Table Of Content

MOLECULAR BRAIN RESEARCH EVIER Molecular Brain Research 69 (1999) 306-307 Author Index Abel, T.W. and Rance, N.E. Feng, Z., Chang, R.C.C., Bing, G., Hudson, P., Kanazawa, K.-y., see Honma, Y. (69) 93 Proopiomelanocortin gene expression is de- Tiao, N., Jin, L. and Hong, J.-S. Kang, D., see Berezovska, O. (69) 273 creased in the infundibular nucleus of post- Long-term increase of Sp-1 transcription Kawakami, H., see Miyachi, T. (69) 223 menopausal women (69) 202 factors in the hippocampus after kainic acid Kelley, M.R., see Zhou, F.C. (69) 186 Akira, S., see Yukawa, K. (69) 124 treatment (69) 144 Kiessling, M., see Sommer, C. (69) 53 Alberch, J., see Canals, J.M. (69) 242 Figueroa, R., see Vecchiola, A. (69) | Kimura, K., see Nakaso, K. (69) 155 Alvarez-Maya, I., see Martinez-Fong, D. (69) Frosch, M., see Berezovska, O. (69) 273 Kitamura, T., see Miyachi, T. (69) 223 249 Kitayama, M., see Nakaso, K. (69) 155 Arias-Montano, J.-A.. see Martinez-Fong, D. Goebel, D.J. and Poosch, M.S. Kiyosawa, H., see Honma, Y. (69) 93 (69) 249 NMDA receptor subunit gene expression in Knowles, R., see Berezovska, O. (69) 273 Arimatsu, Y., see Miyasaka, N. (69) 62 the rat brain: a quantitative analysis of en- Ko, J.L., Arvidsson, U., Williams, F.G., Law, Arvidsson, U., see Ko, J.L. (69) 171 dogenous mRNA levels of NR1¢,,,, NR2A, P.Y., Elde, R. and Loh, H.H. NR2B, NR2C, NR2D and NR3A (69) 164 Visualization of time-dependent redistribu- Baecker, P.A., Lee, W.H., Verity, A.N., Eglen, Gong, C., see Yang, G.-Y. (69) 135 tion of 8-opioid receptors in neuronal cells R.M. and Johnson, R.M. Gu, G., see Leng, N. (69) 73 during prolonged agonist exposure (69) 171 Characterization of a promoter for the hu- Koo, E., see Berezovska, O. (69) 273 man glial cell line-derived neurotrophic fac- Harper, P.S., see Wilkinson, F.L. (69) 10 Kreutz, M.R., Bien, A., Vorwerk, C.K., Bock- tor gene (69) 209 Hatanaka, Y., see Miyasaka, N. (69) 62 ers, T.M., Seidenbecher, C.I., Tischmeyer, Bannai, S., see Nakaso, K. (69) 155 Hoffmann, A., see Ciani, E. (69) 290 W. and Sabel, B.A. Berezovska, O., Frosch, M., McLean, P., Hokfelt, T., see Johnson, H. (69) 21 Co-expression of c-Jun and ATF-2 charac- Knowles, R., Koo, E., Kang, D., Shen, J., Hong, J.-S., see Feng, Z. (69) 144 terizes the surviving retinal ganglion cells Lu, F.M., Lux, S.E., Tonegawa, S. and Honma, Y., Kanazawa, K.-y., Mori, T., Tanno, which maintain axonal connections after Hyman, B.T. Y., Tojo, M., Kiyosawa, H., Takeda, J., partial optic nerve injury (69) 232 The Alzheimer-related gene presenilin | fa- Nikaido, T., Tsukamoto, T., Yokoya, S. and cilitates notch | in primary mammalian neu- Wanaka, A. Labarca, R., see Vecchiola, A. (69) | rons (69) 273 Identification of a novel gene, OASIS, which Lammers, C.-H., D’Souza, U.M., Qin, Z.-H., Bien, A., see Kreutz, M.R. (69) 232 encodes for a putative CREB/ATF family Lee, S.-H., Yajima, S. and Mouradian, M.M. Billings, L.M., see Schuller, J.J. (69) 149 transcription factor in the long-term cul- Regulation of striatal dopamine receptors by Bing, G., see Feng, Z. (69) 144 tured astrocytes and gliotic tissue (69) 93 corticosterone: an in vivo and in vitro study Bockers, T.M., see Kreutz, M.R. (69) 232 Hu, X., Cao, S., Loh, H.H. and Wei, L.-N. (69) 281 Brown, L.A., see Poulter, M.O. (69) 44 Promoter activity of mouse kK opioid recep- Law, P.Y., see Ko, J.L. (69) 171 Lawrence, A.J., see Sweerts, B.W. (69) 113 Bustos, G., see Vecchiola, A. (69) | tor gene in transgenic mouse (69) 35 Lee, S.-H., see Lammers, C.-H. (69) 281 Hudson, P., see Feng, Z. (69) 144 Lee, W.H., see Baecker, P.A. (69) 209 Canals, J.M., Checa, N., Marco, S., Michels, Hyman, B.T., see Berezovska, O. (69) 273 Leng, N., Gu, G., Simerly, R.B. and Spindel, A., Pérez-Navarro, E. and Alberch, J. E.R. The neurotrophin receptors trk A, trkB and Inoue, M., Yamada, T. and Ueda, H. Molecular cloning and characterization of irkC are differentially regulated after excito- Low dose of kyotorphin (tyrosine—arginine) two putative G protein-coupled receptors toxic lesion in rat striatum (69) 242 induces nociceptive responses through a which are highly expressed in the central Cao, S., see Hu, X. (69) 35 substance P release from nociceptor endings nervous system (69) 73 Chang, R.C.C., see Feng, Z. (69) 144 (69) 302 Levavasseur, F., Zhu, Q. and Julien, J.-P. Checa, N., see Canals, J.M. (69) 242 Ishii, T., see Nakaso, K. (69) 155 No requirement of a-internexin for nervous Ciani, E., Hoffmann, A., Schmidt, P., Journot, system development and for radial growth L. and Spengler, D. Jarrott, B., see Sweerts, B.W. (69) 113 of axons (69) 104 Induction of the PACI-R (PACAP-type I Jin, L., see Feng, Z. (69) 144 Liu, X.-H., see Yang, G.-Y. (69) 135 receptor) gene by p53 and Zac (69) 290 Jin, M.-h., see Miyasaka, N. (69) 62 Loh, H.H., see Hu, X. (69) 35 Collyer, P., see Vecchiola, A. (69) | Johnson, H., Hékfelt, T. and Ulfhake, B. Loh, H.H., see Ko, J.L. (69) 171 Expression of p75‘'®, trkB and trkC in Lorris Betz, A., see Yang, G.-Y. (69) 135 Dragunow, M., see Woodgate, A. (69) 84 nonmanipulated and axotomized motoneu- Lu, F.M., see Berezovska, O. (69) 273 D’Souza, U.M., see Lammers, C.-H. (69) 281 rons of aged rats (69) 21 Luna, J., see Martinez-Fong, D. (69) 249 Johnson, R.M., see Baecker, P.A. (69) 209 Lux, S.E., see Berezovska, O. (69) 273 Eglen, R.M., see Baecker, P.A. (69) 209 Jones, A.L., see Wilkinson, F.L. (69) 10 Elde, R., see Ko, J.L. (69) 171 Journot, L., see Ciani, E. (69) 290 MacGibbon, G., see Woodgate, A. (69) 84 Enikolopov, G., see Nishizaki, T. (69) 263 Julien, J.-P., see Levavasseur, F. (69) 104 Magendzo, K., see Vecchiola, A. (69) | MOLECULAR BRAIN RESEARCH EVIER Molecular Brain Research 69 (1999) 306-307 Author Index Abel, T.W. and Rance, N.E. Feng, Z., Chang, R.C.C., Bing, G., Hudson, P., Kanazawa, K.-y., see Honma, Y. (69) 93 Proopiomelanocortin gene expression is de- Tiao, N., Jin, L. and Hong, J.-S. Kang, D., see Berezovska, O. (69) 273 creased in the infundibular nucleus of post- Long-term increase of Sp-1 transcription Kawakami, H., see Miyachi, T. (69) 223 menopausal women (69) 202 factors in the hippocampus after kainic acid Kelley, M.R., see Zhou, F.C. (69) 186 Akira, S., see Yukawa, K. (69) 124 treatment (69) 144 Kiessling, M., see Sommer, C. (69) 53 Alberch, J., see Canals, J.M. (69) 242 Figueroa, R., see Vecchiola, A. (69) | Kimura, K., see Nakaso, K. (69) 155 Alvarez-Maya, I., see Martinez-Fong, D. (69) Frosch, M., see Berezovska, O. (69) 273 Kitamura, T., see Miyachi, T. (69) 223 249 Kitayama, M., see Nakaso, K. (69) 155 Arias-Montano, J.-A.. see Martinez-Fong, D. Goebel, D.J. and Poosch, M.S. Kiyosawa, H., see Honma, Y. (69) 93 (69) 249 NMDA receptor subunit gene expression in Knowles, R., see Berezovska, O. (69) 273 Arimatsu, Y., see Miyasaka, N. (69) 62 the rat brain: a quantitative analysis of en- Ko, J.L., Arvidsson, U., Williams, F.G., Law, Arvidsson, U., see Ko, J.L. (69) 171 dogenous mRNA levels of NR1¢,,,, NR2A, P.Y., Elde, R. and Loh, H.H. NR2B, NR2C, NR2D and NR3A (69) 164 Visualization of time-dependent redistribu- Baecker, P.A., Lee, W.H., Verity, A.N., Eglen, Gong, C., see Yang, G.-Y. (69) 135 tion of 8-opioid receptors in neuronal cells R.M. and Johnson, R.M. Gu, G., see Leng, N. (69) 73 during prolonged agonist exposure (69) 171 Characterization of a promoter for the hu- Koo, E., see Berezovska, O. (69) 273 man glial cell line-derived neurotrophic fac- Harper, P.S., see Wilkinson, F.L. (69) 10 Kreutz, M.R., Bien, A., Vorwerk, C.K., Bock- tor gene (69) 209 Hatanaka, Y., see Miyasaka, N. (69) 62 ers, T.M., Seidenbecher, C.I., Tischmeyer, Bannai, S., see Nakaso, K. (69) 155 Hoffmann, A., see Ciani, E. (69) 290 W. and Sabel, B.A. Berezovska, O., Frosch, M., McLean, P., Hokfelt, T., see Johnson, H. (69) 21 Co-expression of c-Jun and ATF-2 charac- Knowles, R., Koo, E., Kang, D., Shen, J., Hong, J.-S., see Feng, Z. (69) 144 terizes the surviving retinal ganglion cells Lu, F.M., Lux, S.E., Tonegawa, S. and Honma, Y., Kanazawa, K.-y., Mori, T., Tanno, which maintain axonal connections after Hyman, B.T. Y., Tojo, M., Kiyosawa, H., Takeda, J., partial optic nerve injury (69) 232 The Alzheimer-related gene presenilin | fa- Nikaido, T., Tsukamoto, T., Yokoya, S. and cilitates notch | in primary mammalian neu- Wanaka, A. Labarca, R., see Vecchiola, A. (69) | rons (69) 273 Identification of a novel gene, OASIS, which Lammers, C.-H., D’Souza, U.M., Qin, Z.-H., Bien, A., see Kreutz, M.R. (69) 232 encodes for a putative CREB/ATF family Lee, S.-H., Yajima, S. and Mouradian, M.M. Billings, L.M., see Schuller, J.J. (69) 149 transcription factor in the long-term cul- Regulation of striatal dopamine receptors by Bing, G., see Feng, Z. (69) 144 tured astrocytes and gliotic tissue (69) 93 corticosterone: an in vivo and in vitro study Bockers, T.M., see Kreutz, M.R. (69) 232 Hu, X., Cao, S., Loh, H.H. and Wei, L.-N. (69) 281 Brown, L.A., see Poulter, M.O. (69) 44 Promoter activity of mouse kK opioid recep- Law, P.Y., see Ko, J.L. (69) 171 Lawrence, A.J., see Sweerts, B.W. (69) 113 Bustos, G., see Vecchiola, A. (69) | tor gene in transgenic mouse (69) 35 Lee, S.-H., see Lammers, C.-H. (69) 281 Hudson, P., see Feng, Z. (69) 144 Lee, W.H., see Baecker, P.A. (69) 209 Canals, J.M., Checa, N., Marco, S., Michels, Hyman, B.T., see Berezovska, O. (69) 273 Leng, N., Gu, G., Simerly, R.B. and Spindel, A., Pérez-Navarro, E. and Alberch, J. E.R. The neurotrophin receptors trk A, trkB and Inoue, M., Yamada, T. and Ueda, H. Molecular cloning and characterization of irkC are differentially regulated after excito- Low dose of kyotorphin (tyrosine—arginine) two putative G protein-coupled receptors toxic lesion in rat striatum (69) 242 induces nociceptive responses through a which are highly expressed in the central Cao, S., see Hu, X. (69) 35 substance P release from nociceptor endings nervous system (69) 73 Chang, R.C.C., see Feng, Z. (69) 144 (69) 302 Levavasseur, F., Zhu, Q. and Julien, J.-P. Checa, N., see Canals, J.M. (69) 242 Ishii, T., see Nakaso, K. (69) 155 No requirement of a-internexin for nervous Ciani, E., Hoffmann, A., Schmidt, P., Journot, system development and for radial growth L. and Spengler, D. Jarrott, B., see Sweerts, B.W. (69) 113 of axons (69) 104 Induction of the PACI-R (PACAP-type I Jin, L., see Feng, Z. (69) 144 Liu, X.-H., see Yang, G.-Y. (69) 135 receptor) gene by p53 and Zac (69) 290 Jin, M.-h., see Miyasaka, N. (69) 62 Loh, H.H., see Hu, X. (69) 35 Collyer, P., see Vecchiola, A. (69) | Johnson, H., Hékfelt, T. and Ulfhake, B. Loh, H.H., see Ko, J.L. (69) 171 Expression of p75‘'®, trkB and trkC in Lorris Betz, A., see Yang, G.-Y. (69) 135 Dragunow, M., see Woodgate, A. (69) 84 nonmanipulated and axotomized motoneu- Lu, F.M., see Berezovska, O. (69) 273 D’Souza, U.M., see Lammers, C.-H. (69) 281 rons of aged rats (69) 21 Luna, J., see Martinez-Fong, D. (69) 249 Johnson, R.M., see Baecker, P.A. (69) 209 Lux, S.E., see Berezovska, O. (69) 273 Eglen, R.M., see Baecker, P.A. (69) 209 Jones, A.L., see Wilkinson, F.L. (69) 10 Elde, R., see Ko, J.L. (69) 171 Journot, L., see Ciani, E. (69) 290 MacGibbon, G., see Woodgate, A. (69) 84 Enikolopov, G., see Nishizaki, T. (69) 263 Julien, J.-P., see Levavasseur, F. (69) 104 Magendzo, K., see Vecchiola, A. (69) | Author Index Manilal, S.B., see Wilkinson, F.L. (69) 10 Patel, T.D., see Zhou, F.C. (69) 186 Ueda, H., see Inoue, M. (69) 302 Marco, S., see Canals, J.M. (69) 242 Pérez-Navarro, E., see Canals, J.M. (69) 242 Ulfhake, B., see Johnson, H. (69) 21 Marshall, J.F., see Schuller, J.J. (69) 149 Pierce Palmer, P., see Pietruck, C. (69) 286 Martinez-Fong, D., Navarro-Quiroga, I., Ochoa, Pietruck, C., Xie, G.-X., Sharma, M., Meuser, I., Alvarez-Maya, I., Meraz, M.A., Luna, J. T. and Pierce Palmer, P. Vecchiola, A., Collyer, P., Figueroa, R. and Arias-Montaiio, J.-A. Multiple splice patterns of cyclic AMP re- Labarca, R., Bustos, G. and Magendzo, K. Neurotensin-SPDP-poly-L-lysine conjugate: sponse element-binding protein mRNA in Differential regulation of -opioid receptor a nonviral vector for targeted gene delivery the central nervous system of the rat (69) mRNA in the nucleus accumbens shell and to neural cells (69) 249 286 core accompanying amphetamine behav- Maruyama, H., see Miyachi, T. (69) 223 Poosch, M.S., see Goebel, D.J. (69) 164 ioral sensitization (69) | Matsuoka, T., see Nishizaki, T. (69) 263 Poulter, M.O. and Brown, L.A. Verity, A.N., see Baecker, P.A. (69) 209 Matsuoka, T., see Nishizaki, T. (69) 295 Transient expression of GABA, receptor Vorwerk, C.K., see Kreutz, M.R. (69) 232 McLean, P., see Berezovska, O. (69) 273 subunit mRNAs in the cellular processes of Meraz, M.A., see Martinez-Fong, D. (69) 249 cultured cortical neurons and glia (69) 44 Meuser, T., see Pietruck, C. (69) 286 Walton, M., see Woodgate, A. (69) 84 Michels, A., see Canals, J.M. (69) 242 Qin, Z., see Yang, G.-Y. (69) 135 Wanaka, A., see Honma, Y. (69) 93 Miyachi, T., Maruyama, H., Kitamura, T., Qin, Z.-H., see Lammers, C.-H. (69) 281 Wei, L.-N., see Hu, X. (69) 35 Nakamura, S. and Kawakami, H. Wilkinson, F.L., Thi Man, N., Manilal, S.B.. Structure and regulation of the human Neu- Rance, N.E., see Abel, T.W. (69) 202 Thomas, P., Neal, J.W., Harper, P.S., Jones, roD (BETA2/BHF1) gene (69) 223 A.L. and Morris, G.E. Miyasaka, N., Hatanaka, Y., Jin, M.-h. and Arimatsu, Y. Sabel, B.A., see Kreutz, M.R. (69) 232 Localization of rabbit huntingtin using a Genomic organization and regulatory ele- Sabel, M., see Sommer, C. (69) 53 new panel of monoclonal antibodies (69) 10 ments of the rat latexin gene, which is SSacuhtmtiedrt, , J.,P .,s ees eeS oCmiamneir,, E.C .( 6(96)9 )2 9503 WWiololdigaamtse, , F.AG..,, MsaeceG iKbob,o nJ,.L . G.(,6 9)W al1t7o1n , M. and expressed in a cell type-specific manner in both central and peripheral nervous systems Schuller, J.J., Billings, L.M. and Marshall, J.F. Dragunow, M. (69) 62 Dopaminergic modulation of pallidal pre- The toxicity of 6-hydroxydopamine on PC 12 Mori. T., see Honma, Y. (69) 93 proenkephalin mRNA (69) 149 and P19 cells (69) 84 Seidenbecher, C.I., see Kreutz, M.R. (69) 232 Morris, G.E., see Wilkinson, F.L. (69) 10 Mouradian, M.M., see Lammers, C.-H. (69) Sharma, M., see Pietruck, C. (69) 286 281 Shen, J., see Berezovska, O. (69) 273 Xie, G.-X., see Pietruck, C. (69) 286 Simerly, R.B., see Leng, N. (69) 73 Xu, Y., see Zhou, F.C. (69) 186 Nakamura, S., see Miyachi, T. (69) 223 Sommer, C., Sabel, M., Oertel, W.H., Kiessling, Nakashima, K., see Nakaso, K. (69) 155 M. and Sautter, J. Nakaso, K., Kitayama, M., Ishii, T., Bannai, S., Temporo-spatial expression of bFGF and Yajima, S., see Lammers, C.-H. (69) 281 Yanagawa, T., Kimura, K., Nakashima, K., TGFB2 in embryonic dopaminergic grafts Yamada, K., see Nakaso, K. (69) 155 Ohama, E. and Yamada, K. in a rat model of Parkinson’s disease (69) Yamada, T., see Inoue, M. (69) 302 Effects of kainate-mediated excitotoxicity 53 Yanagawa, T., see Nakaso, K. (69) 155 on the expression of rat counterparts of Spengler, D., see Ciani, E. (69) 290 Yang, G.-Y., Gong, C., Qin, Z., Liu, X.-H. and A170 and MSP23 stress proteins in the Spindel, E.R., see Leng, N. (69) 73 Lorris Betz, A. brain (69) 155 Sumikawa, K., see Nishizaki, T. (69) 263 Tumor necrosis factor alpha expression pro- Navarro-Quiroga, I., see Martinez-Fong, D. (69) Sumikawa, K., see Nishizaki, T. (69) 295 duces increased blood-brain barrier perme- 249 Swartz, D., see Zhou, F.C. (69) 186 ability following temporary focal cerebral Neal, J.W., see Wilkinson, F.L. (69) 10 Sweerts, B.W., Jarrott, B. and Lawrence, A.J. ischemia in mice (69) 135 Nikaido, T., see Honma, Y. (69) 93 Expression of preprogalanin mRNA follow- Yokoya, S., see Honma, Y. (69) 93 Nishizaki, T., Matsuoka, T. and Sumikawa, K. ing acute and chronic restraint stress in Yukawa, K., Tanaka, T., Tsuji, S. and Akira, S. Positive- and negative-regulation of Ca** brains of normotensive and hypertensive rats Regulation of transcription factor C/ATF entry through ACh receptor channels by (69) 113 by the cAMP signal activation in hippocam- phosphorylation (69) 295 pal neurons, and molecular interaction of Nishizaki, T., Nomura, T., Matsuoka, T., Takeda, J., see Honma, Y. (69) 93 C/ATF with signal integrator CBP /p300 Enikolopov, G. and Sumikawa, K. Tanaka, T., see Yukawa, K. (69) 124 (69) 124 Arachidonic acid induces a long-lasting fa- Tanno, Y., see Honma, Y. (69) 93 cilitation of hippocampal synaptic transmis- Thi Man, N., see Wilkinson, F.L. (69) 10 sion by modulating PKC activity and nico- Thomas, P., see Wilkinson, F.L. (69) 10 Zhou, F.C., Patel, T.D., Swartz, D., Xu, Y. and tinic ACh receptors (69) 263 Tiao, N., see Feng, Z. (69) 144 Kelley, M.R. Nomura, T., see Nishizaki, T. (69) 263 Tischmeyer, W., see Kreutz, M.R. (69) 232 Production and characterization of an anti- Tojo, M., see Honma, Y. (69) 93 serotonin 1A receptor antibody which de- Ochoa, I., see Martinez-Fong, D. (69) 249 Tonegawa, S., see Berezovska, O. (69) 273 tects functional 5-HT,, binding sites (69) Oertel, W.H., see Sommer, C. (69) 53 Tsuji, S., see Yukawa, K. (69) 124 186 Ohama, E., see Nakaso, K. (69) 155 Tsukamoto, T., see Honma, Y. (69) 93 Zhu, Q.. see Levavasseur, F. (69) 104