Table Of Content

BRAIN RESEARCH i, REVIEWS ELSEVIER Brain Research Reviews 40 (2002) 328-329 eS www.elsevier.com/locate/brainresrev Author index Alaburda, A., see Perrier, J.-F. (40) 223 locomotion in the cat (40) 178 Krieger, P.. see El Manira, A. (40) 9 Aldskogius, H. and Kozlova, E.N. Kubasak, M.D., see de Leon, R.D. (40) 267 Strategies for repair of the Edgerton, V.R., see De Leon, R.D. (40) 267 deafferented spinal cord (40) 301 El Manira, A., Kettunen, P.. Hess, D. and Ladouceur, M., see Barbeau, H. (40) 274 Arvanian, V.L., see Mendell, L.M. (40) 230 Krieger, P. Langlet, C., see Rossignol, S. (40) 257 Metabotropic glutamate receptors Le Bars, D. Barbeau, H., Ladouceur, M., Mirbagheri, provide intrinsic modulation of the The whole body receptive field of M.M. and Kearney, R.E. lamprey locomotor network (40) 9 dorsal horn multireceptive neurones The effect of locomotor training (40) 29 combined with functional electrical Fetz, E.E., Perlmutter, S.1.. Prut, Y., Seki, K. Leblond, H., see Rossignol, §. (40) 257 stimulation in chronic spinal cord and Votaw, S. Lebret, J.M., see Butt, $.J.B. (40) 107 injured subjects: walking and reflex Roles of primate spinal interneurons Li, Y.. see Keyvan-Fouladi, N. (40) 325 studies (40) 274 in preparation and execution of Linda, H., see Cullheim, S. (40) 309 Barthélemy, D., see Rossignol, S. (40) 257 voluntary hand movement (40) 53 Liu, Y., see Murray, M. (40) 292 Fischer, H., see Sillar, K.T. (40) 130 Binder, M.D. Fischer, L., see Murray, M. (40) 292 Integration of synaptic and intrinsic Malcangio, M., see Pezet, S. (40) 240 Fornal, C.A., see Jacobs, B.L. (40) 45 dendritic currents in cat spinal Martin-Cora, F.J., see Jacobs, B.L. (40) 45 motoneurons (40) | McLean, D.L., see Sillar, K.T. (40) 130 Bizzi, E.. see Tresch, M.C. (40) 66 Garwicz, M. McMahon, S.B., see Pezet, S. (40) 240 Spinal reflexes provide motor error Bonnot, A., Whelan, P.J.. Mentis, G.Z. and Mendell, L.M. and Arvanian, V.L. signals to cerebellar modules— O'Donovan, M.J. relevance for motor coordination (40) Diversity of neurotrophin action in Locomotor-like activity generated by 152 the postnatal spinal cord (40) 230 the neonatal mouse spinal cord (40) Grillner, S. and Wallen, P. Mentis, G.Z., see Bonnot, A. (40) 141 141 Cellular bases of a vertebrate Merrywest, S.D., see Sillar, K.T. (40) 130 Bouyer, L., see Rossignol, S. (40) 257 locomotor system — steering, Mirbagheri, M.M., see Barbeau, H. (40) 274 Brocard, F., see Vinay, L. (40) 118 intersegmental and segmental co- Mladinic, M. and Wintzer, M. Butt, S.J.B., Lebret, J.M. and Kiehn, O. ordination and sensory control (40) Changes in mRNA content of Organization of left-right 92 developing opossum spinal cord at coordination in the mammalian stages when regeneration can and locomotor network (40) 107 Hammar, I., see Jankowska, E. (40) 19 cannot occur after injury (40) 317 Hammarberg, H., see Cullheim, S. (40) 309 Murray, M., Kim, D., Liu, Y., Tobias, C., Carlstedt, T., see Cullheim, S. (40) 309 Hess, D., see El Manira, A. (40) 9 Tessler, A. and Fischer, 1. Clarac, F., see Vinay, L. (40) 118 Hounsgaard, J.. see Perrier, J.-F. (40) 223 Transplantation of genetically Cullheim, S., Wallquist, W., Hammarberg, H.. modified cells contributes to repair Linda, H., Piehl, F., Carlstedt, T. and Jacobs, B.L., Martin-Cora, F.J. and Fornal, and recovery from spinal injury (40) Risling, M. CA. 292 Properties of motoneurons underlying Activity of medullary serotonergic their regenerative capacity after axon neurons in freely moving animals Nielsen, J.B. lesions in the ventral funiculus or at (40) 45 Motoneuronal drive during human the surface of the spinal cord (40) Jankowska, E. and Hammar, I. walking (40) 192 309 Spinal interneurones; how can studies Norreel, J.-C.. see Vinay, L. (40) 118 in animals contribute to the d’ Avella, A., see Tresch, M.C. (40) 66 understanding of spinal interneuronal O'Donovan, M.J., see Bonnot, A. (40) 141 De Leon, R.D., Kubasak, M.D., Phelps, P-E., systems in man? (40) 19 Orlovsky, G.N., see Deliagina, T.G. (40) 166 Timoszyk, W.K., Reinkensmeyer, D.J., Jiang, W., see Drew, T. (40) 178 Roy, R.R. and Edgerton, V.R. Pearlstein, E., see Vinay, L. (40) 118 Using robotics to teach the spinal Kearney, R.E., see Barbeau, H. (40) 274 Perlmutter, S.1., see Fetz, E.E. (40) 53 cord to walk (40) 267 Kettunen, P., see El Manira, A. (40) 9 Perrier, J.-F., Alaburda, A. and Hounsgaard, J. Deliagina, T.G., Zelenin, PV. and Orlovsky, Keyvan-Fouladi, N., Li, Y. and Raisman, G. Spinal plasticity mediated by GN. How do transplanted olfactory postsynaptic L-type Ca°” channels Encoding and decoding of ensheathing cells restore function? (40) 223 reticulospinal commands (40) 166 (40) 325 Pezet, S.. Malcangio, M. and McMahon, S.B. Drew, T., Jiang, W. and Widajewicz, W. Kiehn, O., see Butt, $.J.B. (40) 107 BDNF: a neuromodulator in Contributions of the motor cortex to Kim, D., see Murray, M. (40) 292 nociceptive pathways? (40) 240 the control of the hindlimbs during Kozlova, E.N., see Aldskogius, H. (40) 301 Pflieger, J.-F., see Vinay, L. (40) 118 0165-0173/02/$ — see front matter © 2002 Elsevier Science BV. All rights reserved. PII: $0165-0173(02)00253-9 BRAIN RESEARCH i, REVIEWS ELSEVIER Brain Research Reviews 40 (2002) 328-329 eS www.elsevier.com/locate/brainresrev Author index Alaburda, A., see Perrier, J.-F. (40) 223 locomotion in the cat (40) 178 Krieger, P.. see El Manira, A. (40) 9 Aldskogius, H. and Kozlova, E.N. Kubasak, M.D., see de Leon, R.D. (40) 267 Strategies for repair of the Edgerton, V.R., see De Leon, R.D. (40) 267 deafferented spinal cord (40) 301 El Manira, A., Kettunen, P.. Hess, D. and Ladouceur, M., see Barbeau, H. (40) 274 Arvanian, V.L., see Mendell, L.M. (40) 230 Krieger, P. Langlet, C., see Rossignol, S. (40) 257 Metabotropic glutamate receptors Le Bars, D. Barbeau, H., Ladouceur, M., Mirbagheri, provide intrinsic modulation of the The whole body receptive field of M.M. and Kearney, R.E. lamprey locomotor network (40) 9 dorsal horn multireceptive neurones The effect of locomotor training (40) 29 combined with functional electrical Fetz, E.E., Perlmutter, S.1.. Prut, Y., Seki, K. Leblond, H., see Rossignol, §. (40) 257 stimulation in chronic spinal cord and Votaw, S. Lebret, J.M., see Butt, $.J.B. (40) 107 injured subjects: walking and reflex Roles of primate spinal interneurons Li, Y.. see Keyvan-Fouladi, N. (40) 325 studies (40) 274 in preparation and execution of Linda, H., see Cullheim, S. (40) 309 Barthélemy, D., see Rossignol, S. (40) 257 voluntary hand movement (40) 53 Liu, Y., see Murray, M. (40) 292 Fischer, H., see Sillar, K.T. (40) 130 Binder, M.D. Fischer, L., see Murray, M. (40) 292 Integration of synaptic and intrinsic Malcangio, M., see Pezet, S. (40) 240 Fornal, C.A., see Jacobs, B.L. (40) 45 dendritic currents in cat spinal Martin-Cora, F.J., see Jacobs, B.L. (40) 45 motoneurons (40) | McLean, D.L., see Sillar, K.T. (40) 130 Bizzi, E.. see Tresch, M.C. (40) 66 Garwicz, M. McMahon, S.B., see Pezet, S. (40) 240 Spinal reflexes provide motor error Bonnot, A., Whelan, P.J.. Mentis, G.Z. and Mendell, L.M. and Arvanian, V.L. signals to cerebellar modules— O'Donovan, M.J. relevance for motor coordination (40) Diversity of neurotrophin action in Locomotor-like activity generated by 152 the postnatal spinal cord (40) 230 the neonatal mouse spinal cord (40) Grillner, S. and Wallen, P. Mentis, G.Z., see Bonnot, A. (40) 141 141 Cellular bases of a vertebrate Merrywest, S.D., see Sillar, K.T. (40) 130 Bouyer, L., see Rossignol, S. (40) 257 locomotor system — steering, Mirbagheri, M.M., see Barbeau, H. (40) 274 Brocard, F., see Vinay, L. (40) 118 intersegmental and segmental co- Mladinic, M. and Wintzer, M. Butt, S.J.B., Lebret, J.M. and Kiehn, O. ordination and sensory control (40) Changes in mRNA content of Organization of left-right 92 developing opossum spinal cord at coordination in the mammalian stages when regeneration can and locomotor network (40) 107 Hammar, I., see Jankowska, E. (40) 19 cannot occur after injury (40) 317 Hammarberg, H., see Cullheim, S. (40) 309 Murray, M., Kim, D., Liu, Y., Tobias, C., Carlstedt, T., see Cullheim, S. (40) 309 Hess, D., see El Manira, A. (40) 9 Tessler, A. and Fischer, 1. Clarac, F., see Vinay, L. (40) 118 Hounsgaard, J.. see Perrier, J.-F. (40) 223 Transplantation of genetically Cullheim, S., Wallquist, W., Hammarberg, H.. modified cells contributes to repair Linda, H., Piehl, F., Carlstedt, T. and Jacobs, B.L., Martin-Cora, F.J. and Fornal, and recovery from spinal injury (40) Risling, M. CA. 292 Properties of motoneurons underlying Activity of medullary serotonergic their regenerative capacity after axon neurons in freely moving animals Nielsen, J.B. lesions in the ventral funiculus or at (40) 45 Motoneuronal drive during human the surface of the spinal cord (40) Jankowska, E. and Hammar, I. walking (40) 192 309 Spinal interneurones; how can studies Norreel, J.-C.. see Vinay, L. (40) 118 in animals contribute to the d’ Avella, A., see Tresch, M.C. (40) 66 understanding of spinal interneuronal O'Donovan, M.J., see Bonnot, A. (40) 141 De Leon, R.D., Kubasak, M.D., Phelps, P-E., systems in man? (40) 19 Orlovsky, G.N., see Deliagina, T.G. (40) 166 Timoszyk, W.K., Reinkensmeyer, D.J., Jiang, W., see Drew, T. (40) 178 Roy, R.R. and Edgerton, V.R. Pearlstein, E., see Vinay, L. (40) 118 Using robotics to teach the spinal Kearney, R.E., see Barbeau, H. (40) 274 Perlmutter, S.1., see Fetz, E.E. (40) 53 cord to walk (40) 267 Kettunen, P., see El Manira, A. (40) 9 Perrier, J.-F., Alaburda, A. and Hounsgaard, J. Deliagina, T.G., Zelenin, PV. and Orlovsky, Keyvan-Fouladi, N., Li, Y. and Raisman, G. Spinal plasticity mediated by GN. How do transplanted olfactory postsynaptic L-type Ca°” channels Encoding and decoding of ensheathing cells restore function? (40) 223 reticulospinal commands (40) 166 (40) 325 Pezet, S.. Malcangio, M. and McMahon, S.B. Drew, T., Jiang, W. and Widajewicz, W. Kiehn, O., see Butt, $.J.B. (40) 107 BDNF: a neuromodulator in Contributions of the motor cortex to Kim, D., see Murray, M. (40) 292 nociceptive pathways? (40) 240 the control of the hindlimbs during Kozlova, E.N., see Aldskogius, H. (40) 301 Pflieger, J.-F., see Vinay, L. (40) 118 0165-0173/02/$ — see front matter © 2002 Elsevier Science BV. All rights reserved. PII: $0165-0173(02)00253-9 Author Index Phelps, P.E., see de Leon, R.D. (40) 267 Schouenborg, J. Vinay, L., Brocard, F., Clarac, F., Norreel, Piehl, F., see Cullheim, S. (40) 309 Modular organisation and spinal J.-C., Pearlstein, E. and Pflieger, J.-F. Prut, Y., see Fetz, E.E. (40) 53 somatosensory imprinting (40) 80 Development of posture and Seki, K., see Fetz, E.E. (40) 53 locomotion: an interplay of Raisman, G., see Keyvan-Fouladi, N. (40) Sillar, K.T., McLean, D.L., Fischer, H. and endogenously generated activities and 325 Merrywest, S.D. neurotrophic actions by descending Reinkensmeyer, D.J., see De Leon, R.D. (40) Fast inhibitory synapses: targets for pathways (40) 118 267 neuromodulation and development of Votaw, S., see Fetz, E.E. (40) 53 Risling, M., see Cullheim, S. (40) 309 vertebrate motor behaviour (40) 130 Rossignol, S., Bouyer, L., Barthélemy. D., Sjélund, B.H. Wallén, P.. see Grillner, S. (40) 92 Langlet, C. and Leblond, H. Pain and rehabilitation after spinal Wallquist, W., see Cullheim, S. (40) 309 Recovery of locomotion in the cat cord injury: the case of sensory Whelan, PJ., see Bonnot, A. (40) 141 following spinal cord lesions (40) 257 spasticity? (40) 250 Widajewicz, W., see Drew, T. (40) 178 Roy, R.R., see De Leon, R.D. (40) 267 Tessler, A.. see Murray, M. (40) 292 Willis, W.D. Ruscheweyh, R. and Sandkiihler, J. Timoszyk, W.K., see De Leon, R.D. (40) 267 Long-term potentiation in Role of kainate receptors in Tobias, C., see Murray, M. (40) 292 spinothalamic neurons (40) 202 nociception (40) 215 Tresch, M.C., Saltiel, P., d’Avella, A. and Wintzer, M., see Miadinic, M. (40) 317 Bizzi, E. Saltiel, P., see Tresch, M.C. (40) 66 Coordination and localization in Zelenin, PV., see Deliagina, T.G. (40) 166 Sandkiihler, J.. see Ruscheweyh, R. (40) 215 spinal motor systems (40) 66