Table Of Content

BRAIN RESEARCH BULLETIN Brain Research Bulletin 67 (2005) 519-522 w.elsevier.com/locate/brainresbul| Author Index Abler, B., see Walter, H. (67) 368 Dalpra, L., see Combi, R. (67) 257 Adachi, Y.U., Yamada, S., Satomoto, M., Higuchi, H., Watanabe, K. and Darras, V.M., see Verhoelst, C.H.J. (67) 196 Kazama, T., Isoflurane anesthesia induces biphasic effect on dopamine de Groot, H.N.M., see Stienen, P.J. (67) 269 release in the rat striatum (67) 176 De Palo, S., see Martinelli, C. (67) 19 Adamik, A., see Telegdy, G. (67) 242 Deeb, S.A., see Tariq, M. (67) 161 Ajjimaporn, A., Swinscoe, J., Shavali, S., Govitrapong, P. and Ebadi, M.., Deppe, M., Schwindt, W., Kramer, J., Kugel, H., Plassmann, H., Kenning, P. Metallothionein provides zinc-mediated protective effects against metham- and Ringelstein, E.B., Evidence for a neural correlate of a framing effect: phetamine toxicity in SK-N-SH cells (67) 466 Bias-specific activity in the ventromedial prefrontal cortex during credibil- Araki- Yoshida, K., see Nishiyama, K. (67) 94 ity judgments (67) 413 Deppe, M., see Kenning, P. (67) 341 Baamonde, A., Lastra, A., Juarez, L., Hidalgo, A. and Menéndez, L., TRPV1 Derlon, J.-M., see Giffard, C. (67) 335 desensitisation and endogenous vanilloid involvement in the enhanced Diksic, M., see Hasegawa, S. (67) 248 analgesia induced by capsaicin in inflamed tissues (67) 476 Djahanguiri, B., see Khalilzadeh, A. (67) 443 Bailey, A., see Schlussman, S.D. (67) 169 Donaire, V., Niso, M., Moran, J.M., Garcia, L., Gonzalez-Polo, R.A., Soler, G. Balaban, P.M., see Samarova, E.I. (67) 40 and Fuentes, J.M., Heat shock proteins protect both MPP~ and paraquat Bang, H., see Lee, C.S. (67) 225 neurotoxicity (67) 509 Barclay, D.C., Hallbergson, A.F., Montague, J.R. and Mudd, L.M., Reversal of Dong, H.-W., Wang, L.-H., Zhang, M. and Han, J.-S., Decreased dynorphin A ethanol toxicity in embryonic neurons with growth factors and estrogen (1-17) in the spinal cord of spastic rats after the compressive injury (67) (67) 459 189 Baron, J.-C., see Giffard, C. (67) 335 Dong, S., see Mei, B. (67) 1 Bekar, L.K., Loewen, M.E., Forsyth, G.W. and Walz, W., Chloride Driscoll, 1., see Moses, S.N. (67) 62 concentration affects Kv channel voltage-gating kinetics: Importance of Dwivedi, P., see Jamieson, G.A. (67) 298 experimental anion concentrations (67) 142 Bekkering, B.F., see Gerrits, M. (67) 147 Ebadi, M., see Ajjimaporn, A. (67) 466 Benedek, G., see Eérdegh, G. (67) 281 Edelstam, A., see Norgren, N. (67) 264 Berényi, A., see Edérdegh, G. (67) 281 Eggen, B.J.L., see Van der Borght, K. (67) 117 Bezodis, N., see Zachry, T. (67) 304 Elfaki, I., see Tariq, M. (67) 161 Bianchi, V., see Combi, R. (67) 257 Emerson, A.J., see Waters, R.P. (67) 210 Boer, J.A.D., see Gerrits, M. (67) 147 Eérdegh, G., Nagy, A., Berényi, A. and Benedek, G., Processing of spatial Boesiger, P., see Ishai, A. (67) 87 visual information along the pathway between the suprageniculate nucleus Bradshaw, J.L., see Nayate, A. (67) 327 and the anterior ectosylvian cortex (67) 281 Braeutigam, S., Neuroeconomics—From neural systems to economic Erk, S., see Walter, H. (67) 368 behaviour (67) 355 Bravarenko, N.I., see Samarova, E.I. (67) 40 Farde, L., see Sé6vag6, J. (67) 219 Bruinsma, M., see Gerrits, M. (67) 147 Ferini-Strambi, L., see Combi, R. (67) 257 Ferreira, T.L., see Moreira, K.M. (67) 504 Cerasa, A., see Molinari, M. (67) 448 Figueredo, L.Z.P., see Moreira, K.M. (67) 504 Chen, K., Li, H.-Z., Ye, N., Zhang, J. and Wang, J.-J., Role of GABA, Filippini, V., see Molinari, M. (67) 448 receptors in GABA and baclofen-induced inhibition of adult rat cerebellar Fornari, R.V., see Moreira, K.M. (67) 504 interpositus nucleus neurons in vitro (67) 310 Forster, G.L., see Waters, R.P. (67) 210 Chen, L., see Shen, Y. (67) 492 Forsyth, G.W., see Bekar, L.K. (67) 142 Chiu, C.-T., Ma, T. and Ho, I.K., Attenuation of methamphetamine-induced Fuentes, J.M., see Donaire, V. (67) 509 behavioral sensitization in mice by systemic administration of naltrexone (67) 100 Gajewska, A., Wolitiska-Witort, E. and Kochman, K., Vasoactive intestinal Choi, S.B., Jang, J.S. and Park, S., Tramadol enhances hepatic insulin peptide modulates luteinizing hormone subunit gene expression in the ante- sensitivity via enhancing insulin signaling cascade in the cerebral cortex rior pituitary in female rat (67) 319 and hypothalamus of 90% pancreatectomized rats (67) 77 Garcia, L., see Donaire, V. (67) 509 Ciaramidaro, A., see Walter, H. (67) 368 Gerrits, M., Grootkarijn, A., Bekkering, B.F., Bruinsma, M., Boer, J.A.D. and Coimbra, C.C., see Lacerda, A.C.R. (67) 110 Horst, G.J.T., Cyclic estradiol replacement attenuates stress-induced c-Fos Cole, C., see Moses, S.N. (67) 62 expression in the PVN of ovariectomized rats (67) 147 Combi, R., Ferini-Strambi, L., Montruccoli, A., Bianchi, V., Malcovati, M., Giffard, C., Young, A.R., Mézenge, F., Derlon, J.-M. and Baron, J.-C., Zucconi, M., Dalpra, L. and Luisa Tenchini, M., Two new putative suscep- Histopathological effects of delayed reperfusion after middle cerebral tibility loci for ADNFLE (67) 257 artery occlusion in the anesthetized baboon (67) 335 doi: 10.1016/S0361-9230(05)00406-5 520 Author Index Gioia, M.C., see Molinari, M. (67) 448 Kenning, P., Plassmann, H., Deppe, M., Kugel, H. and Schwindt, W., Editorial Gittos, M., see Hasegawa, S. (67) 248 (67) 341 Gonzalez-Polo, R.A., see Donaire, V. (67) 509 Kenning, P., see Deppe, M. (67) 413 Govitrapong, P., see Ajjimaporn, A. (67) 466 Khalilzadeh, A., Tayebi Meybodi, K., Vakili Zarch, A., Zarrindast, M.R. and Groeppel-Klein, A., Arousal and consumer in-store behavior (67) 428 Djahanguiri, B., Discrepancy between effects of milligram and nanogram Grootkarijn, A., see Gerrits, M. (67) 147 doses of a COX-2 inhibitor (celecoxib) on morphine state-dependent mem- Gruzelier, J.H., see Jamieson, G.A. (67) 298 ory of passive avoidance in mice (67) 443 Gulyaeva, N.V., see Samarova, E.1. (67) 40 Khan, H.A., see Tariq, M. (67) 161 Gulyas, B., see S6vag6, J. (67) 219 Kirubagaran, R., see Masilamoni, J.G. (67) 235 Kiss, B., see S6vago, J. (67) 219 Hagiwara, Y., Ohi, M. and Kubo, T., Cholinergic stimulation in the posterior Kochman, K., see Gajewska, A. (67) 319 hypothalamic nucleus activates angiotensin II-sensitive neurons in the ante- Kojima, M., see Nishiyama, K. (67) 94 rior hypothalamic area of rats (67) 203 Konishi, A., see Nishiyama, K. (67) 94 Hallbergson, A.F., see Barclay, D.C. (67) 459 Korshunova, T.A., see Samarova, E.I. (67) 40 Halldin, C., see S6vag6, J. (67) 219 Koshimizu, H., see Nishiyama, K. (67) 94 Han, E.S., see Lee, C.S. (67) 225 Kramer, J., see Deppe, M. (67) 413 Han, J.-S., see Dong, H.-W. (67) 189 Kreek, M.J., see Schlussman, S.D. (67) 169 Han, Y.S., see Lee, C.S. (67) 225 Kubo, T., see Hagiwara, Y. (67) 203 Harasztosi, C., see Kecskeméti, V. (67) 126 Kugel, H., see Deppe, M. (67) 413 Harel, S., see Leitner, Y. (67) 13 Kugel, H., see Kenning, P. (67) 341 Hasegawa, S., Kanemaru, K., Gittos, M. and Diksic, M., The tryptophan Kurose, M., see Noguchi, M. (67) 182 hydroxylase activation inhibitor, AGN-2979, decreases regional 5-HT synthesis in the rat brain measured with a-['*C]methyl-L-tryptophan: An Lacerda, A.C.R., Marubayashi, U. and Coimbra, C.C., Nitric oxide pathway is autoradiographic study (67) 248 an important modulator of heat loss in rats during exercise (67) 110 Hatanaka, H., see Nishiyama, K. (67) 94 Lastra, A., see Baamonde, A. (67) 476 Heekeren, H.R., see Marschner, A. (67) 382 Laszlovszky, I., see S6vag6, J. (67) 219 Heldman, D., see Leitner, Y. (67) 13 Ledda, M., see Martinelli, C. (67) 19 Hellebrekers, L.J., see Stienen, P.J. (67) 269 Lee, C.S., Han, E.S., Han, Y.S. and Bang, H., Differential effect of calmodulin Hidalgo, A., see Baamonde, A. (67) 476 antagonists on MG132-induced mitochondrial dysfunction and cell death in Higuchi, H., see Adachi, Y.U. (67) 176 PC12 cells (67) 225 Ho, A., see Schlussman, S.D. (67) 169 Leggio, M.G., see Molinari, M. (67) 448 Ho, I.K., see Chiu, C.-T. (67) 100 Leitner, Y., Heldman, D., Harel, S. and Pick, C.G., Deficits in spatial orienta- Horst, G.J.T., see Gerrits, M. (67) 147 tion of children with intrauterine growth retardation (67) 13 Hu, Y., see Mei, B. (67) 1 Li, C., see Mei, B. (67) 1 Hudnik, U., see Pelzmann, L. (67) 438 Li, H.-Z., see Chen, K. (67) 310 Loewen, M.E., see Bekar, L.K. (67) 142 Inoue, M., see Noguchi, M. (67) 182 Luisa Tenchini, M., see Combi, R. (67) 257 Ishai, A., Schmidt, C.F. and Boesiger, P., Face perception is mediated by a Luiten, P.G.M., see Van der Borght, K. (67) 117 distributed cortical network (67) 87 Itoh, H., see Yamazaki, Y. (67) 30 Ma, T., see Chiu, C.-T. (67) 100 Malcovati, M., see Combi, R. (67) 257 Jamieson, G.A., Dwivedi, P. and Gruzelier, J.H., Changes in mismatch Marschner, A., Mell, T., Wartenburger, I., Villringer, A., Reischies, F.M. and negativity across pre-hypnosis, hypnosis and post-hypnosis conditions Heekeren, H.R., Reward-based decision-making and aging (67) 382 distinguish high from low hypnotic susceptibility groups (67) 298 Martinelli, C., Sartori, P., De Palo, S., Ledda, M. and Pannese, E., Increase in Jana¢c, B., PeSi¢, V., Jelenkovi¢, A., Vorobyov, V. and Proli¢, Z., Different number of the gap junctions between satellite neuroglial cells during life- effects of chronic exposure to ELF magnetic field on spontaneous and time: An ultrastructural study in rabbit spinal ganglia from youth to amphetamine-induced locomotor and stereotypic activities in rats (67) 498 extremely advanced age (67) 19 Jang, J.S., see Choi, S.B. (67) 77 Marubayashi, U., see Lacerda, A.C.R. (67) 110 Jayakumar, R., see Masilamoni, J.G. (67) 235 Masilamoni, J.G., Vignesh, S., Kirubagaran, R., Jesudason, E.P. and Jelenkovi¢, A., see Jana¢, B. (67) 498 Jayakumar, R., The neuroprotective efficacy of a-crystallin against acute Jesudason, E.P., see Masilamoni, J.G. (67) 235 inflammation in mice (67) 235 Jiang, C.H., see Mei, B. (67) 1 Mast, F.W. and Zaltman, G., A behavioral window on the mind of the market: Juarez, L., see Baamonde, A. (67) 476 An application of the response time paradigm (67) 422 Mei, B., Li, C., Dong, S., Jiang, C.H., Wang, H. and Hu, Y., Distinct gene Kalueff, A.V., Minasyan, A. and Tuohimaa, P., Anticonvulsant effects of 1,25- expression profiles in hippocampus and amygdala after fear conditioning dihydroxyvitamin D in chemically induced seizures in mice (67) 156 (67) | Kanemaru, K., see Hasegawa, S. (67) 248 Mell, T., see Marschner, A. (67) 382 Kaster, M.P., Santos, A.R.S. and Rodrigues, A.L.S., Involvement of 5-HT,, Menéndez, L., see Baamonde, A. (67) 476 receptors in the antidepressant-like effect of adenosine in the mouse forced Mercer, J., see Zachry, T. (67) 304 swimming test (67) 53 Mézenge, F., see Giffard, C. (67) 335 Kaur, G., see Sharma, S. (67) 482 Miklautz, M., see Pelzmann, L. (67) 438 Kazama, T., see Adachi, Y.U. (67) 176 Minasyan, A., see Kalueff, A.V. (67) 156 Kecskeméti, V., Rusznak, Z., Riba, P., Pal, B., Wagner, R., Harasztosi, C., Molinari, M., Leggio, M.G., Filippini, V., Gioia, M.C., Cerasa, A. and Thaut, Nanasi, P.P. and Sziics, G., Norfluoxetine and fluoxetine have similar M.H., Sensorimotor transduction of time information is preserved in anticonvulsant and Ca** channel blocking potencies (67) 126 subjects with cerebellar damage (67) 448 Keijser, J.N., see Van der Borght, K. (67) 117 Montague, J.R., see Barclay, D.C. (67) 459 Kenning, P. and Plassmann, H., NeuroEconomics: An overview from an Montruccoli, A., see Combi, R. (67) 257 economic perspective (67) 343 Moran, J.M., see Donaire, V. (67) 509 Author Index Moreira, K.M., Ferreira, T.L., Fornari, R.V., Figueredo, L.Z.P. and Oliveira, Santos, A.R.S., see Kaster, M.P. (67) 53 M.G.M., Interaction between Ml-muscarinic and glutamatergic NMDA Sartori, P., see Martinelli, C. (67) 19 receptors on an inhibitory avoidance task (67) 504 Satomoto, M., see Adachi, Y.U. (67) 176 Moses, S.N., Cole, C., Driscoll, I. and Ryan, J.D., Differential contributions of Savoy, R.L., Experimental design in brain activation MRI: Cautionary tales hippocampus, amygdala and perirhinal cortex to recognition of novel (67) 361 objects, contextual stimuli and stimulus relationships (67) 62 Schlussman, S.D., Zhou, Y., Bailey, A., Ho, A. and Kreek, M.J., Steady-dose Moutaery, K.A., see Tariq, M. (67) 161 and escalating-dose “binge” administration of cocaine alter expression of Mudd, L.M., see Barclay, D.C. (67) 459 behavioral stereotypy and striatal preprodynorphin mRNA levels in rats Mulder, J., see Van der Borght, K. (67) 117 (67) 169 Schmidt, C.F., see Ishai, A. (67) 87 Nagy, A., see Eérdegh, G. (67) 281 Schou, M., see S6vago, J. (67) 219 Namasivayam, A., see Ramakrishnan, R. (67) 46 Schubotz, R.I., see Volz, K.G. (67) 403 Nanasi, P.P., see Kecskeméti, V. (67) 126 Schukin, E., see S6vag6, J. (67) 219 Nayate, A., Bradshaw, J.L. and Rinehart, N.J., Autism and Asperger’s disorder: Schwindt, W., see Deppe, M. (67) 413 Are they movement disorders involving the cerebellum and/or basal gan- Schwindt, W., see Kenning, P. (67) 341 glia? (67) 327 Selakovic, V., see Radenovic, L. (67) 133 Ng, J., see Polgar, S. (67) 290 Sessle, B.J., see Noguchi, M. (67) 182 Nishio, C., see Nishiyama, K. (67) 94 Sharma, S. and Kaur, G., Neuroprotective potential of dietary restriction Nishiyama, K., Konishi, A., Nishio, C., Araki-Yoshida, K., Hatanaka, H., against kainate-induced excitotoxicity in adult male Wistar rats (67) 482 Kojima, M., Ohmiya, Y., Yamada, M. and Koshimizu, H., Expression of Shavali, S., see Ajjimaporn, A. (67) 466 cystatin C prevents oxidative stress-induced death in PC12 cells (67) 94 Sheeladevi, R., see Ramakrishnan, R. (67) 46 Niso, M., see Donaire, V. (67) 509 Shen, Y., Chen, L., Ping, Y. and Yang, X.-L., Glycine modulates the center Noguchi, M., Kurose, M., Yamamura, K., Inoue, M., Taguchi, Y., Sessle, B.J. response of ON type rod-dominant bipolar cells in carp retina (67) 492 and Yamada, Y., Unilateral application of an inflammatory irritant to the rat Soler, G., see Donaire, V. (67) 509 temporomandibular joint region produces bilateral modulation of the Sdévago, J., Farde, L., Halldin, C., Schukin, E., Schou, M., Laszlovszky, L., jaw-opening reflex (67) 182 Kiss, B. and Gulyds, B., Lack of effect of reserpine-induced dopamine Norgren, N., Edelstam, A. and Stigbrand, T., Cerebrospinal fluid levels of neurofila- depletion on the binding of the dopamine-D3 selective radioligand, ment light in chronic experimental autoimmune encephalomyelitis (67) 264 [''C]RGH-1756 (67) 219 Stienen, P.J., de Groot, H.N.M., Venker-van Haagen, A.J., van den Brom, W.E. Ohi, M., see Hagiwara, Y. (67) 203 and Hellebrekers, L.J., Differences between somatosensory-evoked poten- Ohkuwa, T., see Yamazaki, Y. (67) 30 tials recorded from the ventral posterolateral thalamic nucleus, primary Ohmiya, Y., see Nishiyama, K. (67) 94 somatosensory cortex and vertex in the rat (67) 269 Oliveira, M.G.M., see Moreira, K.M. (67) 504 Stigbrand, T., see Norgren, N. (67) 264 Summers, C.H., see Waters, R.P. (67) 210 Pal, B., see Kecskeméti, V. (67) 126 Suthanthirarajan, N., see Ramakrishnan, R. (67) 46 Palotas, A., see Samarova, E.1. (67) 40 Sutherland, R.J., see Thomson, L.M. (67) 24 Pannese, E., see Martinelli, C. (67) 19 Suzuki, M., see Yamazaki, Y. (67) 30 Park, S., see Choi, S.B. (67) 77 Swallow, J.G., see Waters, R.P. (67) 210 PeSi¢, V., see Jana¢é, B. (67) 498 Swinscoe, J., see Ajjimaporn, A. (67) 466 Pelzmann, L., Hudnik, U. and Miklautz, M., Reasoning or reacting to others? Szics, G., see Kecskeméti, V. (67) 126 How consumers use the rationality of other consumers (67) 438 Peterson, R.L., The neuroscience of investing: fMRI of the reward system (67) 391 Taguchi, Y., see Noguchi, M. (67) 182 Pick, C.G., see Leitner, Y. (67) 13 Takahashi, T., Social memory, social stress, and economic behaviors (67) 398 Ping, Y., see Shen, Y. (67) 492 Tariq, M., Khan, H.A., Elfaki, I., Deeb, S.A. and Moutaery, K.A., Plassmann, H., see Deppe, M. (67) 413 Neuroprotective effect of nicotine against 3-nitropropionic acid (3-NP)- Plassmann, H., see Kenning, P. (67) 341, 343 induced experimental Huntington’s disease in rats (67) 161 Polgar, S. and Ng, J., Ethics, methodology and the use of placebo controls in Tayebi Meybodi, K., see Khalilzadeh, A. (67) 443 surgical trials (67) 290 Telegdy, G., Tiricz, H. and Adamik, A., Involvement of neurotransmitters in Proli¢, Z., see Janac, B. (67) 498 urocortin-induced passive avoidance learning in mice (67) 242 Thaut, M.H., see Molinari, M. (67) 448 Radenovic, L. and Selakovic, V., Differential effects of NMDA and Thomson, L.M. and Sutherland, R.J., Systemic administration of lipopolysac- AMPA/kainate receptor antagonists on nitric oxide production in rat brain charide and interleukin-18 have different effects on memory consolidation following intrahippocampal injection (67) 133 (67) 24 Ramakrishnan, R., Sheeladevi, R., Suthanthirarajan, N. and Namasivayam, A.., Tiricz, H., see Telegdy, G. (67) 242 An acute hyperglycemia or acidosis-induced changes of indolamines level Tuohimaa, P., see Kalueff, A.V. (67) 156 correlates with PKC-a expression in rat brain (67) 46 Reischies, F.M., see Marschner, A. (67) 382 Vakili Zarch, A., see Khalilzadeh, A. (67) 443 Riba, P., see Kecskeméti, V. (67) 126 van den Brom, W.E., see Stienen, P.J. (67) 269 Rinehart, N.J., see Nayate, A. (67) 327 Van der Borght, K., Mulder, J., Keijser, J.N., Eggen, B.J.L., Luiten, P.G.M. and Ringelstein, E.B., see Deppe, M. (67) 413 Van der Zee, E.A., Input from the medial septum regulates adult Rodrigues, A.L.S., see Kaster, M.P. (67) 53 hippocampal neurogenesis (67) 117 Roelens, S.A., see Verhoelst, C.H.J. (67) 196 Van der Zee, E.A., see Van der Borght, K. (67) 117 Rusznak, Z., see Kecskeméti, V. (67) 126 Venker-van Haagen, A.J., see Stienen, P.J. (67) 269 Ryan, J.D., see Moses, S.N. (67) 62 Verhoelst, C.H.J., Roelens, S.A. and Darras, V.M., Role of spatiotemporal expression of iodothyronine deiodinase proteins in cerebellar cell organiza- Samarova, E.I., Bravarenko, N.I., Korshunova, T.A., Gulyaeva, N.V., Palotas, tion (67) 196 A. and Balaban, P.M., Effect of B-amyloid peptide on behavior and synap- Vignesh, S., see Masilamoni, J.G. (67) 235 tic plasticity in terrestrial snail (67) 40 Villringer, A., see Marschner, A. (67) 382 522 Author Index Volz, K.G., Schubotz, R.I. and von Cramon, D.Y., Variants of uncertainty in Yamada, M., see Nishiyama, K. (67) 94 decision-making and their neural correlates (67) 403 Yamada, S., see Adachi, Y.U. (67) 176 von Cramon, D.Y., see Volz, K.G. (67) 403 Yamada, Y., see Noguchi, M. (67) 182 Vorobyov, V., see Jana¢, B. (67) 498 Yamamura, K., see Noguchi, M. (67) 182 Yamazaki, Y., Suzuki, M., Ohkuwa, T. and Itoh, H., Maintenance of upright Wagner, R., see Kecskeméti, V. (67) 126 standing posture during trunk rotation elicited by rapid and asymmetrical Walter, H., Abler, B., Ciaramidaro, A. and Erk, S., Motivating forces of human movements of the arms (67) 30 actions. Neuroimaging reward and social interaction (67) 368 Yang, X.-L., see Shen, Y. (67) 492 Walz, W., see Bekar, L.K. (67) 142 Ye, N., see Chen, K. (67) 310 Wang, H., see Mei, B. (67) 1 Young, A.R., see Giffard, C. (67) 335 Wang, J.-J., see Chen, K. (67) 310 Wang, L.-H., see Dong, H.-W. (67) 189 Zachry, T., Wulf, G., Mercer, J. and Bezodis, N., Increased movement accura- Wartenburger, I., see Marschner, A. (67) 382 cy and reduced EMG activity as the result of adopting an external focus of Watanabe, K., see Adachi, Y.U. (67) 176 attention (67) 304 Waters, R.P., Emerson, A.J., Watt, M.J., Forster, G.L., Swallow, J.G. and Zaltman, G., see Mast, F.W. (67) 422 Summers, C.H., Stress induces rapid changes in central catecholaminergic Zarrindast, M.R., see Khalilzadeh, A. (67) 443 activity in Anolis carolinensis: Restraint and forced physical activity (67) 210 Zhang, J., see Chen, K. (67) 310 Watt, M.J., see Waters, R.P. (67) 210 Zhang, M., see Dong, H.-W. (67) 189 Wolitiska-Witort, E., see Gajewska, A. (67) 319 Zhou, Y., see Schlussman, S.D. (67) 169 Wulf, G., see Zachry, T. (67) 304 Zucconi, M., see Combi, R. (67) 257 BRAIN RESEARCH BULLETIN Brain Research Bulletin 67 (2005) 523-525 w.elsevier.com/locate/brainresbull Subject Index Acetylcholine, (67) 117 Choice making, (67) 355 Acidosis, (67) 46 CNQX, (67) 133 Acquisition, (67) 242 Cocaine, (67) 169 Acute inflammation, (67) 235 Consumer behavior, (67) 422 Adenosine, (67) 53 Consumers, (67) 438 Adrenal, (67) 147 Core temperature, (67) 110 AEV, (67) 281 Corlisol, (67) 398 Aging, (67) 19, 382 Corticosterone, (67) 147 AGN-2979, (67) 248 a-Crystallin, (67) 235 Alzheimer’s disease, (67) 40 Cytokines, (67) 24 Analgesia, (67) 269 Cytoskeleton, (67) 142 Angiotensinergic, (67) 203 Animal model, (67) 40 Dab1, (67) 196 Anterior hypothalamic area, (67) 203 Decision, (67) 355 Anticipatory postural adjustments, (67) 30 Decision-making, (67) 343, 403, 413 Anticonvulsants, (67) 126 Deiodinase protein, (67) 196 Antide, (67) 319 Dentate gyrus, (67) 117 APV, (67) 133 Depression, (67) 53 Ashworth score, (67) 189 Development, (67) 196 Association, (67) 422 Dexamethasone, (67) 77 Autoimmune, (67) 264 Dicyclomine, (67) 504 Autoradiography, (67) 248 Dietary restriction, (67) 482 Digenic transmission, (67) 257 Baboon, (67) 335 1,25-Dihydroxyvitamin D, (67) 156 Baclofen, (67) 310 Dopamine, (67) 176, 210, 382 Basketball, (67) 304 Dopamine-D3, (67) 219 Behavior, (67) 40, 169 Dorsal root ganglia, (67) 19 Behavioral finance, (67) 391 Dose, (67) 169 Behaviour, (67) 24 Dynorphin A (1-17), (67) 189 Behavioural despair, (67) 53 Dynorphin, (67) 169 Best-practice, (67) 290 Biogenic amines, (67) 235 Economic theory, (67) 343 Bipolar cell, (67) 492 Electrodermal reactions, (67) 428 Body heating rate, (67) 110 Electromyography, (67) 304 Brain, (67) 219 ELF-MF, (67) 498 Branding, (67) 413 EMG, (67) 30 BrdU, (67) 117 Encephalomyelitis, (67) 264 Buying behavior, (67) 428 Epilepsy, (67) 156, 257 Epinephrine, (67) 210 Calmodulin antagonists, (67) 225 ERB, (67) 147 Capsazepine, (67) 476 Error correction in science, (67) 361 Carbachol, (67) 203 Estrogen, (67) 459 Carp retina, (67) 492 Ethics, (67) 290 Celecoxib, (67) 443 Evidence-based medicine, (67) 290 Cell injury, (67) 225 Excitotoxicity, (67) 133 Central fatigue, (67) 110 Exercise, (67) 110, 210 Cerebellar interpositus nucleus, (67) 310 Exhaustion, (67) 210 Cerebellum, (67) 196, 448 Experimental design, (67) 361 Cerebral cortex, (67) 77 Cerebral ischemia, (67) 335 Fear memory, (67) 1 Cerebrospinal fluid, (67) 264 Female rats, (67) 147 Chemically induced seizures, (67) 156 Fentanyl, (67) 269 Chicken, (67) 196 Fetal alcohol syndrome, (67) 459 doi: 10.1016/S0361-9230(05)00407-7 524 Subject Index Fluoxetine, (67) 126 Marketing, (67) 422 fMRI, (67) 382, 403, 413 Markets, (67) 438 Focus of attention, (67) 304 Medial prefrontal cortex, (67) 368 Framing-effect, (67) 413 Medial temporal, (67) 62 Free throw, (67) 304 Memory, (67) 62, 242, 398, 504 Frontal MMN, (67) 298 Mentalizing, (67) 368 Frontostriatal, (67) 327 Metallothionein, (67) 466 Functional MRI, (67) 87 Methamphetamine, (67) 100, 466 Functional MRI (fMRI), (67) 361 Methodology, (67) 290 a-Methyl-L-tryptophan, (67) 248 GABA, (67) 117, 310 MG132, (67) 225 GABA, receptors, (67) 310 Mice, (67) 156 Gender-related strategies, (67) 355 Microdialysis, (67) 176 GluR1, (67) | Middle cerebral artery occlusion, (67) 335 Glutamate, (67) 94, 203 Mitochondrial membrane permeability, (67) 225 Glycine, (67) 492 MK-801, (67) 504 GnRH, (67) 319 MMN, (67) 298 Growth factor, (67) 459 Modulation, (67) 182 Monkey, (67) 219 Heat shock proteins, (67) 509 Monoamine oxidase inhibitor, (67) 176 Heat storage, (67) 110 Morphine, (67) 443 HEK293, (67) 142 Motor behaviour, (67) 498 High oxygen, (67) 94 Motor dysfunction, (67) 327 High-density microarrays, (67) | Motor entrainment, (67) 448 Hippocampus, (67) 13 Motor rehabilitation, (67) 448 H-reflex, (67) 189 Mouse, (67) 476 HSP 70, (67) 482 MPP”, (67) 509 Huntington’s disease, (67) 161 Mu receptor agonist, (67) 77 Hyperalgesia, (67) 476 Muscimol, (67) 310 Hyperglycemia, (67) 46 Mustard oil, (67) 182 Hypnosis, (67) 298 Hypnotic susceptibility, (67) 298 Naltrexone, (67) 100 Hypothalamus, (67) 77, 147 Neurite outgrowth, (67) 459 50 Hz, (67) 498 Neuroblasts, (67) 509 Neurodegenerative disorders, (67) 94 Impairment, (67) 504 Neuroeconomics, (67) 355, 368, 398, 413, 422, 438 Implicit cognition, (67) 422 Neuroimaging, (67) 382 Incidental, (67) 62 Neuronal Ca?* currents, (67) 126 Indolamines, (67) 46 Neuronal cell death, (67) 94 Induction and expression of behavioral sensitization, (67) 100 Neuronal cells, (67) 77 Inflammation, (67) 476 Neuronal survival, (67) 459 Inflammatory pain, (67) 182 Neuron—glia interactions, (67) 19 In-store stimuli, (67) 428 Neuroprotection, (67) 133, 161, 482 Interleukin, (67) 235 Neuroscience, (67) 343 Interleuk1ib net-a , (67) 24 Neurotoxicity, (67) 466 Intracerebroventricular microinjection, (67) 319 Nicotine, (67) 161 Investor, (67) 391 Nitric oxide, (67) 235 Isoflurane anesthesia, (67) 176 Nitrite, (67) 133 IUGR, (67) 13 3-Nitropropionic acid, (67) 161 NO, (67) 133 Jaw-opening reflex, (67) 182 Nociception, (67) 269 Norepinephrine, (67) 210 K-ABC, (67) 13 Norfluoxetine, (67) 126 Kainate, (67) 133, 482 Novelty, (67) 62 Ki-67, (67) 117 Kv1.4, (67) 142 Open field test, (67) 498 Kv4.2, (67) 142 Opioid receptors, (67) 100 Orbitofrontal cortex, (67) 87 Latency, (67) 281 Oxidative stress, (67) 133, 482 Learning, (67) 24, 62, 504 Linkage, (67) 257 Pain, (67) 476 Lipopolysaccharide, (67) 24 Panoramic localizers, (67) 281 Lizard, (67) 210 Paraquat, (67) 509 Locomotor activity, (67) 100 Pargyline, (67) 176 LOOH, (67) 94 Passive avoidance, (67) 443, 504 Passive viewing, (67) 87 Magnetoencephalography, (67) 355 PC12 cells, (67) 225 Market, (67) 391 Peripheral neuroglia, (67) 19 Subject Index Pervasive developmental disorders, (67) 327 Social cognition, (67) 398 PFC, (67) 382 Somatosensory system, (67) 269 PKC-a, (67) 46 Spasticity, (67) 189 Placebo effects, (67) 290 Spatial abilities, (67) 13 Positron emission tomography, (67) 219 Spatial coding, (67) 281 Posterior fronto-median cortex, (67) 403 Standing posture, (67) 30 Posterior hypothalamic nucleus, (67) 203 State-dependent learning, (67) 443 Prediction, (67) 403 Stress, (67) 398 Preference, (67) 355 Striatum, (67) 169, 382 Prefrontal cortex, (67) 413 Stroke, (67) 335 Prejudgements, (67) 413 Suprageniculate nucleus, (67) 281 Primary somatosensory processing, (67) 269 Synaptic plasticity, (67) 40 Priming, (67) 422 Temporal MMN, (67) 298 Quercetin, (67) 509 Temporomandibular joint, (67) 182 Radio} ssay (RIA). (67) 189 Tenascin-C, (67) 196 Semper” ( ), (07) Tetramerization domain, (67) 142 Th f Mind, (67) 368 Rapid arm movement, (67) 30 Timing ’d ongs * ; Rat, (67) 182, 504 Transcutaneous electric nerve stimulation (TENS), (67) 189 Reactive oxygen species, (67) 466 TRPV1 (VR1), (67) 476 Receptive field, (67) 492 Trunk rotation, (67) 30 Receptor-occupancy, (67) 219 Trust, (67) 398 Receptors, (67) 242 Reelin, (67) 196 Treypdt opdhaang hyad pm lnaasgee , (67)a 248 ‘ Tumor necrosis factor, (67) 235 Relational, (67) 62 Reserpine, (67) 219 Retrieval, (67) 242 Ultra-low doses, (67) 443 Reward association learning, (67) 382 Uncestainty, (67) 413 Reward, (67) 382 Unit discharge, (67) 203 Rhythm perception, (67) 448 Urocortin, (67) 242 ROS. (67) 94 Utility, (67) 355 Roving standard, (67) 298 Ventral striatum, (67) 368 Seizures, (67) 482 Ventromedial, (67) 413 SEP, (67) 269 VIP 6—28, (67) 319 Serotonergic system, (67) 53 VIP antagonist, (67) 319 Serotonin reuptake inhibitor, (67) 77 Visual, (67) 281 Serotonin synthesis rate, (67) 248 Vitamin D, (67) 156 Sham surgery, (67) 290 Voltage clamp, (67) 126 Sleep disorder, (67) 257 Snail, (67) 40 Zinc, (67) 466