Brain Research 1991: Vol 566 Index

3 Pages·1991·1.2 MB·Scholarly Journals

Brain Research, 566 (1991) 358-359
Elsevier
Author Index
Advokat, C., see Baumeister, A., 351 fluences on the late reflex activity in Fadda, F., see Diana, M., 208
Agarwal, S.K., see Chitravanshi, V.C., 290 human forearm muscles, 284 Fatome, M., see Testylier, G., 159
Agnati, L.F., see Aguirre, J.A., 61 Cherki-Vakil, R. and Meiri, H., Postsynap- Faull, R.L.M., see Jansen, K.L.R., 225
Aguirre, J.A., Fuxe, K., Hedlund, P., Nar- tic effects of DMSO at the frog neuro- Feldman, S., see Weidenfeld, J., 140
vaez, J.A., Cintra, A., Rosén, L. and muscular junction, 329 Florack, V.J., see Watt, C.B., 337
Agnati, L.F., Neuropeptide Y/angioten- Chiang, C.-S. and McBride, W.H., Radia- Fuxe, K., see Aguirre, J.A., 61
sin II interactions in central cardiovascu- tion enhances tumor necrosis factor a
Garant, D.S., see Xu, S.G., 108
lar regulation of the rat, 61 production by murine brain cells, 265
Gatzinsky, K.P., Berthold, C.-H., Fabri-
Ahdab-Barmada, M., see Schor, N.F., 342 Chiba, T., see Takagishi, M., 26
cius, C. and Mellström, A., Lysosomal
Alam, M.N. and Mallick, B.N., Differential Chitravanshi, V.C., Agarwal, S.K. and Ca-
activity at nodes of Ranvier in dorsal
influence of medial and lateral preoptic laresu, F.R., Microinjection of glycine
column and dorsal root axons of the cat
areas on body temperature in conscious into the nucleus ambiguus elicits tachy-
after injection of horseradish peroxidase
and unconscious rats, 303 cardia in spinal rats, 290
in the dorsal column nuclei, 131
Aminoff, M.J., see Chequer, R.S., 284 Chung, K., see Klein, C.M., 70
Geinisman, Y., deToledo-Morrell, L. and
Antelman, S.M., Caggiula, A.R., Kocan, Cintra, A., see Aguirre, J.A., 61
Morrell, F., Induction of long-term po-
D., Knopf, S., Meyer, D., Edwards, Clarençon, D., see Testylier, G., 159
tentiation is associated with an increase
D.J. and III, H.B., One experience with Coggeshall, R.E., see Klein, C.M., 70
in the number of axospinous synapses
‘lower’ or ‘higher’ intensity stressors, Coleman-Hardee, M.L., see Peris, J., 255
with segmented postsynaptic densities,
respectively enhances or diminishes re- Collet, L., see Duclaux, R., 152
77
sponsiveness to haloperidol weeks later: Convents, A., see Vos, H.D., 13
Geppetti, P., see Del Bianco, E., 46
implications for understanding drug vari- Coulter, D.A., see Sombati, S., 316
Gessa, G., see Diana, M., 208
ability, 276 Cowan, E.P., see McCarron, R.M., 325
Gintzler, A.R. and Komisaruk, B.R., An-
Atchison, W.D., see Hewett, S.J., 320 Csiba, L., see Paschen, W., 354
algesia is produced by _ uterocervical
Baumeister, A. and Advokat, C., Evidence mechanostimulation in rats: roles of af-
Datta, S., Dossi, R.C., Paré, D., Oakson,
for a supraspinal mechanism in the opi- ferent nerves and implications for
G. and Steriade, M., Substantia nigra
oid-mediated antinociceptive effect of analgesia of pregnancy and parturition,
reticulata neurons during sleep—waking
ketamine, 351 299
states: relation with ponto-geniculo-oc-
Bereczki, D., see Paschen, W., 354 Goodin, D.S., see Chequer, R.S., 284
cipital waves, 344
Bertel, O., Malessa, S., Sluga, E. and Gourmelon, P., see Testylier, G., 159
De Backer, J.-P., see Vos, H.D., 13
Hornykiewicz, O., Amyotrophic lateral Grace, M., see Levine, A.S., 193
De Jong, W., see Sandor, P., 212
sclerosis: changes of noradrenergic and Grundke-Iqbal, I., see Wang, G.P., 146
De Keyser, J., see Vos, H.D., 13
serotonergic transmitter systems in the Gu, G.-B., see Han, Z.-S., 239
De Wied, D., see Sandor, P., 212
spinal cord, 54
Decambre, N., see Peris, J., 255
Berthold, C.-H., see Gatzinsky, K.P., 131 Han, J.S., see Ma, Q.P., 95
Del Bianco, E., Santicioli, P., Tramontana,
Besson, M.J., see Mitrovic, N., 248 Han, Z.-S., Gu, G.-B., Sun, C.-Q. and Ju,
M., Maggi, C.A., Cecconi, R. and Gep-
G., Convergence of somatosensory and
Billington, C.J., see Levine, A.S., 193
petti, P., Different pathways by which
baroreceptive inputs onto parabrachio-
Blanchard, J., see Morin, L.P., 173
extracellular Ca?* promotes calcitonin
subfornical organ neurons in the rat: an
Blanchard, J., see Morin, L.P., 186
gene-related peptide release from central
electrophysiological study, 239
Blicharska, J., see Neary, J.T., 89
terminals of capsaicin-sensitive afferents
Bongers, C.M.H., see Holstege, J.C., 308 Hedlund, P., see Aguirre, J.A., 61
of guinea pigs: effect of capsaicin, high
Boya, J., see Calvo, J.L., 333 Henselmans, J.M.L. and Stoof, J.C., Re-
K* and low pH media, 46
gional differences in the regulation of
Bravo, R., see Leah, J.D., 198
DeLorenzo, R.J., see Sombati, S., 316
acetylcholine release upon D, dopamine
deToledo-Morrell, L., see Geinisman, Y.,
Caboche, J., see Mitrovic, N., 248 and N-methyl-p-aspartate receptor acti-
77
Caggiula, A.R., see Antelman, S.M., 276 vation in rat nucleus accumbens and
Diana, M., Mereu, G., Mura, A., Fadda,
Calaresu, F.R., see Chitravanshi, V.C., 290 neostriatum, 1
F., Passino, N. and Gessa, G., Low
Calvo, J.L., Carbonell, A.L. and Boya, J., Henselmans, J.M.L., Hoogland, P.V. and
doses of y-hydroxybutyric acid stimulate
Co-expression of glial fibrillary acidic Stoof, J.C., Differences in the regulation
the firing rate of dopaminergic neurons
protein and vimentin in reactive astro- of acetylcholine release upon D, dopa-
cytes following brain injury in rats, 333 in unanesthetized rats, 208 mine and N-methyl-p-aspartate receptor
Dossi, R.C., see Datta, S., 344
Canbeyli, R.S., Romero, M.-T. and Silver, activation between the striatal com-
R., Neither triazolam nor activity phase Dragunow, M., see Jansen, K.L.R., 225 plex of reptiles and the neostriatum of
Duclaux, R., Challamel, M.J., Collet, L.,
advance circadian locomotor activity in rats, 8
Roullet-Solignac, I. and Revol, M.,
SCN-lesioned hamsters bearing fetal Herdegen, T., see Leah, J.D., 198
Hemispheric asymmetry of late auditory
SCN transplants, 40 Hewett, S.J. and Atchison, W.D., Serum
evoked response induced by pitch
Carbonell, A.L., see Calvo, J.L., 333 and plasma from patients with Lambert-
changes in infants: influence of sleep
Carré, J.B., see Mitrovic, N., 248 Eaton Myasthenic Syndrome reduce de-
stages, 152
Cecconi, R., see Del Bianco, E., 46 polarization-dependent uptake of *°Ca?*
Challamel, M.J., see Duclaux, R., 152 into rat cortical synaptosomes, 320
Ebinger, G., see Vos, H.D., 13
Cheng, J., see Pick, C.G., 295 Hoebel, B.G., see Pothos, E., 348
Edwards, D.J., see Antelman, S.M., 276
Chequer, R.S., Goodin, D.S. and Aminoff, Holstege, J.C. and Bongers, C.M.H., A
M.J., The nature of suprasegmental in- Fabricius, C., see Gatzinsky, K.P., 131 glycinergic projection from the ventro-
medial lower brainstem to spinal mo- Meyer, D., see Antelman, S.M., 276 21
toneurons. An ultrastructural double la- Mitrovic, N., Caboche, J., Carré, J.B., Rohn, G., see Paschen, W., 354
beling study in rat, 308 Besson, M.J. and Maurin, Y., The quak- Romero, M.-T., see Canbeyli, R.S., 40
Hoogland, P.V., see Henselmans, J.M.L., 8 ing mouse: an epileptic mutant with Rosén, L., see Aguirre, J.A., 61
Hornykiewicz, O., see Bertel, O., 54 alterations affecting the modulatory Roullet-Solignac, I., see Duclaux, R., 152
mechanisms of the NMDA receptor
II, H.B., see Antelman, S.M., 276 complex, 248 Sakata, T., see Kurokawa, M., 270
Iqbal, K., see Wang, G.P., 146
Morin, L.P. and Blanchard, J., Depletion of Sandor, P., Petty, M., De Jong, W., Palk-
Itzhak, Y. and Stein, I., Regulation of o brain serotonin by 5,7-DHT modifies ovits, M. and De Wied, D., Hypotha-
receptors and responsiveness to guanine hamster circadian rhythm response to lamic blood flow autoregulation remains
nucleotides following repeated exposure
light, 173 unaltered following surgical and pharma-
of rats to haloperidol: further evidence Morin, L.P. and Blanchard, J., Serotonergic cological blockade of central vaso-
for multiple o binding sites, 166 modulation of the hamster wheelrunning pressin, 212
rhythm: response to lighting conditions Santicioli, P., see Del Bianco, E., 46
Jansen, K.L.R., Faull, R.L.M., Dragunow,
and food deprivation, 186 Schor, N.F., Ahdab-Barmada, M. and Ne-
M. and Leslie, R.A., Distribution of
Morrell, F., see Geinisman, Y., 77 moto, E., Brain glutamine synthetase
excitatory and inhibitory amino acid,
Moshé, S.L., see Xu, S.G., 108 activity and hyperoxia in neonatal rats,
sigma, monoamine, catecholamine, ace-
Multon, E., see Testylier, G., 159 342
tylcholine, opioid, neurotensin, sub-
Mura, A., see Diana, M., 208 Schwartzkroin, P.A., see Reece, L.J., 115
stance P, adenosine and neuropeptide Y
Segal, M., see Richter-Levin, G., 21
receptors in human motor and soma-
Narvaez, J.A., see Aguirre, J.A., 61 Shah, J. and Pant, H.C., Effect of cadmium
tosensory cortex, 225
Neary, J.T., Laskey, R., Van Breemen, C., on Ca?* transport in brain microsomes,
Ju, G., see Han, Z.-S., 239 Blicharska, J., Norenberg, L.O.B. and 127
Norenberg, M.D., ATP-evoked calcium Silver, R., see Canbeyli, R.S., 40
Khatoon, S., see Wang, G.P., 146
signal stimulates protein phosphoryla- Simpkins, J.W., see Peris, J., 255
Klein, C.M., Sorkin, L.S., Chung, K. and
tion/dephosphorylation in astrocytes, 89 Sluga, E., see Bertel, O., 54
Coggeshall, R.E., Unmyelinated pri-
Nemoto, E., see Schor, N.F., 342 Sombati, S., Coulter, D.A. and De-
mary afferent fiber stimulation depletes
Norenberg, L.O.B., see Neary, J.T., 89 Lorenzo, R.J., Neurotoxic activation of
dynorphin A (1-8) immunoreactivity in
Norenberg, M.D., see Neary, J.T., 89 glutamate receptors induces an extended
rat ventral horn, 70
neuronal depolarization in cultured hip-
Knopf, S., see Antelman, S.M., 276 Oakson, G., see Datta, S., 344
pocampal neurons , 316
Kocan, D., see Antelman, S.M., 276 Octave, J.-N., see Van den Bergh, P., 219
Sorkin, L.S., see Klein, C.M., 70
Komisaruk, B.R., see Gintzler, A.R., 299 Ohno, K., Takeda, N., Yamano, M., Mat-
Spatz, M., see McCarron, R.M., 325
Kurokawa, M., Sakata, T., Yoshimatsu, H. sunaga, T. and Tohyama, M., Coexist-
Sperber, E.F., see Xu, S.G., 108
and Machidori, H., 2,5-Anhydro-p-man- ence of acetylcholine and calcitonin
nitol: its unique central action on food gene-related peptide in the vestibular Stein, I., see Itzhak, Y., 166
Steriade, M., see Datta, S., 344
intake and blood glucose in rats, 270 efferent neurons in the rat, 103
Stoof, J.C., see Henselmans, J.M.L., 1
Lam, D.M.K., see Watt, C.B., 337 Palkovits, M., see Sandor, P., 212 Stoof, J.C., see Henselmans, J.M.L., 8
Laskey, R., see Neary, J.T., 89 Pant, H.C., see Shah, J., 127 Sun, C.-Q., see Han, Z.-S., 239
Leah, J.D., Herdegen, T. and Bravo, R., Paré, D., see Datta, S., 344
Selective expression of Jun proteins fol- Paschen, W., Csiba, L., Röhn, G. and Takagishi, M. and Chiba, T., Efferent pro-
lowing axotomy and axonal transport Bereczki, D., Polyamine metabolism in jections of the infralimbic (area 25) re-
block in peripheral nerves in the rat: transient focal ischemia of rat brain, 354 gion of the medial prefrontal cortex in
evidence for a role in the regeneration Passino, N., see Diana, M., 208 the rat: an anterograde tracer PHA-L
process, 198 Pasternak, G.W., see Pick, C.G., 295 study, 26
Lechan, R.M., see Van den Bergh, P., 219 Paul, D., see Pick, C.G., 295 Takeda, N., see Ohno, K., 103
Leslie, R.A., see Jansen, K.L.R., 225 Peris, J., Decambre, N., Coleman-Hardee, Testylier, G., Gourmelon, P., Clarengon,
Levine, A.S., Grace, M., Billington, C.J. M.L. and Simpkins, J.W., Estradiol en- D., Multon, E., Fatome, M. and Viret,
and Zimmerman, D.M., Central admin- hances behavioral sensitization to co- J., Rapid postmortem decrease in the
istration of the opioid antagonist, caine and amphetamine-stimulated stri- ectocellular acetylcholinesterase activity
LY255582, decreases short- and long- atal [*H]dopamine release, 255 in rat striatum as assessed by in vivo
term food intake in rats, 193 Petty, M., see Sandor, P., 212 microspectrophotometry, 159
Pick, C.G., Cheng, J., Paul, D. and Pas- Tohyama, M., see Ohno, K., 103
Ma, Q.P. and Han, J.S., Neurochemical ternak, G.W., Genetic influences in opi- Tramontana, M., see Del Bianco, E., 46
studies on the mesolimbic circuitry of oid analgesic sensitivity in mice, 295
antinociception, 95 Van Breemen, C., see Neary, J.T., 89
Pothos, E., Rada, P., Mark, G.P. and
Machidori, H., see Kurokawa, M., 270 Hoebel, B.G., Dopamine microdialysis Van den Bergh, P., Octave, J.-N. and
Maggi, C.A., see Del Bianco, E., 46 Lechan, R.M., Muscle denervation in-
in the nucleus accumbens during acute
Malessa, S., see Bertel, O., 54 and chronic morphine, naloxone-precip- creases thyrotropin-releasing hormone
Mallick, B.N., see Alam, M.N., 303 itated withdrawal and clonidine treat- (TRH) biosynthesis in the rat medullary
Mark, G.P., see Pothos, E., 348 ment, 348 raphe, 219
EALAlOANAePAeEL GEs Ae A O NE
Matsunaga, T., see Ohno, K., 103 Van Megen, I.J.B., see Vos, H.D., 13
Maurin, Y., see Mitrovic, N., 248 Rada, P., see Pothos, E., 348 Vauquelin, G., see Vos, H.D., 13
McBride, W.H., see Chiang, C.-S., 265 Reece, L.J. and Schwartzkroin, P.A., Ef- Viret, J., see Testylier, G., 159
McCarron, R.M., Wang, L., Cowan, E.P. fects of cholinergic agonists on two non- Vos, H.D., Convents, A., De Keyser, J.,
and Spatz, M., Class II MHC antigen pyramidal cell types in rat hippocampal De Backer, J.-P., Van Megen, I.J.B.,
expression by cultured human cerebral slices, 115 Ebinger, G. and Vauquelin, G., Auto-
vascular endothelial cells, 325 Revol, M., see Duclaux, R., 152 radiographic distribution of a, adreno-
Meiri, H., see Cherki-Vakil, R., 329 Richter-Levin, G. and Segal, M., Restora- ceptors, NAIBS, and 5-HT,, receptors
Mellström, A., see Gatzinsky, K.P., 131 tion of serotonergic innervation under- in human brain using [*H]idazoxan and
Mereu, G., see Diana, M., 208 lies the behavioral effects of raphe grafts, (?H]rauwolscine, 13
360
Wang, G.P., Khatoon, S., Iqbal, K. and tive amacrine cells in the chicken retina Xu, S.G., Garant, D.S., Sperber, E.F. and
Grundke-Iqbal, I., Brain ubiquitin is express neurotensin immunoreactivity, Moshé, S.L., Effects of substantia nigra
markedly elevated in Alzheimer disease, 337 y-vinyl-GABA infusions on flurothy] sei-
146 Weidenfeld, J. and Feldman, S., Effect of zures in adult rats, 108
Wang, L., see McCarron, R.M., 325 6-hydroxydopamine and 5,7-dihydroxy-
Watt, C.B., Florack, V.J. and Lam, tryptamine on tissue uptake and cell Yamano, M., see Ohno, K., 103
D.M.K., A double-label analysis demon- nuclear retention of corticosterone in the Yoshimatsu, H., see Kurokawa, M., 270
strating that all enkephalin-immunoreac- rat hypothalamus, 140
Zimmerman, D.M., see Levine, A.S., 193