Brain Research 2000: Vol 862 Index

3 Pages·2000·1.1 MB·Scholarly Journals

BRAIN
RESEARCH
ELSEVD IE
Brain Research 862 (2000) 308-310
www.elsevier.com/locate/bres
Author Index
Abraham, C.R., see Sloane, J.A. (862) | Cheung, N.S., see Moldrich, R.X. (862) 270 Hajós, F., Halasy, K., Gerics, B., Szalay, F.,
Abraham, H. and Lazar, G. Cross, A.J., see Sydserff, S.G. (862) 59 Michaloudi, E. and Papadopoulos, G.C.
Early microglial reaction following Ovarian cycle-related changes of glial
mild forebrain ischemia induced by Damianopoulos, E., see Carey, R. (862) 242 fibrillary acidic protein (GFAP)
common carotid artery occlusion in Davis, W.L., see Hamamoto, D.T. (862) 217 immunoreactivity in the rat
rats (862) 63 DePalma, G., see Carey, R. (862) 242 interpeduncular nucleus (862) 43
Anderson, C.W., see Harwood, DV. (862) 288 Dreshaj, I.A., see Tolentino-Silva, F.P. (862) Halasy, K., see Hajós, F. (862) 43
Aoki, M., see Narimatsu, E. (862) 284 26 Hamamoto, D.T., Forkey, M.W., Davis, W.L.,
Asami, S., see Duvauchelle, C.L. (862) 49 Duty, S., see Chadha, A. (862) 280 Kajander, K.C. and Simone, D.A.
Atack, J.R., see Chadha, A. (862) 280 Duvauchelle, C.L., Ikegami, A., Asami, S., The role of pH and osmolarity in
Robens, J., Kressin, K. and Castaneda, E. evoking the acetic acid-induced
Baker, S.R., see Moldrich, R.X. (862) 270 Effects of cocaine context on NAcc
wiping response in a model of
Bard, C., see Khiat, A. (862) 301 dopamine and behavioral activity after
nociception in frogs (862) 217
Barden, N., see Farisse, J. (862) 145 repeated intravenous cocaine
Harwood, DV. and Anderson, C.W.
Beart, P.M., see Moldrich, R.X. (862) 270 administration (862) 49
Evidence for the anatomical origins
Beck, B., see Richy, S. (862) 276
of hypoglossal afferents in the tongue
Belayev, L., see Liu, Y. (862) 111 Ernsberger, P., see Tolentino-Silva, F.P. (862)
of the Leopard frog, Rana pipiens
Billington, C.J., see Kim, E.-M. (862) 11 26
(862) 288
Bing, G., see Kim, H.-C. (862) 247
Haxhiu, M.A., see Tolentino-Silva, F.P. (862)
Borin, G., see Ceccon, M. (862) 83 Facci, L., see Ceccon, M. (862) 83
26
Boulanger, Y., see Khiat, A. (862) 301 Farisse, J., Héry, F., Barden, N., Héry, M.
Henry, J., Zatylny, C. and Favrel, P.
Boulenguez, P., see Farisse, J. (862) 145 and Boulenguez, P.
HPLC and electrospray ionization
Bromm, B., see Reinert, A. (862) 103 Central 5-HT, and 5-HT, binding
mass spectrometry as tools for the
Bueno-Loépez, J.L., see Gomez-Urquijo, S.M. sites in transgenic mice with reduced
identification of APGWamide-related
(862) 171 glucocorticoid receptor number (862)
peptides in gastropod and bivalve
Burlet, A., see Richy, S. (862) 276 145
mollusks: comparative activities on
Burlet, C., see Richy, S. (862) 276 Faude, F., see Pannicke, T. (862) 187
Mytilus muscles (862) 162
Busto, R., see Liu, Y. (862) 111 Favrel, P., see Henry, J. (862) 162
Herscovici, S., see Fekete, C. (862) 154
Fekete, C., Mihály, E., Herscovici, S., Salas,
Héry, F., see Farisse, J. (862) 145
Carey, M.B. and Matsumoto, S.G. J., Tu, H., Larsen, P.R. and Lechan, R.M.
Héry, M., see Farisse, J. (862) 145
Calcium transient activity in cultured DARPP-32 and CREB are present in
murine neural crest cells is regulated type 2 iodothyronine deiodinase- Hitosugi, H., see Kamei, J. (862) 257
at the IP, receptor (862) 201 producing tanycytes: implications for Hoilander, W., see Sloane, J.A. (862) 1
Carey, R., Damianopoulos, E. and DePalma, the regulation of type 2 deiodinase Howell, O., see Chadha, A. (862) 280
G. activity (862) 154
The 5-HT,, antagonist WAY 100635 Floreani, M., see Ceccon, M. (862) 83 Ikegami, A., see Duvauchelle, C.L. (862) 49
can block the low-dose locomotor Forkey, M.W., see Hamamoto, D.T. (862) 217 Ikegaya, Y., see Itokazu, N. (862) 211
stimulant effects of cocaine (862) 242 Fukumoto, D., see Tsukada, H. (862) 180 Imbesi, M., see Ceccon, M. (862) 83
Castaneda, E., see Duvauchelle, C.L. (862) 49 Iseki, E., see Takahashi, M. (862) 253
Ceccon, M., Giusti, P., Facci, L., Borin, G., Gerics, B., see Hajós, F. (862) 43 Ishida, Y., see Ishizuka, Y. (862) 17
Imbesi, M., Floreani, M. and Skaper, Gibson, M.J., see Wu, T.J. (862) 238 Ishizuka, Y., Ishida, Y., Jin, Q.-H., Kato, K.,
S.D. Ginsberg, M.D., see Liu, Y. (862) 111 Kunitake, T., Mitsuyama, Y. and Kannan,
Intracellular glutathione levels Giusti, P., see Ceccon, M. (862) 83 H.
determine cerebellar granule neuron Gómez-Urquijo, S.M., Reblet, C., Bueno- Differential profiles of nitric oxide
sensitivity to excitotoxic injury by López, J.L. and Gutiérrez-Ibarluzea, I. and norepinephrine releases in the
kainic acid (862) 83 GABAergic neurons in the rabbit paraventricular nucleus region in
Chadha, A., Howell, O., Atack, J.R., Sur, C. visual cortex: percentage, layer response to mild footshock in rats
and Duty, S. distribution and cortical projections (862) 17
Changes in [*H]zolpidem and [*H]Ro (862) 171 Itokazu, N., Ikegaya, Y., Nishikawa, M. and
15-1788 binding in rat globus pallidus Grace, M.K., see Kim, E.-M. (862) 11 Matsuki, N.
and substantia nigra pars reticulata Green, A.R., see Sydserff, S.G. (862) 59 Bidirectional actions of
following a nigrostriatal tract lesion Gutiérrez-Ibarluzea, I., see Gómez-Urquijo, docosahexaenoic acid on hippocampal
(862) 280 S.M. (862) 171 neurotransmissions in vivo (862) 211
0006-8993/00/$ — see front matter © 2000 Elsevier Science BV. All rights reserved.
PII: S0006-8993(00)02268-X
Author Index 309
Jeannerod, M., see Paccalin, C. (862) 194 Max, J.-P., see Richy, S. (862) 276 Reblet, C., see Gómez-Urquijo, S.M. (862)
Jen, P.H.-S. and Zhang, J. McCall, A.L., see Reagan, L.P. (862) 292 171
The role of GABAergic inhibition on McEwen, B.S., see Reagan, L.P. (862) 292 Reichelt, W., see Pannicke, T. (862) 187
direction-dependent sharpening of Michaloudi, E., see Hajós, F. (862) 43 Reichenbach, A., see Pannicke, T. (862) 187
frequency tuning in bat inferior Mihaly, E., see Fekete, C. (862) 154 Reinert, A., Treede, R.-D. and Bromm, B.
collicular neurons (862) 127 Misawa, M., see Yajima, Y. (862) 120 The pain inhibiting pain effect: an
Mitsuyama, Y., see Ishizuka, Y. (862) 17
Jhoo, W.-K., see Kim, H.-C. (862) 247 electrophysiological study in humans
Mizoguchi, H., see Yajima, Y. (862) 120
Jin, Q.-H., see Ishizuka, Y. (862) 17 (862) 103
Moldrich, R.X., Cheung, N.S., Pascoe, C.J.,
Jones, J.A., see Sydserff, S.G. (862) 59 Richy, S., Burlet, A., Max, J.-P., Burlet, C.
Baker, S.R., Pedregal, C. and Beart, P.M.
and Beck, B.
Excitotoxic profile of LY339434, a
Kajander, K.C., see Hamamoto, D.T. (862) Effect of chronic intraperitoneal
GluRS5 agonist, in cultured murine
217 injections of leptin on hypothalamic
cortical neurons (862) 270
Kakiuchi, T., see Tsukada, H. (862) 180 neurotensin content and food intake
Moss, M.B., see Sloane, J.A. (862) 1
Kamei, J., Taki, K., Ohsawa, M. and (862) 276
Murray, T.K., see Sydserff, S.G. (862) 59
Hitosugi, H. Ríos, C., see Pérez-Severiano, F. (862) 234
Modulation of the formalin-induced Robens, J., see Duvauchelle, C.L. (862) 49
Nagase, H., see Yajima, Y. (862) 120
nociceptive response by diabetes: Roberts, J.L., see Wu, T.J. (862) 238
Nakamura, K., Kurasawa, M. and Shirane, M.
possible involvement of intracellular Rosene, D.L., see Sloane, J.A. (862) 1
Impulsivity and AMPA receptors:
calcium (862) 257
aniracetam ameliorates impulsive
Kannan, H., see Ishizuka, Y. (862) 17 Safa, R. and Osborne, N.N.
behavior induced by a blockade of
Kato, A. and Sakuma, Y. AMPA receptors in rats (862) 266 Retinas from albino rats are more
Neuronal activity in female rat susceptible to ischaemic damage than
Narimatsu, E. and Aoki, M.
preoptic area associated with sexually Transient depression of excitatory age-matched pigmented animals (862)
motivated behavior (862) 90 synaptic transmission induced by 36
Kato, K., see Ishizuka, Y. (862) 17 adenosine uptake inhibition in rat Sakuma, Y., see Kato, A. (862) 90
Kemper, T., see Sloane, J.A. (862) 1 hippocampal slices (862) 284 Salas, J., see Fekete, C. (862) 154
Khiat, A., Bard, C., Lacroix, A. and Narita, M., see Yajima, Y. (862) 120 Segovia, J., see Pérez-Severiano, F. (862) 234
Boulanger, Y. Nishikawa, M., see Itokazu, N. (862) 211 Shin, E.-J., see Kim, H.-C. (862) 247
Recovery of the brain choline level in Nishiyama, S., see Tsukada, H. (862) 180 Shirane, M., see Nakamura, K. (862) 266
treated Cushing’s patients as Simone, D.A., see Hamamoto, D.T. (862) 217
monitored by proton magnetic O'Hare, E., see Kim, E.-M. (862) 11 Skaper, S.D., see Ceccon, M. (862) 83
resonance spectroscopy (862) 301 Ohsawa, M., see Kamei, J. (862) 257 Sloane, J.A., Hollander, W., Rosene, D.L.,
Kim, E.-M., O'Hare, E., Grace, M.K., Welch, Osborne, N.N., see Safa, R. (862) 36 Moss, M.B., Kemper, T. and Abraham,
C.C., Billington, C.J. and Levine, A.S. C.R.
ARC POMC mRNA and PVN a- Paccalin, C. and Jeannerod, M. Astrocytic hypertrophy and altered
MSH are lower in obese relative to Changes in breathing during GFAP degradation with age in
lean Zucker rats (862) 11 observation of effortful actions (862) subcortical white matter of the rhesus
Kim, H.-C., Jhoo, W.-K., Shin, E.-J. and Bing, 194 monkey (862) 1
G. Pannicke, T., Faude, F., Reichenbach, A. and Solenski, N.J. and Kwan, A.-L.
Selenium deficiency potentiates Reichelt, W. Attenuation of free radical generation
methamphetamine-induced nigral A function of delayed rectifier during reversible focal cerebral
neuronal loss; comparison with MPTP potassium channels in glial cells: ischemia with the nitric oxide
model (862) 247 maintenance of an auxiliary inhibitor, L-NAME (L-N°-nitro-L-
Koga, K., see Tsukada, H. (862) 180 membrane potential under arginine methyl ester) (862) 262
Kosaka, K., see Takahashi, M. (862) 253 pathological conditions (862) 187 Sur, C., see Chadha, A. (862) 280
Kressin, K., see Duvauchelle, C.L. (862) 49 Papadopoulos, G.C., see Hajós, F. (862) 43 Suzuki, T., see Yajima, Y. (862) 120
Kunitake, T., see Ishizuka, Y. (862) 17 Pascoe, C.J., see Moldrich, R.X. (862) 270 Swank, M.W.
Kurasawa, M., see Nakamura, K. (862) 266 Pedregal, C., see Moldrich, R.X. (862) 270 Conditioned c-Fos in mouse NTS
Kwan, A.-L., see Solenski, N.J. (862) 262 Pérez-Severiano, F., Rios, C. and Segovia, J. during expression of a learned taste
Striatal oxidative damage parallels the aversion depends on contextual cues
Lacroix, A., see Khiat, A. (862) 301 expression of a neurological (862) 138
Larsen, P.R., see Fekete, C. (862) 154 phenotype in mice transgenic for the Swzeda, L.I., see Reagan, L.P. (862) 292
Lazar, G., see Abraham, H. (862) 63 mutation of Huntington’s disease Sydserff, S.G., Cross, A.J., Murray, T.K.,
Lechan, R.M., see Fekete, C. (862) 154 (862) 234 Jones, J.A. and Green, A.R.
Levine, A.S., see Kim, E.-M. (862) 11 Clomethiazole is neuroprotective in
Liu, Y., Belayev, L., Zhao, W., Busto, R. and Raofi, S., Wong, P.K.Y. and Wilcox, R.E. models of global and focal cerebral
Ginsberg, M.D. Modulation of G-protein linked ischemia when infused at doses
MRZ 2/579, a novel uncompetitive cAMP accumulation in immortalized producing clinically relevant plasma
N-methyl-p-aspartate antagonist, murine cortical astrocytes by concentrations (862) 59
reduces infarct volume and brain retroviral infection (862) 230 Szalay, F., see Hajós, F. (862) 43
swelling and improves neurological Reagan, L.P., Magariños, A.M., Yee, D.K.,
deficit after focal cerebral ischemia in Swzeda, L.I., Van Bueren, A., McCall, Takahashi, M., Iseki, E. and Kosaka, K.
rats (862) 111 A.L. and McEwen, B.S. Cyclin-dependent kinase 5 (Cdk5)
Oxidative stress and HNE conjugation associated with Lewy bodies in
Magarinos, A.M., see Reagan, L.P. (862) 292 of GLUT3 are increased in the diffuse Lewy body disease (862) 253
Matsuki, N., see Itokazu, N. (862) 211 hippocampus of diabetic rats Takahashi-Nakano, Y., see Yajima, Y. (862)
Matsumoto, S.G., see Carey, M.B. (862) 201 subjected to stress (862) 292 120
310 Author Index
Taki, K., see Kamei, J. (862) 257 study in conscious monkeys (862) Yajima, Y., Narita, M., Takahashi-Nakano, Y.,
Tolentino-Silva, F.P., Haxhiu, M.A., 180 Misawa, M., Nagase, H., Mizoguchi, H.,
Waldbaum, S., Dreshaj, I.A. and Tu, H., see Fekete, C. (862) 154 Tseng, L.F. and Suzuki, T.
Ernsberger, P. Effects of differential modulation of
a,-Adrenergic receptors are not p-, 5- and k-opioid systems on
Van Bueren, A., see Reagan, L.P. (862) 292
required for central anti-hypertensive bicuculline-induced convulsions in the
action of moxonidine in mice (862) mouse (862) 120
Waldbaum, S., see Tolentino-Silva, F.P. (862)
26 Ye, J.-H.
Treede, R.-D., see Reinert, A. (862) 103 26 Physiology and pharmacology of
Tseng, L.F., see Yajima, Y. (862) 120 Welch, C.C., see Kim, E.-M. (862) 11 native glycine receptors in developing
Tsukada, H., Kakiuchi, T., Fukumoto, D., Wilcox, R.E., see Raofi, S. (862) 230 rat ventral tegmental area neurons
Nishiyama, S. and Koga, K. Wong, P.K.Y., see Raofi, S. (862) 230 (862) 74
Docosahexaenoic acid (DHA) Wu, T.J., Gibson, M.J. and Roberts, J.L. Yee, D.K., see Reagan, L.P. (862) 292
improves the age-related impairment Effect of N-methyl-p,L-aspartate
of the coupling mechanism between (NMA) on gonadotropin-releasing Zatylny, C., see Henry, J. (862) 162
neuronal activation and functional hormone (GnRH) gene expression in Zhang, J., see Jen, P.H.-S. (862) 127
cerebral blood flow response: a PET male mice (862) 238 Zhao, W., see Liu, Y. (862) 111