Table Of Content

DEVELOPMENTAL BRAIN RESEARCH Developmental Brain Research 119 (2000) 321—322 Author Index Adamson, S.L., see Krunic, N. (119) 11 Eriksson, P., see Fredriksson, A. (119) 65 Jewett, I.T., see Vizzard, M.A. (119) 217 Akesson, E., Kjaldgaard, A., Samuelsson, Erzurumlu, R.S., see Giinhan-Agar, E. (119) E.-B., Seiger, A. and Sundstrém, E. 277 Katayama, S., see Yoshioka, S.-i. (119) 283 Ionotropic glutamate receptor expression in Kawahara, R., see Yoshioka, S.-i. (119) 283 human spinal cord during first trimester de- Fiorentino, M., see Pinelli, C. (119) 195 Kellogg, C.K., see Roberts, A.A. (119) 21 velopment (119) 55 Fitch, C.A., see Levenson, C.W. (119) 105 Kjeldgaard, A., see Akesson, E. (119) 55 Archer, T., see Fredriksson, A. (119) 65 Fredriksson, A., Schroder, N., Eriksson, P., Kogan, C.S., Zangenehpour, S. and Chaudhuri, Izquierdo, I. and Archer, T. A. Maze learning and motor activity deficits in Developmental profiles of SMI-32 immuno- Bain, J.L.W., see Huckstorf, B.L. (119) 169 adult mice induced by iron exposure during reactivity in monkey striate cortex (119) 85 Ban, Y., Wilt, S.D. and Rizzolo, L.J. a critical postnatal period (119) 65 Krunic, N., Adamson, S.L. and Coceani, F. Two secreted retinal factors regulate differ- Fritschy, J.-M., see Davis, A.M. (119) 127 Differential uptake and catabolism of ent stages of development of the outer prostaglandin (PG)E, versus PGF,,, in the blood—retinal barrier (119) 259 Garcia-Arraras, J.E., see Medina-Ortiz, W.E. sheep choroid plexus during development Bauduin, B., Lassalle, B. and Boilly, B. (119) 155 (119) 11 Stimulation of axon growth from the spinal Gilmore, J.H., see Jarskog, L.F. (119) 225 cord by a regenerating limb blastema in Giorelli, M., see Nico, B. (119) 231 newts (119) 47 Lassalle, B., see Bauduin, B. (119) 47 Gulledge, C.C., Mann, P.E., Bridges, R.S., Bialos, M., see Gulledge, C.C. (119) 269 Leung, M.S., see Wong, C.C. (119) 187 Bialos, M. and Hammer Jr., R.P. Billett, T.E., see Nikolic, P. (119) 75 Levenson, C.W. and Fitch, C.A. Expression of -opioid receptor mRNA in Blumchen, T., see Nico, B. (119) 231 Effect of altered thyroid hormone status on the medial preoptic area of juvenile rats Bock, N., see Moll, G.H. (119) 251 (119) 269 rat brain ferritin H and ferritin L mRNA Boilly, B., see Bauduin, B. (119) 47 during postnatal development (119) 105 Giinhan-Agar, E., Haeberle, A. and Erzurumlu, Bridges, R.S., see Gulledge, C.C. (119) 269 Lin, S. and Burgunder, J.-M. RS. Bulleit, R.F. and Hsieh, T. Utrophin may be a precursor of dystrophin Directional specificity and patterning of MEK inhibitors block BDNF-dependent and during skeletal muscle development (119) sensory axons in trigeminal ganglion— -independent expression of GABA, recep- whisker pad cocultures (119) 277 289 tor subunit mRNAs in cultured mouse cere- Lin, X. and Chen, S. bellar granule neurons (119) 1 Haeberle, A., see Giinhan-Agar, E. (119) 277 Endogenously generated spontaneous spik- Burgunder, J.-M., see Lin, S. (119) 289 Hammer Jr., R.P., see Gulledge, C.C. (119) 269 ing activities recorded from postnatal spiral ganglion neurons in vitro (119) 297 Heizmann, C.W., see Tiu, S.C. (119) 159 Livrea, P., see Nico, B. (119) 231 Herken, R., see Nico, B. (119) 231 Carbone, K.M., see Pletnikov, M.V. (119) 179 Horn, G., see Prime, G. (119) 111 Chan, W.Y., see Tiu, S.C. (119) 159 Madri, J.A., see Ogunshola, O.O. (119) 139 Chaudhuri, A., see Kogan, C.S. (119) 85 Hsieh, T., see Bulleit, R.F. (119) 1 Maeda, K., see Yoshioka, S.-i. (119) 283 Chen, S., see Lin, X. (119) 297 Huckstorf, B.L., Slocum, G.R., Bain, J.L.W., Mann, P.E., see Gulledge, C.C. (119) 269 Reiser, P.M., Sedlak, F.R., Wong-Riley, Coceani, F., see Krunic, N. (119) 11 Marzullo, A., see Nico, B. (119) 231 M.T.T. and Riley, D.A. Collins, R.L., Zavala, A.R., Nazarian, A. and Matsuda, K., see Yoshioka, S.-i. (119) 283 Effects of hindlimb unloading on neuromus- McDougall, S.A. cular development of neonatal rats (119) McAlhany Jr., R.E., West, J.R. and Miranda, k-Opioid receptors in the substantia nigra R.C. 169 pars reticulata mediate the U-50,488-in- Huether, G., see Moll, G.H. (119) 251 Glial-derived neurotrophic factor (GDNF) duced locomotor activity of preweanling rats prevents ethanol-induced apoptosis and JUN (119) 97 Ishii, Y., Nakamura, S. and Osumi, N. kinase phosphorylation (119) 209 Demarcation of early mammalian cortical McCarthy, M.M., see Davis, A.M. (119) 127 D’Aniello, B., see Pinelli, C. (119) 195 development by differential expression of McDougall, S.A., see Collins, R.L. (119) 97 Davis, A.M., Penschuck, S., Fritschy, J.-M. and fringe genes (119) 307 Medina-Ortiz, W.E. and Garcia-Arraras, J.E. McCarthy, M.M. Izquierdo, I., see Fredriksson, A. (119) 65 Differential regulation of NPY mRNA ex- Developmental switch in the expression of pression in embryonic sympathetic and GABA, receptor subunits a, and a, in Jarlebark, L.E., see Nikolic, P. (119) 75 chromaffin cultures by NGF (119) 155 the hypothalamus and limbic system of the Jarskog, L.F. and Gilmore, J.H. Mehnert, C., see Moll, G.H. (119) 251 rat (119) 127 Developmental expression of Bcl-2 protein Ment, L.R., see Ogunshola, O.O. (119) 139 Defazio, G., see Nico, B. (119) 231 in human cortex (119) 225 Meyer, D.L., see Pinelli, C. (119) 195 322 Author Index Mihalcik, V., see Ogunshola, O.O. (119) 139 Effects of neonatal rat Borna disease virus Sundstrém, E., see Akesson, E. (119) 55 Miranda, R.C., see McAlhany Jr., R.E. (119) (BDV) infection on the postnatal develop- Sutor, B., see Prime, G. (119) 111 209 ment of the brain monoaminergic systems Mitani, H., see Yoshioka, S.-i. (119) 283 (119) 179 Takeo, S., see Yoshioka, S.-i. (119) 283 Mizukawa, R., see Yoshioka, S.-i. (119) 283 Poon, W.H., see Wong, C.C. (119) 187 Thorne, P.R., see Nikolic, P. (119) 75 Molander, C., see Shortland, P. (119) 243 Prime, G., Horn, G. and Sutor, B. Tiu, S.C., Chan, W.Y., Heizmann, C.W., Moll, G.H., Mehnert, C., Wicker, M., Bock, N.., Time-related changes in connexin MRNA Schafer, B.W., Shu, S.Y. and Yew, D.T. Rothenberger, A., Riither, E. and Huether, abundance in the rat neocortex during post- Differential expression of S100B and G. natal development (119) 111 S100A6! in the human fetal and aged cere- Age-associated changes in the densities of bral cortex (119) 159 presynaptic monoamine transporters in dif- Quondamatteo, F., see Nico, B. (119) 231 Tsim, T.Y., see Wong, C.C. (119) 187 ferent regions of the rat brain from early juvenile life to late adulthood (119) 251 Rastogi, R.K., see Pinelli, C. (119) 195 Vizzard, M.A., Wu, K.H. and Jewett, I.T. Moran, T.H., see Pletnikov, M.V. (119) 179 Reiser, P.M., see Huckstorf, B.L. (119) 169 Developmental expression of urinary blad- Ribatti, D., see Nico, B. (119) 231 der neurotrophic factor mRNA and protein Nakamura, S., see Ishii, Y. (119) 307 Riley, D.A., see Huckstorf, B.L. (119) 169 in the neonatal rat (119) 217 Nazarian, A., see Collins, R.L. (119) 97 Rizzolo, L.J., see Ban, Y. (119) 259 Nico, B., Quondamatteo, F., Herken, R., Roberts, A.A. and Kellogg, C.K. West, J.R., see McAlhany Jr., R.E. (119) 209 Blumchen, T., Defazio, G., Giorelli, M., Synchronous postnatal increase in a1 and Wicker, M., see Moll, G.H. (119) 251 Livrea, P., Marzullo, A., Russo, G., Ribatti, y2L GABA, receptor mRNAs and high Wilt, S.D., see Ban, Y. (119) 259 D. and Roncali, L. affinity zolpidem binding across three re- Wong, C.C., Poon, W.H., Tsim, T.Y., Wong, Interferon B-la prevents the effects of lipo- gions of rat brain (119) 21 E.Y.K. and Leung, M.S. polysaccharide on embryonic brain mi- Roncali, L., see Nico, B. (119) 231 Gene expressions during the development crovessels (119) 231 Rothenberger, A., see Moll, G.H. (119) 251 and sexual differentiation of the olfactory Nikolic, P., Jarlebark, L.E., Billett, T.E. and Rubin, S.A., see Pletnikov, M.V. (119) 179 bulb in rats (119) 187 Thorne, P.R. Russo, G., see Nico, B. (119) 231 Wong, E.Y.K., see Wong, C.C. (119) 187 Apoptosis in the developing rat cochlea and Riither, E., see Moll, G.H. (119) 251 Wong-Riley, M.T.T., see Huckstorf, B.L. (119) its related structures (119) 75 169 Samuelsson, E.-B., see Akesson, E. (119) 55 Wu, K.H., see Vizzard, M.A. (119) 217 Ogunshola, O.O., Stewart, W.B., Mihalcik, V., Sari, Y., see Zhou, F.C. (119) 33 Solli, T., Madri, J.A. and Ment, L.R. Schafer, B.W., see Tiu, S.C. (119) 159 Yew, D.T., see Tiu, S.C. (119) 159 Neuronal VEGF expression correlates with Schréder, N., see Fredriksson, A. (119) 65 Yoshioka, S.-i., Mitani, H., Maeda, K., Takeo, angiogenesis in postnatal developing rat Schwartz, G.J., see Pletnikov, M.V. (119) 179 S., Matsuda, K., Katayama, S., Mizukawa, brain (119) 139 Sedlak, F.R., see Huckstorf, B.L. (119) 169 R. and Kawahara, R. Osumi, N., see Ishii, Y. (119) 307 Seiger, A., see Akesson, E. (119) 55 Age-specific effects of noradrenergic alpha- Shortland, P. and Molander, C. 2 agonist clonidine on the development of Penschuck, S., see Davis, A.M. (119) 127 Alterations in the distribution of stimulus- amygdaloid kindling in developing rats Pinelli, C., D’Aniello, B., Sordino, P., Meyer, evoked c-fos in the spinal cord after neona- (119) 283 D.L., Fiorentino, M. and Rastogi, R.K. tal peripheral nerve injury in the rat (119) Comparative immunocytochemical study of 243 Zangenehpour, S., see Kogan, C.S. (119) 85 FMRFamide neuronal system in the brain of Shu, S.Y., see Tiu, S.C. (119) 159 Zavala, A.R., see Collins, R.L. (119) 97 Danio rerio and Acipenser ruthenus during Slocum, G.R., see Huckstorf, B.L. (119) 169 Zhang, J.K., see Zhou, F.C. (119) 33 development (119) 195 Solli, T., see Ogunshola, O.O. (119) 139 Zhou, F.C., Sari, Y. and Zhang, J.K. Pletnikov, M.V., Rubin, S.A., Schwartz, G.J., Sordino, P., see Pinelli, C. (119) 195 Expression of serotonin transporter protein Carbone, K.M. and Moran, T.H. Stewart, W.B., see Ogunshola, O.O. (119) 139 in developing rat brain (119) 33