Developmental Brain Research, 58 (1991) 301-302 Elsevier Author Index Arimatsu, Y. and Miyamoto, M., Survival- Frassoni, C., Bentivoglio, M., Spreafico, development in the North American promoting effect of NGF on in vitro septo- R., Sanchez, M.P., Puelles, L. and Fai- opossum, 203 hippocampal neurons with cholinergic ren, A., Postnatal development of calbin- Matsuna, T., Ichijo, H. and Nakamura, H.., and GABAergic phenotypes, 189 din and parvalbumin immunoreactivity in Regulation of the rostocaudal axis of the Ashwell, K., The distribution of microglia the thalamus of the rat, 243 optic tectum: histological study after ros- and cell death in the fetal rat forebrain, | trocaudal rotation in quail-chick chime- Gallardo, K.A., see Robertson, R.T., 81 ras, 265 Bacon, E., De Barry, J. and Gombos, G., Garcia-Rill, E., see lwahara, T., 257 McFarland, B.J., Seidler, F.J. and Slotkin, Differential ontogenesis of type I and II Gavaret, J.-M., Toru-Delbauffe, D., Bagh- T.A., Inhibition of DNA synthesis in neo- benzodiazepine receptors in mouse cere- dassarian-Chalaye, D., Pomerance, M natal rat brain regions caused bij acute bellum, 283 and Pierre, M., Thyroid hormone action nicotine administration, 223 Baghdassarian-Chalaye, D., see Gavaret, induction of morphological changes and McFarland, E.W., see Holtzman, D., 181 J.-M., 43 protein secretion in astroglial cell cul- Miyamoto, M., see Arimatsu, Y., 189 Barg, J., see Rius, R.A., 237 tures, 43 Mostamand, F., see Robertson, R.T., 81 Beaston-Wimmer, P. and Smolten, A.J., Ghooray, G., see Martin, G.F., 203 Mower, G.D., The effect of dark rearing on Gender differences in neurotransmitter Gombos, G., see Bacon, E., 283 the time course of the critical period in cat expression in the rat superior cervical Goumaz, M.., see Tribollet, E., 13 visual cortex, 157 ganglion, 123 Bem, W.T., see Rius, R.A., 237 Hamblin, M.W., see Roth, B.L., 51 Nakamura, H., see Matsuna, T., 265 Bentivoglio, M., see Frassoni, C., 243 Hathaway, O.Y., see Sutton, D., 59 Neafsey, E.J., see Castro, A.J., 231 Besson, M.-J., see Caboche, J., 111 Ho, R.H., see Martin, G.F., 203 Neuringer, L.J., see Holtzman, D., 181 Bronchti, G., Rado, R., Terkel, J. and Hogan, T.P., see Castro, A.J., 231 Wollberg, Z., Retinal projections in the Holtzman, D., McFarland, E.W., Jacobs, Oakley, B., LaBelle, D.E., Riley, R.A., blind mole rat: a WGA-HRP tracing D., Offut, M.C. and Neuringer, L.J., Ma- Wilson, K. and Wu, L.-H., The rate and study of a natural degeneration, 159 turational increase in mouse brain crea- locus of development of rat vallate taste Burke, R.E., Kent, J., Kenyon, N. and Ka- tine kinase reaction rates shown by phos- buds, 215 ranas, A., Unilateral hypoxic-ischemic in- phorus magnetic resonance, 181 Offut, M.C., see Holtzman, D., 181 jury in neonatal rat results in a persistent Osaka, H., see Kilbourne, E.J., 143 increase in the density of striatal tyrosine Ichijo, H., see Matsuna, T., 265 hydroxylase immunoperoxidase staining, Iwahara, T., Van Hartesveldt, C., Garcia- Pierre, M., see Gavaret, J.-M., 43 171 Rill, E. and Skinner, R.D., L-DOPA-in- Pindzola, P.R., see Martin, G.F., 203 duced air-stepping in decerebrate devel- Pomerance, M., see Gavaret, J.-M., 43 Caboche, J., Rogard, M. and Besson, M.-J., oping rats, 257 Porter, J.D., see Van Hartesveldt, C., 251 Comparative development of D,-dopa- Puelles, L., see Frassoni, C., 243 mine and opiate receptors in normal and Jacobs, D., see Holtzman, D., 181 in 6-hydroxydopamine-lesioned neonatal Rado, R., see Bronchti, G., 159 rat striatum: dopaminergic fibers regulate Kageyama, G.H., see Robertson, R.T., 81 Raggenbass, M., see Tribollet, E., 13 but not D, receptor distribution, 111 Karanas, A., see Burke, R.E., 171 Riley, R.A., see Oakley, B., 215 Castro, A.J., Hogan, T.P., Sorensen, J.Chr.., Kent, C. and Clarke, P.J., The immunoloca- Rius, R.A., Barg, J., Bem, W.T., Coscia, Klausen, B.S., Danielsen, E.H., Zim- lisation of the neuroendocrine specific C.J. and Loh, Y.P., The prenatal devel- mer, J. and Neafsey, E.J., Heterotopic protein PGP9.5 during neurogenesis in opmental profile of expression of opioid neocortical transplants. An anatomical the rat, 147 peptides and receptors in the mouse and electrophysiological analysis of host Kent, J., see Burke, R.E., 171 brain, 237 projections to occipital cortical grafts Kenyon, N., see Burke, R.E., 171 Roberts, B.L., see Smit, W.A., 73 placed into sensorimotor cortical lesions Kilbourne, E.J., Osaka, H. and Sabban, Robertson, R.T., Mostamand, F., Kageya- made in newborn rats, 231 E.L., Hypomethylation of the rat tyrosine ma, G.H., Gallardo, K.A. and Yu, J., Ciaranello, R.D., see Roth, B.L., 51 hydroxylase gene correlates with its ex- Primary auditory cortex in the rat: tran- Clarke, P.J., see Kent, C., 147 pression in several cell types, 143 sient expression of acetylcholinesterase Coscia, C.J., see Rius, R.A., 237 Kiyama, H., Emson, P.C., Sato, M. and To- activity in developing geniculocortical hyama, M., The transient appearance of projections, 81 Danielsen, E.H., see Castro, A.J., 231 proneurotensin mRNA in the rat hypo- Rogard, M., see Caboche, J., 111 De Barry, J., see Bacon, E., 283 glossal nucleus during development, 293 Roth, B.L., Hamblin, M.W. and Ciaranel- De Boer-Van Huizen, R., see Ten Donke- Klausen, B.S., see Castro, A.J., 231 lo, R.D., Developmental regulation of 5- laar, H.J., 297 HT, and 5-HT,- mRNA and receptor lev- Dreifuss, J.J., see Tribollet, E., 13 LaBelle, D.E., see Oakley, B., 215 els, 51 Dubois-Dauphin, M., see Tribollet, E., 13 Lamb, A.H., see Sheard, P.W., 133 Duncan, C.P., Seidler, F.J. and Slotkin, Loh, Y.P., see Rius, R.A., 237 Sabban, E.L., see Kilbourne, E.J., 143 T.A., Effects of MK-801 on DNA synthe- Sanchez, M.P., see Frassoni, C., 243 sis in neonatal rat brain regions under nor- Mark, R.F., see Waite, P.M.E., 35 Sato, M., Shiosaka, S. and Tohyama, M.., moxic and hypoxic conditions, 67 Marotte, L.R., see Waite, P.M.E., 35 Neurotensin and neuromedin N elevate Martin, G.F., Ghooray, G., Ho, R.H., the cytosolic calcium concentration via Emson, P.C., see Kiyama, H., 293 Pindzola, P.R. and Xu, X.M., The origin transiently appearing neurotensin binding of serotoninergic projections to the lum- sites in cultured rat cortex cells, 97 Fairen, A., see Frassoni, C., 243 bosacral spinal cord at different stages of Sato, M., see Kiyama, H., 293 302 Sato, M., see Zhang, J.-H., 289 Smolten, A.J., see Beaston-Wimmer, P., Van der Linden, J.A.M., see Ten Donke- Scherer, W.J. and Udin, $.B., Latency and 123 laar, H.J., 297 temporal overlap of visually elicited con- Serensen, J.C hr., see Castro, A.J., 231 Van Hartesveldt, C., Sickles, A.E., Porter, tralateral and ipsilateral firing in Xenopus Spelman, F.A., see Sutton, D., 59 J.D. and Stehouwer, D.J., L-DOPA-in- tectum during and after the critical pe- Spreafico, R., see Frassoni, C., 243 duced air-stepping in developing rats, 251 riod, 129 Stehouwer, D.J., see Van Hartesveldt, C Van Hartesveldt, C., see lwahara, T., 257 Seib, T., see Sutton, D., 59 251 Velzing, E.H., see Smit, W.A., 73 Seidler, F.J., see Duncan, C.P., 67 Sutton, D., Hathaway, O.Y., Seib, T. and Seidler, F.J., see McFarland, B.J., 223 Spelman, F.A., Macaque anteroventral Waite, P.M.E., Marotte, L.R. and Mark, Sheard, P.W. and Lamb, A.H., Motoneu- cochlear nucleus: developmental anat- R.F., Development of whisker repre- ron and muscle fibre counts in normal and omy, 59 sentation in the cortex of the tammar wal- bilaterally innervated Xenopus hind- laby Macropus eugenii, 35 limbs, 133 Ten Donkelaar, H.J., De Boer-Van Huizen, Wilson, K., see Oakley, B., 215 Shiosaka, S., see Sato, M., 97 R. and Van der Linden, J.A.M., Early Wollberg, Z., see Bronchti, G., 159 Sickles, A.E., see Van Hartesveldt, C., 251 development of rubrospinal and cerebelo- Wu, L.-H., see Oakley, B., 215 Silverman, W.F. and Sladek Jr., J.R., Ultra- rubral projections in Xenopus laevis ,2 97 structural changes in magnocellular neu- Terkel, J., see Bronchti, G., 159 Xu, X.M., see Martin, G.F., 203 rons from the supraoptic nucleus of aged Tohyama, M., see Kiyama, H., 293 rats, 25 Tohyama, M., see Sato, M., 97 Yu, J., see Robertson, R.T., 81 Skinner, R.D., see Iwahara, T., 25 ~ Tohyama, M., see Zhang, J.-H. , 289 Sladek Jr., J.R., see Silverman, W.F., 25 Toru-Delbauffe, D., see Gavaret, J.-M., 43 Zhang, J.-H., Sato, M. and Tohyama, M.., Slotkin, T.A., see Duncan, C.P., 67 Tribollet, E., Goumaz, M., Raggenbass, Different postnatal ontogenic profiles of Slotkin, T.A., see McFarland, B.J., 223 M., Dubois-Dauphin, M. and Dreifuss, neurons containing f (f,, 8, and f,) sub- Smalheiser, N.R., Cell attachment and neu- J.J., Early appearance and transient ex- unit mRNAs of GABA, receptor in the rite stability in NG108-15 cells: what is the pression of vasopressin receptors in the rat thalamus, 289 role of microtubules? , 271 brain of rat fetus and infant. An autora- Zimmer, J., see Castro, A.J., 231 Smit, W.A., Roberts, B.L. and Velzing, diographical and _ electrophysiological Zurn, A.D., Catecholaminergic traits of E.H., Changes in size and number of spi- study, 13 chick sympathetic neurons may be differ- nal motoneurons in relation to growth of entially regulated by a cGMP-dependent the musculature in the eel, Anguilla, 73 din, $.B., see Scherer, W.J., 129 pathway, 105