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Available online at www.sciencedirect.com DEVELOPMENTAL ecience (oinecr: BRAIN ses RESEARCH ELSEVIER2S Developmental Brain Research 144 (2003) 223-224 www.elsevier.com/locate/devbrainres Author Index Andres, C., see Vourc’h, P. (144) 159 Elberger, A.J., see Deng, J. (144) 135 Li, W., Trovero, F., Cordier, J., Wang, Y., Atobe, Y., see Funakoshi, K. (144) 107 Drieu, K. and Papadopoulos, V. Farel, P.B. Prenatal exposure of rats to Ginkgo Barreto-Estrada, J.L., Medina-Ortiz, W.E. and Late differentiation contributes to the biloba extract (EGb 761) increases Garcia-Arraras, J.E. apparent increase in sensory neuron neuronal survival/ growth and alters The morphological and biochemical number in juvenile rat (144) 91 gene expression in the developing response of avian embryonic Funakoshi, K., Goris, R.C., Kadota, T., Atobe, fetal hippocampus (144) 169 sympathoadrenal cells to nerve Y., Nakano, M. and Kishida, R. growth factor is developmentally Prenatal development of peptidergic Mandel, S., see Pinhasov, A. (144) 83 regulated (144) | primary afferent projections to mouse Marin-Garcia, P., see Contreras-Rodriguez, J. Blackshear, P.J., see Scarlett, C.O. (144) 25 lumbosacral autonomic preganglionic (144) 211 Brenneman, D.E., see Pinhasov, A. (144) 83 cell columns (144) 107 Marouillat Védrine, S., see Vourc’h, P. (144) 159 Castillo, C., Thornhill, W.B., Zhu, J. and Gage, N.M., Siegel, B. and Roberts, T.P.L. Recio-Pinto, E. Martinez-Sainz, P., see Contreras-Rodriguez, Cortical auditory system maturational The permeation and activation J. (144) 211 abnormalities in children with autism properties of brain sodium channels Mbarek, O., see Vourc’h, P. (144) 159 disorder: an MEG investigation (144) change during development (144) 99 Medina-Ortiz, W.E., see Barreto-Estrada, J.L. 201 Cheng, G. and Randi¢, M. (144) 1 Garcia-Arraras, J.E., see Barreto-Estrada, J.L. Involvement of intracellular calcium Mehan, M., see Kendall, S.E. (144) 151 (144) 1 and protein phosphatases in long-term Mih, J.-P., see Vourc’h, P. (144) 159 Giladi, E., see Pinhasov, A. (144) 83 depression of A-fiber-mediated Goldsweig, A.M., see Pinhasov, A. (144) 83 primary afferent neurotransmission Nakano, M., see Funakoshi, K. (144) 107 Gonzalez-Soriano, J., see Contreras-Rodriguez, (144) 73 J. (144) 211 Contreras-Rodriguez, J., Gonzalez-Soriano, J., Papadopoulos, V., see Li, W. (144) 169 Goodlett, C.R., see Zhou, F.C. (144) 43 Martinez-Sainz, P., Marin-Garcia, P. and Pinhasov, A., Mandel, S., Torchinsky, A., Goris, R.C., see Funakoshi, K. (144) 107 Rodriguez-Veiga, E. Giladi, E., Pittel, Z., Goldsweig, A.M., Gozes, I., see Pinhasov, A. (144) 83 Neurochemical heterogeneity of the Servoss, S.J., Brenneman, D.E. and thalamic reticular and perireticular Gozes, I. Hamre, K., see Du, X. (144) 9 nuclei in developing rabbits: patterns Activity-dependent neuroprotective Held-Feindt, J., see Rohl, C. (144) 191 of calbindin expression (144) 211 protein: a novel gene essential for Cordier, J., see Li, W. (144) 169 Kadota, T., see Funakoshi, K. (144) 107 brain formation (144) 83 Kawa, K. Pittel, Z., see Pinhasov, A. (144) 83 Deng, J., see Elberger, A.J. (144) 121 Deng, J. and Elberger, A.J. Glycine facilitates transmitter release Powrozek, T., see Zhou, F.C. (144) 43 Corpus callosum and visual cortex of at developing synapses: a patch clamp mice with deletion of the NMDA- study from Purkinje neurons of the Randi¢, M., see Cheng, G. (144) 73 NRI receptor. II. Attenuation of newborn rat (144) 57 Recio-Pinto, E., see Castillo, C. (144) 99 prenatal alcohol exposure effects Kawakita, A., Yamashita, T., Taniguchi, M., Roberts, T.P.L., see Gage, N.M. (144) 201 (144) 135 Koyama, Y., Kubo, T., Tsuji, L. and Rodriguez-Veiga, E., see Contreras-Rodriguez, Dessay, S., see Vourc’h, P. (144) 159 Tohyama, M. J. (144) 211 Drieu, K., see Li, W. (144) 169 Developmental regulation of FERM Rohl, C., Held-Feindt, J. and Sievers, J. Du, X. and Hamre, K. domain including guanine nucleotide Developmental changes of parameters Identity and neuroanatomical exchange factor gene expression in for astrogliosis during cultivation of localization of messenger RNAs that the mouse brain (144) 181 purified cerebral astrocytes from change expression in the neural tube Kendall, S.E., Ryczko, M.C., Mehan, M. and newborn rats (144) 191 of mouse embryos within | h after Verdi, J.M. Ryczko, M.C., see Kendall, S.E. (144) 151 ethanol exposure (144) 9 Characterization of NADE, NRIF and SC-1 gene expression during mouse Sari, Y., see Zhou, F.C. (144) 43 Elberger, A.J. and Deng, J. neurogenesis (144) 151 Scarlett, C.O. and Blackshear, P.J. Corpus callosum and visual cortex of Kishida, R., see Funakoshi, K. (144) 107 Neuroanatomical development in the mice with deletion of the NMDA- Koyama, Y., see Kawakita, A. (144) 181 absence of PKC phosphorylation of NRI receptor: I. Accelerated Kubo, T., see Kawakita, A. (144) 181 the myristoylated alanine-rich C- development of callosal projection kinase substrate (MARCKS) protein neurons (144) 121 Li, T.-K., see Zhou, F.C. (144) 43 (144) 25 0165-3806/03/$ — see front matter © 2003 Elsevier BV. All rights reserved. doi:10.1016/S0165-3806(03 )00233-5 224 Author Index Servoss, S.J., see Pinhasov, A. (144) 83 Vourc’h, P., Dessay, S., Mbarek, O., Yamashita, T., see Kawakita, A. (144) 181 Siegel, B., see Gage, N.M. (144) 201 Marouillat Védrine, S., Miih, J.-P. and Sievers, J., see Rohl, C. (144) 191 Andres, C. Zhou, F.C., Sari, Y., Powrozek, T., Goodlett, The oligodendrocyte-myelin C.R. and Li, T.-K. Taniguchi, M., see Kawakita, A. (144) 181 glycoprotein gene is highly expressed Moderate alcohol exposure Thornhill, W.B., see Castillo, C. (144) 99 during the late stages of myelination compromises neural tube midline Tohyama, M., see Kawakita, A. (144) 181 in the rat central nervous system development in prenatal brain (144) Torchinsky, A., see Pinhasov, A. (144) 83 (144) 159 43 Trovero, F., see Li, W. (144) 169 Zhu, J., see Castillo, C. (144) 99 Tsuji, L., see Kawakita, A. (144) 181 Wang, Y., see Li, W. (144) 169 Verdi, J.M., see Kendall, S.E. (144) 151