Brain Research Bulletin 2005: Vol 66 Index

2005·3.5 MB·English

BRAIN
RESEARCH
BULLETIN
Brain Research Bulletin 66 (2005) 571-575
www.elsevier.com/locate/brainresbull
Author Index
Abalo, X.M., see Rodicio, M.C. (66) 536 Bensadoun, J.-C., see Ahn, Y.-H. (66) 135
Abalo, X.M., see Villar-Cheda, B. (66) 431 Bernardi, G., see Viscomi, M.T. (66) 212
Abalo, X.M., Villar-Cheda, B., Anadon, R. and Rodicio, M.C., Berzsenyi, P., see Erdo, F. (66) 43
Development of the dopamine-immunoreactive system in the central Bjarkam, C., see Andersen, F. (66) 17
nervous system of the sea lamprey (66) 560 Bjorklund, A., see Ahn, Y.-H. (66) 135
Acampora, D., Annino, A., Tuorto, F., Puelles, E., Lucchesi, W., Papalia, A. and Bourrat, F., see Candal, E. (66) 426
Simeone, A., Otx genes in the evolution of the vertebrate brain (66) 410 Brodaty, H., see Ross, A.J. (66) 9
Adanina, V.O., see Chmykhova, N.M. (66) 381 Broglio, C., Gomez, A., Duran, E., Ocafia, F.M., Jiménez-Moya, F.,
Adrio, F., see Carrera, I. (66) 541 Rodriguez, F. and Salas, C., Hallmarks of a common forebrain verte-
Aebischer, P., see Ahn, Y.-H. (66) 135 brate plan: Specialized pallial areas for spatial, temporal and emotion-
Ahn, D.K., Lee, K.R., Lee, H.J., Kim, S.K., Choi, H.S., Lim, E.J. and al memory in actinopterygian fish (66) 277
Park, J.S., Intracisternal administration of chemokines facilitated Broglio, C., see Rodriguez, F. (66) 365
formalin-induced behavioral responses in the orofacial area of freely Brox, A., see Medina, L. (66) 297
moving rats (66) 50 Brundin, P., see Ahn, Y.-H. (66) 135
Ahn, Y.-H., Bensadoun, J.-C., Aebischer, P., Zurn, A.D., Seiger, A., Bjorklund, A.., Bueno-Lopez, J.L., see Reblet, C. (66) 461
Lindvall, O., Wahlberg, L., Brundin, P. and Kaminski Schierle, G.S., Busija, D.W., Katakam, P., Rajapakse, N.C., Kis, B., Grover, G., Domoki,
Increased fiber outgrowth from xeno-transplanted human embryonic F. and Bari, F., Effects of ATP-sensitive potassium channel activators
dopaminergic neurons with co-implants of polymer-encapsulated genetically diazoxide and BMS-191095 on membrane potential and reactive oxy-
modified cells releasing glial cell line-derived neurotrophic factor (66) 135 gen species production in isolated piglet mitochondria (66) 85
Aijon, J., see Arenzana, F.J. (66) 421 Butler, A.B., see Molnar, Z. (66) 269
Aijon, J., see Clemente, D. (66) 546
Alejo, A., see Reblet, C. (66) 461 Campello-Costa, P., see Serfaty, C.A. (66) 128
Alonso, A., see Delgado, A. (66) 479 Candal, E., Nguyen, V., Joly, J.-S. and Bourrat, F., Expression domains
Alvarez, E., see Rodriguez, F. (66) 365 suggest cell-cycle independent roles of growth-arrest molecules in the
Alvarez, R., see Pombal, M.A. (66) 371 adult brain of the medaka, Oryzias latipes (66) 426
Amadio, S., see Viscomi, M.T. (66) 212 Carrera, I., Sueiro, C., Molist, P., Ferreiro, S., Adrio, F., Rodriguez, M.A.,
Anadon, R., see Abalo, X.M. (66) 560 Anadon, R. and Rodriguez-Moldes, I., Temporal and spatial organiza-
Anadon, R., see Carrera, I. (66) 541 tion of tyrosine hydroxylase-immunoreactive cell groups in the embry-
Anadon, R., see Folgueira, M. (66) 361 onic brain of an elasmobranch, the lesser-spotted dogfish Scyliorhinus
Anadon, R., see Rodicio, M.C. (66) 536 canicula (66) 541
Anadon, R., see Villar-Cheda, B. (66) 431 Cazals, Y., see Horner, K.C. (66) 1
Andersen, F., Watanabe, H., Bjarkam, C., Danielsen, E.H., The DaNeX Study Chan, C., see Holahan, M.R. (66) 222
Group and Cumming, P., Pig brain stereotaxic standard space: Mapping of Chmykhova, N.M., Adanina, V.O., Karamian, O.A., Kozhanov, V.M.,
cerebral blood flow normative values and effect of MPTP-lesioning (66) 17 Vesselkin, N.P. and Clamann, H.-P., Comparative study of spinal
Andrasi, F., see Erdo, F. (66) 43 motoneuron axon collaterals (66) 381
Annino, A., see Acampora, D. (66) 410 Choi, H.S., see Ahn, D.K. (66) 50
Arenzana, F.J., Clemente, D., Sanchez-Gonzalez, R., Porteros, A., Aijon, J. Christensen-Dalsgaard, J. and Kanneworff, M., Binaural interaction in the
and Arévalo, R., Development of the cholinergic system in the brain frog dorsal medullary nucleus (66) 522
and retina of the zebrafish (66) 421 Clamann, H.-P., see Chmykhova, N.M. (66) 381
Arenzana, F.J., see Clemente, D. (66) 546 Clemente, D., Arenzana, F.J., Sanchez-Gonzalez, R., Porteros, A., Aijon, J.
Arévalo, R., see Arenzana, F.J. (66) 421 and Arévalo, R., Comparative analysis of the distribution of choline
Arévalo, R., see Clemente, D. (66) 546 acetyltransferase in the central nervous system of cyprinids (66) 546
Clemente, D., see Arenzana, F.J. (66) 421
Bacskai, T., see Halasi, G. (66) 532 Comella, J.X., see Benito-Gutiérrez, E. (66) 518
Bacskai, T., see Matesz, C. (66) 526 Costas, V., see Pombal, M.A. (66) 371
Baldock, R., see Sarma, S. (66) 449 Csillag, A. and Montagnese, C.M., Thalamotelencephalic organization in
Bari, F., see Busija, D.W. (66) 85 birds (66) 303
Bellion, A. and Métin, C., Early regionalisation of the neocortex and the Cuisinier, R., Olivier, I. and Nougier, V., Effects of foreperiod duration on
medial ganglionic eminence (66) 402 anticipatory postural adjustments: determination of an optimal prepara-
Benito-Gutiérrez, E., Illas, M., Comella, J.X. and Garcia-Fernandez, J., tion in standing and sitting for a raising arm movement (66) 163
Outlining the nascent nervous system of Branchiostoma _f loridae Cumming, P., see Andersen, F. (66) 17
(amphioxus) by the pan-neural marker AmphiElav (66) 518 Czupryn, A., see Liguz-Lecznar, M. (66) 106
doi: 10.1016/S0361-9230(05)00327-8
572 Author Index
Damas, C., see Delgado, A. (66) 479 Gray, B.D., see Fritzsch, B. (66) 249
Danielsen, E.H., see Andersen, F. (66) 17 Grover, G., see Busija, D.W. (66) 85
Davidson, D., see Sarma, S. (66) 449 Gruber, W., see Doppelmayr, M. (66) 171
Davila, J.C., see Guirado, S. (66) 290 Grunwald, W., see Miihlenbrock-Lenter, S. (66) 270
Davila, J.C., see Olmos, J.L. (66) 465 Gu, Y., see Yu, S.-S. (66) 259
Davila, J.C., see Pineda, D. (66) 436 Guirado, S., Real, M*.A. and Davila, J.C., The ascending tectofugal visual
Davila, J.C., see Suarez, J. (66) 441 system in amniotes: New insights (66) 290
de Arriba, M.C., see Pombal, M.A. (66) 371 Guirado, S., see Olmos, J.L. (66) 465
Delgado, A., Alonso, A., Damas, C. and Trujillo, C.M., The midbrain Guirado, S., see Pineda, D. (66) 436
of sauropsides shares a common subdivision pattern defined by Guirado, S., see Suarez, J. (66) 441
embryonic radial glia (66) 479 Giintiirkiin, O., Avian and mammalian “prefrontal cortices”: Limited
Détari, L., see Toth, A. (66) 37 degrees of freedom in the evolution of the neural mechanisms of goal-
Domoki, F., see Busija, D.W. (66) 85 state maintenance (66) 311
Doppelmayr, M., Klimesch, W., Hédimoser, K., Sauseng, P. and Gruber, W., Giintiirkiin, O., see Kirsch, J.A. (66) 348
Intelligence related upper alpha desynchronization in a semantic Giintiirkiin, O., see Manns, M. (66) 475
memory task (66) 171 Giintiirkiin, O., see Poth, C. (66) 357
Duran, E., see Broglio, C. (66) 277
Halasi, G., Bacskai, T. and Matesz, C., Connections of the superior vestibu-
Duran, E., see Rodriguez, F. (66) 365
lar nucleus with the oculomotor and red nuclei in the rat: An electron
microscopic study (66) 532
Eaton, M., see Gatewood, J.D. (66) 91
Halasi, G., see Matesz, C. (66) 526
Erdo, F., Berzsenyi, P. and Andrasi, F., The AMPA-antagonist talampanel
Halpern, M., see Martinez-Marcos, A. (66) 337
is neuroprotective in rodent models of focal cerebral ischemia (66) 43
Herrero, L., see Torres, B. (66) 376
Erdogan, O., see Kanit, L. (66) 189
Hettinger, T.P., see Frank, M.E. (66) 70
H6édimoser, K., see Doppelmayr, M. (66) 171
Felszeghy, S., see Matesz, C. (66) 526
Holahan, M.R., Hong, N.S., Chan, C. and McDonald, R.J., Post-training
Feng, F., see Fritzsch, B. (66) 249
intra-amygdala amphetamine injections given during acquisition
Feng, G., see Sarma, S. (66) 449
of a stimulus—response (S—R) habit task enhance the expression of
Feng, Y., Liu, Y.-M., Fratkins, J.D. and LeBlanc, M.H., Grape seed extract
stimulus—reward learning: Further evidence for incidental amygdala
suppresses lipid peroxidation and reduces hypoxic ischemic brain
learning (66) 222
injury in neonatal rats (66) 120
Holland, P.W.H. and Takahashi, T., The evolution of homeobox genes:
Ferreiro, S., see Carrera, I. (66) 541
Implications for the study of brain development (66) 484
Filosa, A., see Studer, M. (66) 394
Hong, N.S., see Holahan, M.R. (66) 222
Florenzano, F., see Viscomi, M.T. (66) 212
Horner, K.C. and Cazals, Y., Stress hormones in Méniére’s disease and
Folgueira, M., Anadon, R. and Yafiez, J., Experimental study of the con-
acoustic neuroma (66) |
nections of the preglomerular nuclei and corpus mamillare in the rain-
Hu, Y., see Li, X. (66) 99
bow trout, Oncorhynchus mykiss (66) 361
Formaker, B.K., see Frank, M.E. (66) 70 Illas, M., see Benito-Gutiérrez, E. (66) 518
Frank, M.E., Formaker, B.K. and Hettinger, T.P., Peripheral gustatory pro- Itzev, D.E., see Milusheva, E.A. (66) 229
cessing of sweet stimuli by golden hamsters (66) 70
Fratkins, J.D., see Feng, Y. (66) 120 Jiménez-Moya, F., see Broglio, C. (66) 277
Fritzsch, B., Muirhead, K.A., Feng, F., Gray, B.D. and Ohlsson-Wilhelm, Jiménez-Moya, F., see Rodriguez, F. (66) 365
B.M., Diffusion and imaging properties of three new lipophilic tracers, Joly, J.-S., see Candal, E. (66) 426
NeuroVue™ Maroon, NeuroVue™ Red and NeuroVue™ Green and
their use for double and triple labeling of neuronal profile (66) 249 Kaminski Schierle, G.S., see Ahn, Y.-H. (66) 135
Fuentes, T., see Reblet, C. (66) 461 Kanit, L., Koylu, E.O., Erdogan, O. and Pogun, S., Effects of laterality and
Fung, C., Schleicher, A., Kowalski, T. and Oelschlager, H.H.A., Mapping sex On Cognitive strategy in a water maze place learning task and mod-
auditory cortex in the La Plata dolphin (Pontoporia blainvillei) (66) 353 ification by nicotine and nitric oxide synthase inhibition in rats (66) 189
Fung, C., see Poth, C. (66) 357 Kanneworff, M., see Christensen-Dalsgaard, J. (66) 522
Karamian, O.A., see Chmykhova, N.M. (66) 381
Garcia, B., see Pineda, D. (66) 436 Katakam, P., see Busija, D.W. (66) 85
Garcia-Calero, E. and Puelles, L., Pallial expression of Enc] RNA in post- Kedmi, M., see Sack, R. (66) 30
natal mouse telencephalon (66) 445 Kerwin, J., see Sarma, S. (66) 449
Garcia-Fernandez, J., see Benito-Gutiérrez, E. (66) 518 Kim, S.K., see Ahn, D.K. (66) 50
Garcia-Lépez, M., see Legaz, I. (66) 470 Kinsley, C.H., see Gatewood, J.D. (66) 91
Garcia-Lépez, M., see Medina, L. (66) 297 Kirsch, J.A. and Giintiirkiin, O., Neuronal synchronicity in the pigeon
Gatewood, J.D., Morgan, M.D., Eaton, M., McNamara, I.M., Stevens, L.F., “prefrontal cortex” during learning (66) 348
Macbeth, A.H., Meyer, E.A.A., Lomas, L.M., Kozub, F.J., Lambert, Kis, B., see Busija, D.W. (66) 85
K.G. and Kinsley, C.H., Motherhood mitigates aging-related decre- Kleim, J.A., see Piecharka, D.M. (66) 203
ments in learning and memory and positively affects brain aging in the Klimesch, W., see Doppelmayr, M. (66) 171
rat (66) 91 Kortezova, N.I., see Milusheva, E.A. (66) 229
Gaytan, S.P., see Ribas-Salgueiro, J.L. (66) 235 Kowalski, T., see Fung, C. (66) 353
Gochberg-Sarver, A., see Sack, R. (66) 30 Koylu, E.O., see Kanit, L. (66) 189
Goémez, A., see Broglio, C. (66) 277 Kozhanov, V.M., see Chmykhova, N.M. (66) 381
Gomez, A., see Rodriguez, F. (66) 365 Kozub, F.J., see Gatewood, J.D. (66) 91
Gonzalez, A., see Lopez, J.M. (66) 555 Kuba, T. and Quinones-Jenab, V., The role of female gonadal hormones
Gonzalez, A., see Moreno, N. (66) 332 in behavioral sex differences in persistent and chronic pain: Clinical
Gonzalez, A., see Morona, R. (66) 550 versus preclinical studies (66) 179
Author Index
Kumar, V.M., see Srividya, R. (66) 143 Medina, L., see Olmos, J.L. (66) 465
Kuneva, V.I., see Milusheva, E.A. (66) 229 Megias, M., see Pombal, M.A. (66) 371
Meléndez-Ferro, M., see Rodicio, M.C. (66) 536
Lalonde, R., Le Pécheur, M., Strazielle, C. and London, J., Exploratory Mendizabal-Zubiaga, J., see Reblet, C. (66) 461
activity and motor coordination in wild-type SOD1/SOD1 transgenic Métin, C., see Bellion, A. (66) 402
mice (66) 155 Meyer, E.A.A., see Gatewood, J.D. (66) 91
Lambert, K.G., see Gatewood, J.D. (66) 91 Milusheva, E.A., Kuneva, V.I., Itzev, D.E., Kortezova, N.1., Sperlagh, B.
Lanuza, E., see Martinez-Marcos, A. (66) 337 and Mizhorkova, Z.N., Glutamate stimulation of acetylcholine release
Le Pécheur, M., see Lalonde, R. (66) 155 from myenteric plexus is mediated by endogenous nitric oxide (66) 229
LeBlanc, M.H., see Feng, Y. (66) 120 Mizhorkova, Z.N., see Milusheva, E.A. (66) 229
Lee, H.J., see Ahn, D.K. (66) 50 Modis, L., see Matesz, C. (66) 526
Lee, K.R., see Ahn, D.K. (66) 50 Molinari, M., see Viscomi, M.T. (66) 212
Legaz, I., Garcia-L6pez, M. and Medina. L., Subpallial origin of part of the Molist, P., see Carrera, I. (66) 541
calbindin-positive neurons of the claustral complex and piriform cortex Molnar, Z., Butler, A.B., ten Donkelaar, H.J., Medina, L. and Puelles, L.,
(66) 470 Introduction to the Proceedings of the Fourth European Conference on
Legaz, I., see Medina, L. (66) 297 Comparative Neurobiology: Evolution and Development of Nervous
Li, X. and Hu, Y., Gene expression profiling reveals the mechanism of Systems (66) 269
action of anticonvulsant drug QYS (66) 99 Molnar, Z., see Wang, W.-Z. (66) 454
Lieberman, H.R., Yeghiayan, S.K. and Maher, T.J., A low-protein diet Montagnese, C.M., see Csillag, A. (66) 303
alters rat behavior and neurotransmission in normothermic and hyper- Moreno, N., Morona, R., Lopez, J.M., Mufioz, M. and Gonzalez, A.,
thermic environments (66) 149 Lateral and medial amygdala of anuran amphibians and their relation to
Liguz-Lecznar, M., Nowicka, D., Czupryn, A. and Skangiel-Kramska, J., olfactory and vomeronasal information (66) 332
Dissociation of synaptic zinc level and zinc transporter 3 expression Moreno, N., see Lopez, J.M. (66) 555
during postnatal development and after sensory deprivation in the Moreno, N., see Morona, R. (66) 550
barrel cortex of mice (66) 106 Morgan, M.D., see Gatewood, J.D. (66) 91
Lim, E.J., see Ahn, D.K. (66) 50 Morona, R., Moreno, N., Lopez, J.M., Mufioz, M., ten Donkelaar, H.J. and
Linden, R., see Serfaty, C.A. (66) 128 Gonzalez, A., Calbindin-D28k immunoreactivity in the spinal cord of
Lindsay, S., see Sarma, S. (66) 449 Xenopus laevis and its participation in ascending and descending
Lindvall, O., see Ahn, Y.-H. (66) 135 projections (66) 550
Liu, Y.-M., see Feng, Y. (66) 120 Morona, R., see Lopez, J.M. (66) 555
Lomas, L.M., see Gatewood, J.D. (66) 91 Morona, R., see Moreno, N. (66) 332
London, J., see Lalonde, R. (66) 155 Miihlenbrock-Lenter, S., Roth, G. and Grunwald, W., Connectivity and
Lépez, J.M., Moreno, N., Morona, R., Mufioz, M. and Gonzalez, A., cytoarchitecture of telencephalic centers in the fire-bellied toad
Colocalization of nitric oxide synthase and monoamines in neurons of Bombina orientalis (66) 270
the amphibian brain (66) 555 Muirhead, K.A., see Fritzsch, B. (66) 249
Lépez, J.M., see Moreno, N. (66) 332 Mujfioz, M., see Lopez, J.M. (66) 555
Lépez, J.M., see Morona, R. (66) 550 Munoz, M., see Moreno, N. (66) 332
Lucchesi, W., see Acampora, D. (66) 410 Mujioz, M., see Morona, R. (66) 550
Luque, M.A., see Torres, B. (66) 376
Nguyen, V., see Candal, E. (66) 426
Macbeth, A.H., see Gatewood, J.D. (66) 91 Nougier, V., see Cuisinier, R. (66) 163
Maher, T.J., see Lieberman, H.R. (66) 149 Nowicka, D., see Liguz-Lecznar, M. (66) 106
Mallick, H.N., see Srividya, R. (66) 143
Manger, P.R., Establishing order at the systems level in mammalian brain Ocajfia, F.M., see Broglio, C. (66) 277
evolution (66) 282 Ocajiia, F.M., see Rodriguez, F. (66) 365
Manns, M. and Giintiirkiin, O., Differential effects of ocular BDNF-injec- Oelschlager, H.H.A., see Fung, C. (66) 353
tions onto the development of tectal cells characterized by calcium- Oelschlager, H.H.A., see Poth, C. (66) 357
binding proteins in pigeons (66) 475 Ohlsson-Wilhelm, B.M., see Fritzsch, B. (66) 249
Manuel, M. and Price, D.J., Role of Pax6 in forebrain regionalization (66) Olivier, I., see Cuisinier, R. (66) 163
387 Olmos, J.L., Real, M.A., Medina, L., Guirado, S. and Davila, J.C.,
Marks, C.A. and Wayner, M.J., Effects of sleep disruption on rat dentate Distribution of nitric oxide-producing neurons in the developing and
granule cell LTP in vivo (66) 114 adult mouse amygdalar basolateral complex (66) 465
Martinez-Marcos, A., Ubeda-Bajion, I., Lanuza, E. and Halpern, M., The Olmos, J.L., see Pineda, D. (66) 436
“olfactostriatum” of snakes: A basal ganglia vomeronasal structure in Orr-Urtreger, A., see Sack, R. (66) 30
tetrapods (66) 337
Matesz, C., Modis, L., Halasi, G., Szigeti, Z.M., Felszeghy, S., Bacskai, T. Papalia, A., see Acampora, D. (66) 410
and Szekely, G., Extracellular matrix molecules and their possible roles Park, J.S., see Ahn, D.K. (66) 50
in the regeneration of frog nervous system (66) 526 Pasaro, R., see Ribas-Salgueiro, J.L. (66) 235
Matesz, C., see Halasi, G. (66) 532 Pérez-Costas, E., see Rodicio, M.C. (66) 536
McDonald, R.J., see Holahan, M.R. (66) 222 Pérez-Pérez, M.P., see Torres, B. (66) 376
McNamara, I.M., see Gatewood, J.D. (66) 91 Piecharka, D.M., Kleim, J.A. and Whishaw, I.Q., Limits on recovery in the
Medina, L., Brox, A., Legaz, I., Garcia-Lépez, M. and Puelles, L., corticospinal tract of the rat: Partial lesions impair skilled reaching and
Expression patterns of developmental regulatory genes show compara- the topographic representation of the forelimb in motor cortex (66) 203
ble divisions in the telencephalon of Xenopus and mouse: insights into Pineda, D., Garcia, B., Olmos, J.L., Davila, J.C., Real, M.A. and Guirado,
the evolution of the forebrain (66) 297 S., Semaphorin5A expression in the developing chick telencephalon
Medina, L., see Legaz, I. (66) 470 (66) 436
Medina, L., see Molnar, Z. (66) 269 Pogun, S., see Kanit, L. (66) 189
574 Author Index
Pombai, M.A., Ruiz, Y., Rodriguez-Alonso, M., de Arriba, M.C., Costas, Sanchez-Gonzalez, R., see Clemente, D. (66) 546
V., Alvarez, R. and Megias, M., Developmental changes of the GABA- Sarma, S., Kerwin, J., Puelles, L., Scott, M., Strachan, T., Feng, G., Sharpe,
immunoreactive fibers in the lamprey spinal cord (66) 371 J., Davidson, D., Baldock, R. and Lindsay, S., 3D modelling, gene
Porteros, A., see Arenzana, F.J. (66) 421 expression mapping and post-mapping image analysis in the develop-
Porteros, A., see Clemente, D. (66) 546 ing human brain (66) 449
Poth, C., Fung, C., Giintiirkiin, O., Ridgway, S.H. and Oelschlager, H.H.A., Sauseng, P., see Doppelmayr, M. (66) 171
Neuron numbers in sensory cortices of five delphinids compared to a Schleicher, A., see Fung, C. (66) 353
physeterid, the pygmy sperm whale (66) 357 Scott, M., see Sarma, S. (66) 449
Price, D.J., see Manuel, M. (66) 387 Seiger, A., see Ahn, Y.-H. (66) 135
Pro-Sistiaga, P., see Reblet, C. (66) 461 Serfaty, C.A., Campello-Costa, P. and Linden, R., Rapid and long-term
Puelles, E., see Acampora, D. (66) 410 plasticity in the neonatal and adult retinotectal pathways following a
Puelles, L., see Garcia-Calero, E. (66) 445 retinal lesion (66) 128
Puelles, L., see Medina, L. (66) 297 Sharpe, J., see Sarma, S. (66) 449
Puelles, L., see Molnar, Z. (66) 269 Simeone, A., see Acampora, D. (66) 410
Puelles, L., see Sarma, S. (66) 449 Skangiel-Kramska, J., see Liguz-Lecznar, M. (66) 106
Sperlagh, B., see Milusheva, E.A. (66) 229
Quinones-Jenab, V., see Kuba, T. (66) 179 Srividya, R., Mallick, H.N. and Kumar, V.M., Changes in brain tempera-
ture and thermoregulation produced by destruction of medial septal
Rajapakse, N.C., see Busija, D.W. (66) 85 neurons in rats (66) 143
Real, M.A., see Guirado, S. (66) 290 Stevens, L.F., see Gatewood, J.D. (66) 91
Real, M.A., see Olmos, J.L. (66) 465 Strachan, T., see Sarma, S. (66) 449
Real, M.A., see Pineda, D. (66) 436
Strazielle, C., see Lalonde, R. (66) 155
Real, M.A., see Suarez, J. (66) 441
Studer, M., Filosa, A. and Rubenstein, J.L.R., The nuclear receptor COUP-
Reblet, C., Alejo, A., Fuentes, T., Pr6-Sistiaga, P., Mendizabal-Zubiaga, J. TFI represses differentiation of Cajal-Retzius cells (66) 394
and Bueno-Lépez, J.L., Expression of calcium-binding proteins in the Suarez, J., Davila, J.C., Real, M.A. and Guirado, S., Distribution of GABA,
proliferative zones around the corticostriatal junction of rabbits during calbindin and nitric oxide synthase in the developing chick entopallium
pre- and postnatal development (66) 461 (66) 441
Reichert, H., A tripartite organization of the urbilaterian brain: Sueiro, C., see Carrera, I. (66) 541
Developmental genetic evidence from Drosophila (66) 491 Sun, Z., see Yamamoto, K. (66) 341
Reiner, A., A new avian brain nomenclature: Why, how and what (66) 317 Szekely, G., see Matesz, C. (66) 526
Reiner, A., see Yamamoto, K. (66) 341 Szigeti, Z.M., see Matesz, C. (66) 526
Ribas, J., see Ribas-Salgueiro, J.L. (66) 235
Ribas-Salgueiro, J.L., Gaytan, S.P., Ribas, J. and Pasaro, R., Takahashi, T., see Holland, P.W.H. (66) 484
Characterization of efferent projections of chemosensitive neurons in Takahashi, T., The evolutionary origins of vertebrate midbrain and MHB:
the caudal parapyramidal area of the rat brain (66) 235 Insights from mouse, amphioxus and ascidian Dmbx homeobox genes
Ridgway, S.H., see Poth, C. (66) 357 (66) 510
Rodicio, M.C., see Abalo, X.M. (66) 560 ten Donkelaar, H.J., see Molnar, Z. (66) 269
Rodicio, M.C., see Villar-Cheda, B. (66) 431 ten Donkelaar, H.J., see Morona, R. (66) 550
Rodicio, M.C., Villar-Cervifio, V., Abalo, X.M., Villar-Cheda, B., The DaNeX Study Group, see Andersen, F. (66) 17
Meléndez-Ferro, M., Pérez-Costas, E. and Anadon, R., Torres, B., Luque, M.A., Pérez-Pérez, M.P. and Herrero, L., Visual orient-
Chemoarchitecture of the dorsal column nucleus of the larval sea lam- ing response in goldfish: a multidisciplinary study (66) 376
prey (66) 536 Toth, A., Zaborszky, L. and Détari, L., EEG effect of basal forebrain neu-
Rodriguez, F., Duran, E., Gomez, A., Ocaiia, FM., Alvarez, E., Jiménez- ropeptide Y administration in urethane anaesthetized rats (66) 37
Moya, F., Broglio, C. and Salas, C., Cognitive and emotional functions Trujillo, C.M., see Delgado, A. (66) 479
of the teleost fish cerebellum (66) 365 Tuorto, F., see Acampora, D. (66) 410
Rodriguez, F., see Broglio, C. (66) 277
Ubeda-Bajion, I., see Martinez-Marcos, A. (66) 337
Rodriguez, M.A., see Carrera, I. (66) 541
Rodriguez-Alonso, M., see Pombal, M.A. (66) 371
Valenzuela, M.J., see Ross, A.J. (66) 9
Rodriguez-Moldes, I., see Carrera, I. (66) 541
Vesselkin, N.P., see Chmykhova, N.M. (66) 381
Rosner, S., see Sack, R. (66) 30
Villar-Cervinio, V., see Rodicio, M.C. (66) 536
Ross, A.J., Sachdev, P.S., Wen, W., Valenzuela, M.J. and Brodaty, H.,
Villar-Cheda, B., Abalo, X.M., Anad6én, R. and Rodicio, M.C., The
Cognitive correlates of 'H MRS measures in the healthy elderly brain
tegmental proliferation region in the sea lamprey (66) 431
(66) 9
Villar-Cheda, B., see Abalo, X.M. (66) 560
Roth, G., see Miihlenbrock-Lenter, S. (66) 270
Villar-Cheda, B., see Rodicio, M.C. (66) 536
Rozovsky, U., see Sack, R. (66) 30
Viscomi, M.T., Florenzano, F., Amadio, S., Bernardi, G. and Molinari, M.,
Ruan, D.-Y., see Yu, S.-S. (66) 259
Partial resistance of ataxin-2-containing olivary and pontine neurons to
Rubenstein, J.L.R., see Studer, M. (66) 394
axotomy-induced degeneration (66) 212
Ruiz, Y., see Pombal, M.A. (66) 371
Wahlberg, L., see Ahn, Y.-H. (66) 135
Sachdev, P.S., see Ross, A.J. (66) 9 Wang, H.B., see Yamamoto, K. (66) 341
Sack, R., Gochberg-Sarver, A., Rozovsky, U., Kedmi, M., Rosner, S. and Wang, W.-Z. and Molnar, Z., Dynamic pattern of mRNA expression of
Orr-Urtreger, A., Lower core body temperature and attenuated nico- plasticity-related gene-3 (PRG-3) in the mouse cerebral cortex during
tine-induced hypothermic response in mice lacking the 84 neuronal development (66) 454
n.cotinic acetylcholine receptor subunit (66) 30 Watanabe, H., see Andersen, F. (66) 17
Salas, C., see Broglio, C. (66) 277 Watanabe, K., see Yamaguchi, K. (66) 59
Salas, C., see Rodriguez, F. (66) 365 Wayner, M.J., see Marks, C.A. (66) 114
Sanchez-Gonzalez, R., see Arenzana, F.J. (66) 421 Wen, W., see Ross, A.J. (66) 9
Author Index
Whishaw, I.Q., see Piecharka, D.M. (66) 203 Yanez, J., see Folgueira, M. (66) 361
Wilkins, A.S., Recasting developmental evolution in terms of genetic pathway and Yeghiayan, S.K., see Lieberman, H.R. (66) 149
network evolution ... and the implications for comparative biology (66) 495 Yu, K., see Yu, S.-S. (66) 259
Yu, S.-S., Yu, K., Gu, Y. and Ruan, D.-Y., Taurine-induced modulation of
Yamaguchi, K. and Watanabe, K., Anteroventral third ventricular N- voltage-sensitive Na* channels in rat dorsal root ganglion neurons (66)
methyl-D-aspartate receptors, but not metabotropic glutamate receptors 259
are involved in hemorrhagic AVP secretion (66) 59
Yamamoto, K., Sun, Z., Wang, H.B. and Reiner, A., Subpallial amygdala and
nucleus taeniae in birds resemble extended amygdala and medial amygdala Zaborszky, L., see Toth, A. (66) 37
in mammals in their expression of markers of regional identity (66) 341 Zurn, A.D., see Ahn, Y.-H. (66) 135
BRAIN
RESEARCH
vow BULLETIN
ELSEVIER
Brain Research Bulletin 66 (2005) 576—579
www.elsevier.com/locate/brainresbull
Subject Index
N-Acetylaspartate, (66) 9 Catecholamines, (66) 555, 560
Acetylcholine release, (66) 229 Caudal ventrolateral medulla, (66) 235
Acetylcholine, (66) 546 Cell proliferation, (66) 426
Ageing, (66) 9 Central nervous system, (66) 421
Aggression, (66) 114 Cerebellum, (66) 365
Agnathan, (66) 371 Cerebral cortex, (66) 282, 394, 445, 454
Alzheimer’s disease, (66) 91 Chemosensitive neurons, (66) 235
Amino acids, (66) 149 Chicken, (66) 479
AMPA-antagonist, (66) 43 Choline acetyltransferase, (66) 421
Amphibians, (66) 270, 550, 555 Cholinergic cells, (66) 37
AmphiDmbx, (66) 510 Cholinergic, (66) 546
Amphioxus, (66) 484 Chorda tympani, (66) 70
Amygdala, (66) 270, 277, 445 Chromosome mapping, (66) 484
Anatomical domains, (66) 449 Chronic, (66) 179
Anticipatory postural adjustments, (66) 163 CiDmbx, (66) 510
Anticonvulsant drug, (66) 99 Cingulate cortex, (66) 303
Antidiuretic hormone, (66) 59 Claustrum, (66) 297, 445, 470
Antioxidant, (66) 155 Cochlear nucleus, (66) 522
ANTP, (66) 484 Cognition, (66) 9
Anuran, (66) 522 Conditioned cue preference, (66) 222
Anxiety, (66) 149 Confocal microscopy, (66) 249
Arealization, (66) 387 Consolidation, (66) 222
Asymmetry, (66) 475 Constraints, (66) 282
Audiogenic seizure (AGS), (66) 99 Cortex, (66) 387, 402
Auditory cortex, (66) 353 Cortical activation, (66) 37
Auditory, (66) 522 Cortical areas, (66) 282, 445
Auditory, visual, somatosensory cortex, (66) 357 Cortical stimulation and movement, (66) 203
Avian brain, (66) 303 Cortical unit, (66) 357
Axon collateral, (66) 381 Cortisol, (66) |
Axon sprouting, (66) 128 COUP-TF II, (66) 341
Axotomy, (66) 212 Critical period, (66) 128
Basal forebrain, (66) 37 D1-receptor, (66) 311
Basal ganglia, (66) 290, 317 Delay cells, (66) 311
Bed nucleus of the stria terminalis, (66) 270 Delphinid, physeterid, Cetacea, (66) 357
Birds, (66) 290, 317, 436, 441, 475 DeltaA, (66) 426
Bleeding, (66) 59 Dentate granule cells, (66) 114
Blood sugar, (66) 59 Development, (66) 394, 410, 465, 495
BMS-191095, (66) 85 Dextran amines, (66) 332, 550
Boundaries, (66) 479 Diazoxide, (66) 85
Brain atlas, (66) 17 Diencephalon, (66) 303, 387
Brain development, (66) 491 Differences, (66) 179
Brain regionalization, (66) 479 Differential expression, (66) 454
Brain stem, (66) 522 Diffusion rates, (66) 249
Brain temperature, (66) 143 Directional hearing, (66) 522
Brain, (66) 332, 410, 560 Dmbx1, (66) 510
Dopamine, (66) 135, 311, 536
Calbindin, (66) 461, 475
Dorsal claustrum, (66) 290
Calcium binding proteins, (66) 441, 550 Dorsal medullary nucleus, (66) 522
Calretinin, (66) 461 Dorsal pallium, (66) 445
Cartilaginous fishes, (66) 541 Dorsal striatum, (66) 222
Catecholaminergic system, (66) 541 Down syndrome, (66) 155
doi: 10.1016/S0361-9230(05)00328-X
Subject Index
DRG neuron, (66) 259 Inhibition, (66) 522
Drosophila, (66) 491 Interneurons, (66) 371, 470
DVR, (66) 297 Intralaminar nuclei, (66) 303
Inwardly rectifying potassium channel, (66) 85
EEG, (66) 37 Ipsilateral retinotectal pathways, (66) 128
Efferent projection, (66) 402 Ischemia, (66) 85
Efferent projections, (66) 235 8-Isoprostaglandin F,,, (66) 120
Electroporation, (66) 394 IST 2000, (66) 171
Elevated plus maze, (66) 149 ITD, (66) 522
Emotional heart rate conditioning, (66) 365
Emx, (66) 484 KIP, (66) 426
Endopiriform nucleus, (66) 470 Knockout mice, (66) 30
ERS, (66) 171
Evolution, (66) 317, 332, 341, 410, 495, 541 Laminin, (66) 526
Evolutionary stasis, (66) 282 LAMP, (66) 341
Explant, (66) 402 Lateral pallium, (66) 297, 445
Eyeblink classical conditioning, (66) 365 Lateral ventricular angle, (66) 461
Eyeblink conditioning, (66) 348 Learning and memory, (66) 91
Lesion, (66) 143
Fibronectin, (66) 526 Lhx6, (66) 470
Fish, (66) 426 Lipid phosphate phosphohydrolases, (66) 454
Flowerpot, (66) 114 Lipophilic tracers, (66) 249
Forebrain development, (66) 449 Locomotion, (66) 371
Forebrain evolution, (66) 277 LTP, (66) 114
Forebrain, (66) 59, 332, 348 Lysophosphatidic acid, (66) 454
Foreperiod duration, (66) 163
Frog, (66) 332, 522 Magnetic resonance spectroscopy, (66) 9
Functional equivalence, (66) 410 Mammalian CNS, (66) 449
Mammals, (66) 465
GABA interneuron, (66) 402 Mapping, (66) 353
GABA, (66) 532, 536 MCP-1, (66) 50
GAD65, (66) 341 MCPG, (66) 59
Gadd45, (66) 426 Medial pallium, (66) 445
GDNF, (66) 135 Medial septum, (66) 143
Gene expression pattern, (66) 436 Mediodorsal nucleus, (66) 303
Gene expression, (66) 99 Memory modulation, (66) 222
Genetic networks, (66) 495 Memory systems, (66) 277
Genetic pathways, (66) 495 Memory, (66) 114
Glutamate, (66) 229, 536 Mesencephalon, (66) 479
Glycine, (66) 536 Metabolic enzyme, (66) 99
GOttingen miniature pig, (66) 17 MGE, (66) 402
Graft, (66) 402 MHB, (66) 510
Guinea pig ileum, (66) 229 Midbrain, (66) 510
Middle cerebral artery occlusion, (66) 43
Hamster, (66) 70 Midline nuclei, (66) 303
Hearing, (66) 1, 522 Mitochondria, (66) 85
Hippocampus, (66) 91, 114, 277 MK-801, (66) 59
HNK-1, (66) 431 Motoneuron, (66) 381
Homology, (66) 341, 495 Motor activity, (66) 155
Hormones, (66) 179 Motor coordination, (66) 155
Horseradish peroxidase, (66) 381 Motor maps, (66) 203
Hox genes, (66) 491 MRI template, (66) 17
Human, (66) 449 Multiple memory systems, (66) 222
Hyaluronan, (66) 526 Multiple single-unit activity, (66) 348
Hyperalgesia, (66) 50 Myenteric plexus, (66) 229
Hypothalamic lobes, (66) 361
Hypothalamus, (66) 332 Na* channel, (66) 259
Negative regulation, (66) 394
IL-8, (66) 50 Neural crests, (66) 518
ILD, (66) 522 Neural systems, (66) 282
Imaging, (66) 249 Neurobiotin, (66) 381
Immunocytochemistry, (66) 560 Neurodegeneration, (66) 91
Immunohistochemistry, (66) 106, 465, 541, 550, 555 Neurogenesis, (66) 426
In situ hybridisation, (66) 454 Neuromodulation, (66) 282
In situ hybridization, (66) 436 Neuron number, (66) 357
Inferior olive, (66) 212 Neuropathic pain, (66) 259
Inflammatory, (66) 179 Neuropeptide Y, (66) 37, 337
578 Subject Index
Neuroprotection, (66) 120 Pyramidal tract, (66) 203
Neuropsychological tests, (66) 9
Neurotransmitters, (66) 441 Qingyangshenylycosides (QYS), (66) 99
Neurotrophic factor, (66) 135, 475 Quinine, (66) 70
Nicotine-induced hypothermia, (66) 30
Nicotinic acetylcholine receptors, (66) 30 Radial scaffold, (66) 479
Nidopallium caudolaterale (NCL), (66) 348 Raising arm movement, (66) 163
Nidopallium caudolaterale, (66) 311 RANTES, (66) 50
Nitrergic neurons, (66) 441 Rat pyramidal tract, (66) 203
Nitric oxide, (66) 229, 555 8-Receptor, (66) 50
NMDA receptor, (66) 229 Recovery from pyramidal tract lesion, (66) 203
NMDA, (66) 143 Reelin, (66) 394
nNOS, (66) 465 Reptiles, (66) 290
NO, (66) 189 Response learning, (66) 189
Nucleus accumbens, (66) 270 Retinal ganglion cells, (66) 128
Nucleus rotundus, (66) 290 Reversal learning, (66) 189
Nucleus sphericus, (66) 337
Saccadic system, (66) 376
Olfactory system, (66) 436 Scn1b, (66) 99
Ontogeny, (66) 421, 560 Senescence, (66) 91
Optic tectum, (66) 361, 376 Sensory experience, (66) 106
Optical projection tomography (OPT), (66) 449 Sensory neurons, (66) 518
Organotypic slice, (66) 402 Serotonergic neurons, (66) 235
Orienting response, (66) 376 Serotonin, (66) 337, 536, 555
Orofacial formalin test, (66) 50 Sex differences, (66) 189
Oscillations, (66) 70, 171 Sex, (66) 179
Otx, (66) 410, 484 Skilled reaching and pyramidal tract, (66) 203
Otx genes, (66) 491 Skilled reaching, (66) 203
Sleep disruption, (66) 114
Pain, (66) 179 Spatial memory, (66) 365
Pallial amygdala, (66) 297, 465 Spinal cord, (66) 381
Pallidum, (66) 270 Spinocerebellar ataxia type 2, (66) 212
Pallium, (66) 317, 441, 461 Stereotaxic coordinates, (66) 17
Parapyramidal, (66) 235 Stereotyped movements, (66) 155
Parvalbumin, (66) 461, 475 Steroid hormones, (66) 91
Patch clamp, (66) 259 Stress, (66) 1, 114, 149
Patterning, (66) 387 Striatum, (66) 270
Pax genes, (66) 491 Stroke, (66) 120
PCNA, (66) 431 Subcortical plasticity, (66) 128
Petromyzon marinus, (66) 371, 431, 536 64 subunit, (66) 30
Petromyzon, (66) 560 Subpallium, (66) 317, 461
Phaseolus vulgaris leucoagglutinin, (66) 532 Succinate dehydrogenase, (66) 85
Phosphacan, (66) 526 Sulfonylurea receptors, (66) 85
Photothrombosis, (66) 43 Superior colliculus, (66) 128
Phylogenetics, (66) 484 Superoxide dismutase, (66) 155
Pigeon, (66) 348 Suprageniculate nucleus, (66) 290
Place learning, (66) 189 Sweeteners, (66) 70
Placodes, (66) 518 Synapsin, (66) 106
Plasticity, (66) 106 Synaptophysin, (66) 106
Plasticity-related genes, (66) 454 Synchronization, (66) 348
Polymer, (66) 135
Polyphenols, (66) 120 Talampanel, (66) 43
Poly-Q diseases, (66) 212 Tangential migration, (66) 470
Pontine nuclei, (66) 212 Taste mixtures, (66) 70
Pontoporia, (66) 353 Taurine, (66) 259
Porsolt, (66) 149 Tecto-reticular pathway, (66) 376
Posterior tubercle, (66) 361 Telencephalon, (66) 317, 341, 361, 387, 449
Posture, (66) 163 Teleost fish, (66) 277, 365
Potassium channels, (66) 85 Teleost, (66) 361, 376, 546
Prefrontal cortex, (66) 303 Temperature regulation, (66) 30
Pregnancy, (66) 91 Tenascin C, (66) 526
Premotor time, (66) 163 Tench, (66) 546
Procyanidins, (66) 120 Thamnophis sirtalis, (66) 337
Projections, (66) 361 Therapeutic time window, (66) 43
Prolactin, (66) | Thermoregulation, (66) 143
Proton stimulation, (66) 235 Theta, (66) 171
Purinergic receptors, (66) 212 Thiobarbituric acid reacting substances, (66) 120
Subject Index
Three-dimensional reconstruction, (66) 381 Vertebrate brain evolution, (66) 365
Tinnitus, (66) | Vertebrate innovations, (66) 518
Tract-tracing, (66) 337 Vertigo, (66) |
Transcription factors, (66) 387 Vestibular system, (66) 532
Transgenic mice, (66) 155 Vibrissae, (66) 106
Tripartite organization, (66) 491, 510 Visual system, (66) 436
Trisomy 21, (66) 155
Tyrosine hydroxylase, (66) 337 Whole-cell recording, (66) 259
Tyrosine, (66) 149 WIT, (66) 171
Working memory, (66) 311
Urbilateria, (66) 410
Urbilaterian brain, (66) 491 Xenotransplantation, (66) 135
Ventral pallium, (66) 297 Zebrafish, (66) 421, 546
Ventricular zone, (66) 431 Zinc histochemistry, (66) 106
Verbal analogies, (66) 171 Zona limitans, (66) 431