Table Of Content

DEVELOPMENTAL BRAIN RESEARCH asi 3 cies a. ELSEVIER Developmental Brain Research 132 (2001) 179-180 www.elsevier.com/locate/bres Author Index Achim, C.L., see Avramut, M. (132) 151 Furuta, A., see Fukamachi, S. (132) 131 Disruption of cell cycle kinetics and Almli, L.M., Hamrick, S.E.G., Koshy, A.A., Fushiki, S., see Hinoue, A. (132) 59 cyclin-dependent kinase system by Tauber, M.G. and Ferriero, D.M. ethanol in cultured cerebellar granule Multiple pathways of neuroprotection Genc, B., Ma, L. and Erzurumlu, R.S. progenitors (132) 47 against oxidative stress and Whisker-related neural patterns Lin, H., see Li, Z. (132) 47 excitotoxic injury in immature develop normally despite severe Lindstrom, J., see Schréder, H. (132) 33 primary hippocampal neurons (132) whisker defects in Msx2 knockout Liu, Y.-Q., see Xu, H. (132) 175 121 mice (132) 107 Lo, F.-S., see Guido, W. (132) 97 Arneric, S.P., see Schroder, H. (132) 33 Gibbs, M.E., see Camm, E.J. (132) 141 Luo, J., see Li, Z. (132) 47 Avramut, M., Zeevi, A. and Achim, C.L. Guido, W., Lo, F.-S. and Erzurumlu, R.S. The immunosuppressant drug FK506 Synaptic plasticity in the trigeminal Ma, L., see Genc, B. (132) 107 is a potent trophic agent for human principal nucleus during the period of Maelicke, A., see Schréder, H. (132) 33 fetal neurons (132) 151 barrelette formation and consolidation Mallinson, K., see Kehoe, P. (132) 23 (132) 97 Marvao, P., see Fernandes, J. (132) 159 Baratta, J., Ha, D.H., Yu, J. and Robertson, Gulyaeva, N-V., see Kudryashov, I.E. (132) McCormick, C.M., see Kehoe, P. (132) 23 R.T. 113 Monteggia, L., see Schroder, H. (132) 33 Evidence for target preferences by Moser, N., see Schroder, H. (132) 33 cholinergic axons originating from Ha, D.H., see Baratta, J. (132) 15 different subdivisions of the basal Hamrick, S.E.G., see Almli, L.M. (132) 121 Nishimura, Y., see Hinoue, A. (132) 59 forebrain (132) 15 Happich, E., see Schroder, H. (132) 33 Nowacki, S., see Schréder, H. (132) 33 Barks, J.D.E., see Xu, H. (132) 175 Harding, R., see Camm, E.J. (132) 141 Bronzino, J., see Kehoe, P. (132) 23 Hinoue, A., Fushiki, S., Nishimura, Y. and Ohno, K., see Shu, F. (132) 91 Burghaus, L., see Schroder, H. (132) 33 Shiota, K. Onufriev, MV., see Kudryashov, I.E. (132) In utero exposure to brief 113 Camm, E.J., Gibbs, M.E. and Harding, R. hyperthermia interferes with the Restriction of prenatal gas exchange production and migration of Pyle, S.J., Roberts, K.G. and Reuhl, K.R. impairs memory consolidation in the neocortical neurons and induces Delayed expression of the NFH chick (132) 141 apoptotic neuronal death in the fetal subunit in differentiating P19 cells Costa, P.F., see Fernandes, J. (132) 159 mouse brain (132) 59 (132) 103 deVos, R.A.I., see Schroder, H. (132) 33 Ikeda, T., see Fukamachi, S. (132) 131 Reuhl, K.R., see Pyle, S.J. (132) 103 Draguhn, A., see Frahm, C. (132) 1 Ikenoue, T., see Fukamachi, S. (132) 131 Roberts, K.G., see Pyle, S.J. (132) 103 Iwaki, T., see Fukamachi, S. (132) 131 Robertson, R.T., see Baratta, J. (132) 15 Erzurumlu, R.S., see Genc, B. (132) 107 Rothstein, J.D., see Fukamachi, S. (132) 131 Erzurumlu, R.S., see Guido, W. (132) 97 Kanayama, N., see Shu, F. (132) 91 Kaneoka, T., see Fukamachi, S. (132) 131 Santos, A.I., see Fernandes, J. (132) 159 Fernandes, J., Marvao, P., Santos, A.I. and Kehoe, P., Mallinson, K., Bronzino, J. and Sato, K., see Shu, F. (132) 91 Costa, P.F. McCormick, C.M. Schroder, H., Schiitz, U., Burghaus, L., Sodium channel currents in maturing Effects of prenatal protein Lindstrom, J., Kuryatov, A., Monteggia, acutely isolated rat hippocampal CA1 malnutrition and neonatal stress on L., deVos, R.A.I., van Noort, G., Wevers, neurones (132) 159 CNS responsiveness (132) 23 A., Nowacki, S., Happich, E., Moser, N., Ferriero, D.M., see Almli, L.M. (132) 121 Koshy, A.A., see Almli, L.M. (132) 121 Arneric, S.P. and Maelicke, A. Frahm, C. and Draguhn, A. Kudryashov, I.E., Onufriev, MV., Expression of the a4 isoform of the GAD and GABA transporter (GAT-1) Kudryashova, LV. and Gulyaeva, NV. nicotinic acetylcholine receptor in the mRNA expression in the developing Periods of postnatal maturation of fetal human cerebral cortex (132) 33 rat hippocampus (132) 1 hippocampus: synaptic modifications Schiitz, U., see Schroder, H. (132) 33 Fukamachi, S., Furuta, A., Ikeda, T., Ikenoue, and neuronal disconnection (132) 113 Seidler, F.J., see Slotkin, T.A. (132) 69 T., Kaneoka, T., Rothstein, J.D. and Kudryashova, LV., see Kudryashov, I.E. (132) Sharma, R.K. Iwaki, T. 113 Bcl-2 expression during the Altered expressions of glutamate Kuriyama, K., see Shu, F. (132) 91 development and degeneration of transporter subtypes in rat model of Kuryatov, A., see Schroder, H. (132) 33 RCS rat retinae (132) 81 neonatal cerebral hypoxia—ischemia Shiota, K., see Hinoue, A. (132) 59 (132) 131 Li, Z., Lin, H., Zhu, Y., Wang, M. and Luo, J. Shu, F., Ohno, K., Wang, T., Kuriyama, K., 0165-3806/01/$ — see front matter © 2001 Elsevier Science BV. All rights reserved. PII: S$0165-3806(01)00320-0 180 Author Index Ueki, T., Kanayama, N. and Sato, K. subtype-specific molecular marker of Silverstein, F.S. Developmental changes in PSD-95 glutamatergic neurons (132) 87 AMPA-Induced suppression of and Narp mRNAs in the rat olfactory Tauber, M.G., see Almli, L.M. (132) 121 oligodendroglial gene expression in bulb (132) 91 neonatal rat brain (132) 175 Silverstein, F.S., see Xu, H. (132) 175 Ueki, T., see Shu, F. (132) 91 Slotkin, T.A., Seidler, F.J. and Yanai, J. Yanai, J., see Slotkin, T.A. (132) 69 Heroin neuroteratogenicity: targeting van Noort, G., see Schroder, H. (132) 33 Yu, J., see Baratta, J. (132) 15 adenylyl cyclase as an underlying biochemical mechanism (132) 69 Wang, M., see Li, Z. (132) 47 Zeevi, A., see Avramut, M. (132) 151 Wang, T., see Shu, F. (132) 91 Zhu, Y., see Li, Z. (132) 47 Takiguchi-Hayashi, K. Wevers, A., see Schréder, H. (132) 33 In vitro clonal analysis of rat cerebral cortical neurons expressing latexin, a Xu, H., Barks, J.D.E., Liu, Y.-Q. and