Brain Research 1992: Vol 573 Index

3 Pages·1992·0.92 MB·Scholarly Journals

356 Brain Research, 573 (1992) 356-357
Elsevier
Author Index
Adachi, S., Oka, J.-I., Nagao, T. and inferior arcuate sulcus cortex in the Hansen, L.A., see Baum, L., 126
Fukuda, H., Cyclic AMP analog acti- macaque brain , 8 Hatase, O., see Minamoto, Y., 345
vates Na*-dependent inward currents in Di Scala, G., see Sandner, G., 276 Heller, H.C., see Prosser, R.A., 336
dissociated frog motoneurons, 349 Dickenson, A.H., see Chapman, V., 321 Hines, K., see Dora, E., 293
Andreasen, M., see Little, H.J., 243 Ding, Z.-Q., see Li, Y.-W., 147 Hosokawa, K., see Minamoto, Y., 345
Angst, M.J., see Sandner, G., 276 Dora, E., Hines, K., Kunos, G. and Houser, C.R., see Cronin, J., 305
Anwyl, R., see Oonnor, J.J., 190 McLaughlin, A.C., Significance of an Hyde, J.F., Effects of phencyclidine on
Artola, A., see Brócher, S., 27 opiate mechanism in the adjustment of 5-hydroxytryptophan- and suckling-in-
cerebrocortical oxygen consumption and duced prolactin release, 204
Bach, F., Fliigge, G. and Wuttke, W., blood flow during hypercapnic stress,
GABAergic influence on the develop- limoto, D.S., see Baum, L., 126
293
ment of the sexually dimorphic nucleus Dudek, F.E., see Cronin, J., 305 Itano, T., see Minamoto, Y., 345
of male and female rats, 341 Izenwasser, S. and Cox, B.M., Inhibition of
Dunant, Y., see Eder-Colli, L., 284
Baudry, M., see Tocco, G., 228 dopamine uptake by cocaine and nico-
Dupouy, J.-P., see Maubert, E., 153
Baum, L., Masliah, E., limoto, D.S., Duytschaever, H., see De Ryck, M., 44 tine: tolerance to chronic treatments,
Hansen, L.A., Halliday, W.C. and Sai- 119
toh, T., Casein kinase II is associated Eder-Colli, L., Briand, P.-A. and Dunant,
Janjua, N.A., see Minamoto, Y., 345
with neurofibrillary tangles but is not an Y., Membrane-bound choline acetyl-
intrinsic component of paired helical transferase of the torpedo has character- Johansson, B.B., see Westergren, I., 324
filaments, 126 istics of an integral membrane protein Johnson-Seaton, D., see Yang, H.-Y., 161
Blessing, W.W., see Li, Y.-W., 147 and can be solubilized by proteolysis, Kabai, P., Kovach, J. and Vadasz, C.,
Bluthé, R.-M., Dantzer, R. and Kelley, 284 Neural correlates of genetically deter-
K.W., Effects of interleukin-1 receptor Eysel, U.T., see Funke, K., 217
mined and acquired color preferences in
antagonist on the behavioral effects of
quail chicks, 260
lipopolysaccharide in rat, 318 Felicio, L.F. and Bridges, R.S., Domperi-
done induces a probenecid-sensitive rise Kalra, P.S., see Sahu, A., 235
Bodenant, C., see Laquerriére, A., 251
Kalra, S.P., see Sahu, A., 235
in immunoreactive prolactin in cerebrov-
Briand, P.-A., see Eder-Colli, L., 284
entricular perfusates in female rats, 133 Kamenka, J.-M., see Levallois, C., 327
Bridges, R.S., see Felicio, L.F., 133
Fliigge, G., see Bach, F., 341 Kelley, K.W., see Bluthé, R.-M., 318
Briggs, C.A., Potentiation of nicotinic
Fowler, J.C., Escape from inhibition of Komiyama, A. and Suzuki, K., Age-related
transmission in the rat superior cervical
differences in proliferative responses of
synaptic transmission during in vitro hy-
sympathetic ganglion: effects of cyclic
Schwann cells during Wallerian degener-
poxia and hypoglycemia in the hippo-
GMP and nitric oxide generators, 139
ation, 267
Brócher, S., Artola, A. and Singer, W., campus, 169
Kovach, J., see Kabai, P., 260
Agonists of cholinergic and noradrener- Fukuda, H., see Adachi, S., 349
Funke, K. and Eysel, U.T., EEG-depen- Krantic, S., Robitaille, Y. and Quirion, R.,
gic receptors facilitate synergistically the
Deficits in the somatostatin SS, receptor
dent modulation of response dynamics of
induction of long-term potentiation in
cat dLGN relay cells and the contribu- sub-type in frontal and temporal cortices
slices of rat visual cortex, 27
tion of corticogeniculate feedback, 217 in Alzheimer’s disease, 299
Calvet, M.-C., see Levallois, C., 327 Fuxe, K., see Oonnor, W.T., 209 Krieger, R.M., see Yool, A.J., 83
Kunishita, T., see Satoh, J.-i., 37
Chapman, V. and Dickenson, A.H., The
Girard, M., see Mick, G., 311 Kunos, G., see Dora, E., 293
combination of NMDA antagonism and
morphine produces profound antinoci- Goldman, R.D., see Yang, H.-Y., 161
LaManna, J.C., see Griffith, J.K., 1
Gonzalez, B., see Laquerriére, A., 251
ception in the rat dorsal horn, 321
Griffith, J.K., Cordisco, B.R., Lin, C.-W. Lambert, J.D.C., see Little, H.J., 243
Chayvialle, J.-A., see Mick, G., 311
Lambert, J.J., see Nooney, J.M., 77
Chiappinelli, V.A., see Nooney, J.M., 77 and LaManna, J.C., Distribution of in-
Langub Jr., M.C. and Watson Jr., R.E.,
tracellular pH in the rat brain cortex
Ciofi, P., see Maubert, E., 153
Estrogen receptive neurons in the pre-
after global ischemia as measured by
Clincke, G., see De Ryck, M., 44
optic area of the rat are postsynaptic
color film histophotometry of Neutral
targets of a sexually dimorphic enkepha-
Cox, B.M., see Izenwasser, S., 119 red, 1
Cordisco, B.R., see Griffith, J.K., 1 Grill, H.J. and Schwartz, G.J., The contri- linergic fiber plexus, 61
Cronin, J., Obenaus, A., Houser, C.R. and bution of gustatory nerve input to oral Laquerriére, A., Leroux, P., Gonzalez, B.,
Bodenant, C., Tayot, J. and Vaudry, H.,
Dudek, F.E., Electrophysiology of den- motor behavior and intake-based prefer-
Somatostatin receptors in the human
tate granule cells after kainate-induced ence. II. Effects of combined chorda
cerebellum during development, 251
synaptic reorganization of the mossy tympani and glossopharyngeal nerve sec-
fibers, 305 tion in the rat, 105 Larsen, P.J., Sheikh, S.P. and Mikkelsen,
J.D., Osmotic regulation of neuropep-
Crowley, W.R., see Sahu, A., 235 Grill, H.J., Schwartz, G.J. and Travers,
tide Y and its binding sites in the mag-
J.B., The contribution of gustatory nerve
Dantzer, R., see Bluthé, R.-M., 318 nocellular hypothalamo-neurohypophy-
input to oral motor behavior and intake-
De Ryck, M., Van Reempts, J., Duytschae- sial pathway, 181
based preference. I. Effects of chorda
ver, H., Van Deuren, B. and Clincke, Larson, G., see Mayfield, R.D., 331
tympani or glossopharyngeal nerve sec-
G., Neocortical localization of tactile/ Leroux, P., see Laquerriére, A., 251
tion in the rat, 95
proprioceptive limb placing reactions in Levallois, C., Calvet, M.-C., Kamenka,
Gruol, D.L., see Yool, A.J., 83
the rat, 44 J.-M., Petite, D. and Privat, A., TCP
Deacon, T.W., Cortical connections of the Halliday, W.C., see Baum, L., 126 enhances the survival of human fetal
357
spinal cord cells in culture, 327 R., Serotoninergic depression of audi- astrocytes, 37
Li, Y.-W., Ding, Z.-Q., Wesselingh, S.L. tory evoked responses recorded in the rat Schróder, B., see Reuss, S., 114
and Blessing, W.W., Renal and adrenal hippocampus: effect of repeated bus- Schróder, H., see Reuss, S., 114
sympathetic preganglionic neurons in pirone treatment, 190 Schwartz, G.J., see Grill, H.J., 105
rabbit spinal cord: tracing with Herpes Oonnor, W.T., Tanganelli, S., Ungerstedt, Schwartz, G.J., see Grill, H.J., 95
simplex virus, 147 U. and Fuxe, K., The effects of neuro- Sheikh, S.P., see Larsen, P.J., 181
Lieska, N., see Yang, H.-Y., 161 tensin on GABA and acetylcholine re- Shors, T.J., see Tocco, G., 228
Lin, C.-W., see Griffith, J.K., 1 lease in the dorsal striatum of the rat: an Singer, W., see Brócher, S., 27
Little, H.J., Andreasen, M. and Lambert, in vivo mirodialysis study, 209 Somjen, G.G., see Young, J.N., 70
J.D.C., Chronic treatment with a benzo- Oka, J.-I., see Adachi, S., 349 Surchev, L., Freeze-etched postsynaptic
diazepine agonist in vivo increases the Okada, Y., see Sakurai, T., 197 membranes in the visual cortex reveal
actions of the benzodiazepine partial Okada, Y., see Minamoto, Y., 345 different types of synapses including
inverse agonist, FG7142, on the hippo- Owens, M.J., Ritchie, J.C. and Nemeroff, mixed synapses, 174
campal slice in vitro, 243 C.B., 5Sa-Pregnane-3a,21-diol-20-one Suzuki, K., see Komiyama, A., 267
(THDOC) attenuates mild stress-in-
Maelicke, A., see Reuss, S., 114 duced increases in plasma corticosterone Tabira, T., see Satoh, J.-i., 37
Maren, S., see Tocco, G., 228 via a non-glucocorticoid mechanism: Tanganelli, S., see Oonnor, W.T., 209
Masliah, E., see Baum, L., 126 comparison with alprazolam, 353 Tayot, J., see Laquerriére, A., 251
Matsui, H., see Minamoto, Y., 345 Thompson, R.F., see Tocco, G., 228
Maubert, E., Ciofi, P., Tramu, G., Maz- Petite, D., see Levallois, C., 327 Tocco, G., Maren, S., Shors, T.J., Baudry,
zuca, M. and Dupouy, J.-P., Early tran- Privat, A., see Levallois, C., 327 M. and Thompson, R.F., Long-term
sient expression of somatostatin (SRIF) Prosser, R.A., Heller, H.C. and Miller, potentiation is associated with increased
immunoreactivity in dorsal root ganglia J.D., Serotonergic phase shifts of the PHJAMPA binding in rat hippocampus,
during ontogenesis in the rat , 153 mammalian circadian clock: effects of 228
Mayfield, R.D., Larson, G. and Zahniser, tetrodotoxin and high Mg, 336 Tokuda, M., see Minamoto, Y., 345
N.R., Cocaine-induced behavioral sensi- Tramu, G., see Maubert, E., 153
tization and D, dopamine receptor func- Quirion, R., see Krantic, S., 299 Travers, J.B., see Grill, H.J., 95
tion in rat nucleus accumbens and stria-
Reuss, S., Schróder, B., Schróder, H. and Ungerstedt, U., see Oonnor, W.T., 209
tum, 331
Maelicke, A., Nicotinic cholinoceptors
Mazzuca, M., see Maubert, E., 153
in the rat pineal gland as analyzed by Vadasz, C., see Kabai, P., 260
McLaughlin, A.C., see Dora, E., 293
Van Deuren, B., see De Ryck, M., 44
Western blot, light- and electron micros-
Mick, G., Najimi, M., Girard, M. and
Van Reempts, J., see De Ryck, M., 44
copy, 114
Chayvialle, J.-A., Evidence for a sub-
Vaudry, H., see Laquerriére, A., 251
Ritchie, J.C., see Owens, M.J., 353
stance P containing subpopulation in the
Robitaille, Y., see Krantic, S., 299
primate suprachiasmatic nucleus, 311 Watson Jr., R.E., see Langub Jr., M.C., 61
Rocha, B., see Sandner, G., 276
Mikkelsen, J.D., see Larsen, P.J., 181 Wesselingh, S.L., see Li, Y.-W., 147
Rowan, M.J., see Oonnor, J.J., 190
Miller, J.D., see Prosser, R.A., 336 Westergren, I. and Johansson, B.B., NBOX,
Minamoto, Y., Itano, T., Tokuda, M., Sahu, A., Crowley, W.R., Kalra, P.S. and an AMPA antagonist, reduces gluta-
Matsui, H., Janjua, N.A., Hosokawa, Kalra, S.P., A selective sexually dimor- mate-mediated brain edema, 324
K., Okada, Y., Murakami, T.H., Negi, phic response in the median eminence Wuttke, W., see Bach, F., 341
T. and Hatase, O., In vivo microdialysis
neuropeptide Y* , 235
Yamamura, T., see Satoh, J.-i., 37
of amino acid neurotransmitters in the
Saitoh, T., see Baum, L., 126 Yang, H.-Y., Lieska, N., Goldman, R.D.
hippocampus in amygdaloid kindled rat,
Sakurai, T. and Okada, Y., Selective reduc-
and Johnson-Seaton, D., Distinct devel-
345 tion of glutamate in the rat superior
opmental subtypes of cultured non-stel-
Murakami, T.H., see Minamoto, Y., 345 colliculus and dorsal lateral geniculate
late rat astrocytes distinguished by a new
Nagao, T., see Adachi, S., 349 nucleus after contralateral enucleation, glialintermediate filament-associated pro-
197
Najimi, M., see Mick, G., 311 tein, 161
Sandner, G., Di Scala, G., Rocha, B. and
Negi, T., see Minamoto, Y., 345 Yool, A.J., Krieger, R.M. and Gruol, D.L.,
Angst, M.J., C-fos immunoreactivity in
Nemeroff, C.B., see Owens, M.J., 353 Multiple ionic mechanisms are activated
Nooney, J.M., Lambert, J.J. and Chiap- the brain following unilateral electrical by the potent agonist quisqualate in
stimulation of the dorsal periaqueductal
pinelli, V.A., The interaction of x-bun- cultured cerebellar Purkinje neurons , 83
gray in freely moving rats, 276
garotoxin with the nicotinic receptor of Young, J.N. and Somjen, G.G., Suppres-
bovine chromaffin cells, 77 Satoh, J.-i., Yamamura, T., Kunishita, T. sion of presynaptic calcium currents by
and Tabira, T., Heterogeneous induction
hypoxia in hippocampal tissue slices, 70
Obenaus, A., see Cronin, J., 305 of 72-kDa heat shock protein (HSP72)
Oonnor, J.J., Rowan, M.J. and Anwy]l, in cultured mouse oligodendrocytes and Zahniser, N.R., see Mayfield, R.D., 331