Developmental Brain Research 1991: Vol 64 Index

1 Pages·1991·0.31 MB·English

Developmental Brain Research, 64 (1991) 217-218
Elsevier
Aloyo, V.J., see Da Cunha, A., 212 Eckenhoff, M.F. and Rakic, P., A quanti- development of genetically seizure-sus-
Al-Shamma, H.A. and De Vries, G.J., tative analysis of synaptogenesis in the ceptible El mice, 27
Fiber outgrowth from fetal vasopressin molecular layer of the dentate gyrus in Moriya, M., see Sekiguchi, M., 189
neurons of the suprachiasmatic nucleus, the rhesus monkey, 129 Miller, H.W., see Stichel, C.C., 145
bed nucleus of the stria terminalis, and Enters, E.K., see Robinson, S.E., 183 Murray, M., see Wang, S.-D., 57
medial amygdaloid nucleus transplanted
into adult Brattleboro rats, 200 Ferrer, I., see Del Rio, J.A., 205 Nowakowski, R.S., see Sekiguchi, M., 189
Andiné, P., Sandberg, M., Bagenholm, R.., Fonnum, F., see Christensen, H., 155
Pascua, J.R., see Robinson, S.E., 183
Lehmann, A. and Hagberg, H., Intra- Fox, C.A., Jeyapalan, M., Ross, L.R. and
and extracellular changes of amino acids Jacobson, C.D., Ontogeny of cholecys- Rakic, P., see Eckenhoff, M.F., 129
in the cerebral cortex of the neonatal rat tokinin-like immunoreactivity in the Bra- Robinson, S.E., Guo, H., McDowell, K.P.,
during hypoxic-ischemia, 115 zilian opossum brain, | Pascua, J.R. and Enters, E.K., Prenatal
Aramaki, I., see Mita, T., 27 Frenk, H., see Van Praag, H., 71 exposure to methadone affects central
Armengol, J.-A. and Sotelo, C., Early Frostholm, A., Zdilar, D., Chang, A. and cholinergic neuronal activity in the wean-
dendritic development of Purkinje cells Rotter, A., Stability of GABA, /benzo- ling rat, 183
in the rat cerebellum. A light and elec- diazepine receptor a, subunit mRNA Ross, L.R., see Fox, C.A., 1
tron microscopic study using axonal trac- expression in reeler mouse cerebellar Rotter, A., see Frostholm, A., 121
ing in ‘in vitro’ slices, 95 Purkinje cells during postnatal develop-
ment, 121 Sandberg, M., see Andiné, P., 115
Bagenholm, R., see Andiné, P., 115 Fueta, Y., see Mita, T., 27 Sashihara, S., see Mita, T., 27
Bianchi, L.M. and Cohan, C.S., Develop- Seidler, F.J., see Carlos, R.Q., 161
mental regulation of a neurite-promoting Gandhi, M.R., see Sica, A.L., 77 Sekiguchi, M., Moriya, M., Shimai, K. and
Goldberger, M.E., see Wang, S.-D., 57 Nowakowski, R.S., Abnormalities of fo-
factor influencing statoacoustic neurons,
167 Gorter, J.A., Veerman, M., Mirmiran, M., liation and neuronal position in the cer-
Bos, N.P.A., see Gorter, J.A., 37 Bos, N.P.A. and Corner, M.A., Spectral ebellum of NZB/BINJ mouse, 189
analysis of the electroencephalogram in Shimai, K., see Sekiguchi, M., 189
Carl, G.F., see Holmes, G.L., 47 neonatal rats chronically treated with the Sica, A.L., Gandhi, M.R. and Steele,
NMDA antagonist MK-801, 37 A.M., Central patterning of inspiratory
Carlos, R.Q., Seidler, F.J. and Slotkin,
Granda, R.H. and Crossland, W.J., GABA activity in the neonatal period, 77
T.A., Fetal dexamethasone exposure
sensitizes neonatal rat brain to hypoxia: immunoreactive axons and growth cones Slotkin, T.A., see Carlos, R.Q., 161
in the developing chicken optic nerve Soriano, E., see Del Rio, J.A., 205
effects on protein and DNA synthesis,
and tract, 196 Sotelo, C., see Armengol, J.-A., 95
161
Guo, H., see Robinson, S.E., 183 Steele, A.M., see Sica, A.L., 77
Carmi, O. and Leon, M., Neurobehavioral
Stichel, C.C. and Miiller, H.W., Dissociated
responses of neonatal rats to previously
Hagberg, H., see Andiné, P., 115 cell culture of rat cerebral cortical neu-
experienced odors of different concen- Herrup, K., see Vogel, M.W., 87 rons in serum-free, conditioned media:
trations, 43
Hildebrand, C. and Johansson, C.S., Nodal GABA-immunopositive neurons, 145
Chang, A., see Frostholm, A., 121
spacing in the developing, young adult
Christensen, H. and Fonnum, F., The on- Tempel, A., Visualization of « opiate re-
and aging rat inferior alveolar nerve, 175
togeny of the uptake systems for glycine, Hirano, H., see Mita, T., 27 ceptor downregulation following mor-
GABA and glutamate in synaptic vesi- Holmes, C., see Holmes, G.L., 47 phine treatment in neonatal rat brain, 19
cles isolated from rat spinal cord—me- Holmes, G.L., Thompson, J.L., Huh, K., Thompson, J.L., see Holmes, G.L., 47
dulla, 155
Holmes, C. and Carl, G.F., Effect of
Cohan, C.S., see Bianchi, L.M., 167 Van Praag, H. and Frenk, H., The devel-
Corner, M.A., see Gorter, J.A., 37 neural transplants on seizure frequency opmentof stimulation-produced analge-
and kindling in immature rats following
Crossland, W.J., see Granda, R.H., 196 sia (SPA) in the rat, 71
kainic acid, 47 Veerman, M., see Gorter, J.A., 37
Huh, K., see Holmes, G.L., 47 Vitkovic, L., see Da Cunha, A., 212
Da Cunha, A., Aloyo, V.J. and Vitkovic¢,
Vogel, M.W., McInnes, M., Zanjani, H.S.
4L3.,, Dgelvuetlaompimnee ntasly nthreegtualsaet ioiann d of /-GaAcPti-n JJaecyoapbasloann,, CM..D,. , sesee e FoFxo,x , C.CA..A,. , 1 1 and Herrup, K., Cerebellar Purkinje
cells provide target support over a lim-
mRNA in rat cortical astrocytes, 212 Johansson, C.S., see Hildebrand, C., 175 ited spatial range: evidence from /urcher
De Vries, G.J., see Al-Shamma, H.A., 200
chimeric mice, 87
Del Rio, J.A., Soriano, E. and Ferrer, 1., A Lehmann, A., see Andiné, P., 115
transitory population of substance P-like Leon, M., see Carmi, O., 43 Wang, S.-D., Goldberger, M.E. and Mur-
immunoreactive neurones in the devel- ray, M., Normal development and the
oping cerebral cortex of the mouse, 205 McDowell, K.P., see Robinson, S.E., 183 effects of early rhizotomy on spinal sys-
Desmadryl, G., Postnatal developmental McInnes, M., see Vogel, M.W., 87
tems in the rat, 57
changes in the responses of mouse pri- Mirmiran, M., see Gorter, J.A., 37
mary vestibular neurons to externally Mita, T., Sashihara, S., Aramaki, I., Fueta, Zanjani, H.S., see Vogel, M.W., 87
applied galvanic currents, 137 Y. and Hirano, H., Unusual biochemical Zdilar, D., see Frostholm, A., 121