of the rat, 267 Pettorossi, V.E., Barazzoni, A.M. and Filion, M., Tremblay, L. and Bédard, P.J., Heurteaux, C., Ripoll, C., Ouznadji, S., Lalatta Costerbosa, G., Peripheral terri- Effects of dopamine agonists on the spon- Ouznadji, H., Wissocq, J.-C. and Thel- tory and neuropeptides of the trigeminal taneous activity of globus pallidus neu- lier, M., Lithium transport in the mouse ganglion neurons centrally projecting rons in monkeys with MPTP-induced par- brain, 122 through the oculomotor nerve demon- kinsonism, 152 Hichens, M., see Alexander, G.M., 181 strated by fluorescent retrograde double- FitzGibbon, T., see Funke, K., 229 Hoffman, P.L., see Gulya, K., 129 labeling combined with immunocyto- Funke, K., Eyssel, U.T. and FitzGibbon, chemistry, 82 T., Retinogeniculate transmission by Imaki, J., Imaki, T., Vale, W. and Sawchen- Brown, L.M., Leslie, S.W. and Gonzales, NMDA and non-NMDA receptors in the ko, P.E., Distribution of corticotropin-re- R.A., The effects of chronic ethanol ex- cat, 229 leasing factor mRNA and immunoreactiv- posure on N-methyl-D-aspartate-stimu- Fyffe, R.E.W., Glycine-like immunoreac- ity in the central auditory system of the lated overflow of [*H]catecholamines tivity in synaptic boutons of identified in- rat, 28 from rat brain, 289 hibitory interneurons in the mammalian Imaki, T., see Imaki, J., 28 359 Janse, C., see Wildering, W.C., 89 Marjamäki, P., see Rinne, J.O., 167 ho, A.P., Release of y-[*H]aminobutyric Johansson, B.B., see Grabowsky, M., 249 Martinez-Guijarro, F.J., Soriano, E., Del acid from synaptosomes: effect of exter- Jossan, S.S., Gillberg, P.G., d’Argy, R., Rio, J.A. and Lopez-Garcia, C., Parval- nal cations and of ouabain, 135 Aquilonius, S.M., Långström, B., Hall- bumin-immunoreactive neurons in the ce- Sawchenko, P.E., see Imaki, J., 28 din, C. and Oreland, L., Quantitative lo- rebral cortex of the lizard Podarcis hispa- Schwarting, G.A. and Crandall, J.E., Sub- calization of human brain monoamine oxi- nica, 339 sets of olfactory and vomeronasal sensory dase B by large section autoradiography Mazzocchio, R., see Rossi, A., 62 epithelial cells and axons revealed by using L-[*H]deprenyl, 69 McAdoo, D.J., see Liu, D., 344 monoclonal antibodies to carbohydrate Jourdan, M.L., see Nurnberger, F., 115 McIntosh, A.R. and Gonzales-Lima, F., antigens, 239 Jiich, P.J.W., see Minkels, R.F., 13 Structural modeling of functional neural Schwartzman, R.J., see Alexander, G.M., pathways mapped with 2-deoxyglucose: 181 Kang, H.C., see Ariano, M.A., 208 effects of acoustic startle habituation on Semba, R., see Aoki, E., 190 Kang, H.C., see Barton, A.C., 199 the auditory system, 295 Sher, E., see Tarelli, F.T., 331 Kashiwamata, S., see Aoki, E., 190 McLean Grogan, W., see Ghosh, S., 327 Sherwin, A.L., see Vernet, O., 319 Kochhar, A., see Madden, K.P., 193 Mihály, A., Oravecz, T., Olah, Z. and Sibley, D.R., see Ariano, M.A., 208 Kovacs, G.L., see Gulya, K., 22 Rapp, U.R., Immunohistochemical local- Sibley, D.R., see Barton, A.C., 199 Kasa, P., see Gulya, K., 22 ization of raf protein kinase in dendritic Simon, H., see Maccari, S., 7 spines and spine apparatuses of the rat ce- Smulowitz, M., see Anderson, J.P., 353 Laine Brainard, D., see Alexander, G.M., rebral cortex, 309 Sohn, E., see Maggio, R., 1 181 Mikoshiba, K., see Aoki, E., 190 Soja, P.J., see Chirwa, S.S., 323 Lalatta Costerbosa, G., see Bortolami, R., Minkels, R.F., Jüch, P.J.W., ter Horst, G.J. Soriano, E., see Martinez-Guijarro, F.J., 82 and Van Willigen, J.D., Projections of the 339 Lambert, N.A., Harrison, N.L. and Teyler, parvocellular reticular formation to the Stafford-Segert, I., see Chirwa, S.S., 323 T.J., Baclofen-induced disinhibition in contralateral mesencephalic trigeminal Stewart-Fram, R.M., see Barton, A.C., 199 area CA1 of rat hippocampus is resistant nucleus in the rat, 13 Stock, M.J., see Le Feuvre, R.A., 110 to extracellular Ba** , 349 Miyoshi, K., see Ueki, A., 99 Strickland, C.E., see Thomas, E., 303 Le Feuvre, R.A., Woods, A.J., Stock, M.J. Monsma Jr., F.J., see Barton, A.C., 199 Szallasi, A. and Blumberg, P.M., Charac- and Rothwell, N.J., Effects of central in- Mormède, P., see Maccari, S., 7 terization of vanilloid receptors in the dor- jection of glucose on thermogenesis in Moumdjian, R.A., Antel, J.P. and Yong, sal horn of pig spinal cord, 335 normal, VMH-lesioned and genetically V.W., Origin of contralateral reactive obese rats, 110 gliosis in surgically injured rat cerebral Tabakoff, B., see Gulya, K., 129 Le Moal, M., see Maccari, S., 7 cortex, 223 Tarelli, F.T., Passafaro, M., Clementi, F. Lee, T.F., see Nurnberger, F., 115 Myllykylä, T., see Rinne, J.O., 167 and Sher, E., Presynaptic localization of Lemaire, V., see Maccari, S., 7 w-conotoxin-sensitive calcium channels Leslie, S.W., see Brown, L.M., 289 Nordborg, C., see Grabowsky, M., 249 at the frog neuromuscular junction, 331 Lieberburg, I., see Anderson, J.P., 353 Nurnberger, F., Lee, T.F., Jourdan, M.L. Ter Horst, G.J., see Minkels, R.F., 13 Liebeskind, J.C., see Marek, P., 77 and Wang, L.C.H., Seasonal changes in Teyler, T.J., see Lambert, N.A., 349 Liu, D., Thangnipon, W. and McAdoo, methionine-enkephalin immunoreactivity Thangnipon, W., see Liu, D., 344 D.J., Excitatory amino acids rise to toxic in the brain of a hibernator, Spermophilus Thellier, M., see Heurteaux, C., 122 levels upon impact injury to the rat spinal columbianus, 115 Thomas, E., Yadin, E. and Strickland, cord, 344 C.E., Septal unit activity during classical Lopez-Garcia, C., see Martinez-Guijarro, Olivier, A., see Vernet, O., 319 conditioning: a regional comparison, 303 F.J., 339 Oláh, Z., see Mihály, A., 309 Tremblay, L., see Filion, M., 142 Lucchi, M.L., see Bortolami, R., 82 Oravecz, T., see Mihály, A., 309 Tremblay, L., see Filion, M., 152 Lynn, A.B., see Herkenham, M., 267 Oreland, L., see Jossan, S.S., 69 Långström, B., see Jossan, S.S., 69 Ouznadji, H., see Heurteaux, C., 122 Ueki, A. and Miyoshi, K., Reversal of Lönnberg, P., see Rinne, J.O., 167 Ouznadji, S., see Heurteaux, C., 122 learning impairment in ventral globus pallidus-lesioned rats by combination of con- Maccari, S., Piazza, P.V., Deminière, J.M., Parlanti, S., see Rossi, A., 62 tinuous intracerebroventricular choline Lemaire, V., Mormède, P., Simon, H., Passafaro, M., see Tarelli, F.T., 331 infusion and oral cholinergic drug admin- Angelucci, L. and Le Moal, M., Life Pettorossi, V.E., see Bortolami, R., 82 istration, 99 events-induced decrease of corticosteroid Piazza, P.V., see Maccari, S., 7 type I receptors is associated with reduced Proudfit, H.K., see Clark, F.M., 279 Vale, W., see Imaki, J., 28 corticosterone feedback and enhanced Valverius, P., see Gulya, K., 129 vulnerability to amphetamine self-admin- Rapp, U.R., see Mihály, A., 309 Van Willigen, J.D., see Minkels, R.F., 13 istration, 7 Richfield, E.K., see Herkenham, M., 267 Van der Roest, M., see Wildering, W.C., 89 Macinko Jr., J.A., see Barton, A.C., 199 Rinaudo, M.S., see Barton, A.C., 199 Vernet, O., Yong, V.W., Rostworowski, Madden, K.P., Clark, W.M., Kochhar, A. Rinne, J.O., Myllykylä, T., Lönnberg, P. K., Fadich, M., Olivier, A. and Sherwin, and Zivin, J.A., Effect of protein kinase and Marjamäki, P., A postmortem study A.L., Protein kinase C activity and intra- C modulation on outcome of experi- of brain nicotinic receptors in Parkinson’s cellular distribution in surgically excised mental CNS ischemia, 193 and Alzheimer’s disease, 167 human epileptic neocortex, 319 Maggio, R., Sohn, E. and Gale, K., Lack of Ripoll, C., see Heurteaux, C., 122 Verney, C., see Febvret, A., 37 proconvulsant action of GABA depletion Rossi, A., Mazzocchio, R. and Parlanti, S., in substantia nigra in several seizure mod- Cortical projection of putative group Ib Wang, L.C.H., see Nurnberger, F., 115 els, 1 afferent fibres from the human forearm, Wei, J.-Y., see He, S.-F., 258 Manni, E., see Bortolami, R., 82 62 Wildering, W.C., Van der Roest, M., De Marek, P., Ben-Eliyahu, S., Gold, M. and Rostworowski, K., see Vernet, O., 319 Vlieger, T.A. and Janse, C., Age-related Liebeskind, J.C., Excitatory amino acid Rothwell, N.J., see Le Feuvre, R.A., 110 changes in junctional and non-junctional antagonists (kynurenic acid and MK-801) conductances in two electrically coupled attenuate the development of morphine Saito, H., see Abe, K., 171 peptidergic neurons of the mollusc Lym- tolerance in the rat, 77 Santos, M.S., Gonçalves, P.P. and Carval- naeastagnalis ,89 360 Wimer, C.C., see Wimer, R.E., 275 hippocampal dentate gyrus, 275 Yadin, E., see Thomas, E., 303 Wimer, R.E., Wimer, C.C., Alameddine, Wissocq, J.-C., see Heurteaux, C., 122 Yong, V.W., see Moumdjian, R.A., 223 L. and Cohen, A.J., The mouse gene reti- Woods, A.J., see Le Feuvre, R.A., 110 Yong, V.W., see Vernet, O., 319 nal degeneration (rd) may reduce the number of neurons present in the adult Xie, F.-J., see Abe, K., 171 Zivin, J.A., see Madden, K.P., 193 (contents continued) Baclofen-induced disinhibition in area CA1 of rat hippocampus is resistant to extracellular Ba** N.A. Lambert, N.L. Harrison and T.J. Teyler (U.S.A.) A possible mechanism of action of the neurotoxic agent iminodiproprionitrile (IDPN): a selective aggregation of the medium and heavy neurofilament polypeptides (NF-M and NF-H) J.P. Anderson, Z. Carroll, M. Smulowitz and I. Lieberburg (U.S.A.) Author Index