Table Of Content

BRAIN RESEARCH REVIEWS ELSEVIER Brain Research Reviews 28 (1998) 49] Author Index Amblard, B., see Massion, J. (28) 83 Glasauer, S. and Mittelstaedt, H tion perception under terrestrial and micro Anken, R.H., Ibsch, M. and Rahmann, H Perception of spatial orientation in micro gravity conditions—a conceptual model (28) Neurobiology of fish under altered gravity gravity (28) 185 118 conditions (28) 9 Graille, C., Shlyck, G., Buser, P., Kozlovskaia, Mittelstaedt, H see Glasauer, S. (28) 185 \ssaiante, C., see Massion, J. (28) 83 I. and Rougeul-Buser, A Molyneaux, B.J., see I angford, G.M. (28) | In-flight electrocorticograms compared to Mouchnino, I . see Massion, J. (28) 83 Berridge, K.C. and Robinson, T.E ground controls in behaving monkeys: dif What is the role of dopamine in reward ferences in attentional states? (28) 52 Paloski, W.H., see Reschke, M.F. (28) 102 hedonic impact, reward learning, or incen Gualandris-Parisot, L., see Duprat, A.-M. (28) Papaxanthis, ¢ . see Pozzo, T. (28) g? tive salience? (28) 309 19 Pozzo, T., Papaxanthis, C Stapley, P. and Berthoz, A., see McIntyre, J. (28) 143 Berthoz, A Harm, D.L., see Reschke, M.F. (28) 102 Berthoz, A., see Pozzo, T. (28) 92 rhe sensorimotor and cognitive integration Herdegen, T. and Leah, J.D Bloomberg, J.J.. see Reschke, M.F. (28) 102 of gravity (28) 92 Inducible and constitutive transcription fac Bock, O tors in the mammalian nervous system: con- Problems of sensorimotor coordination in Rahmann, H., see Anken, R.H. (28) 9 weightlessness (28) 155 trol of gene expression by Jun, Fos and Reiner, A., Medina, L. and Veenman, C.1 iser, P., see Graille, C. (28) 52 Krox, and CREB /ATF proteins (28) 370 Structural and functional evolution of the Husson, D., see Duprat, A.-M. (28) 19 basal ganglia in vertebrates (28) 235 Cazalets, J.-R., see Clarac, F. (28) 35 Ibsch, M., see Anken, R.H. (28) 9 Reschke, M.F., Bloomberg, J.J., Harm, D.1 Clarac, F., Vinay, L., Cazalets, J.-R., Fady Paloski, W.H., Layne, C. and McDonald, V J.-C. and Jamon, M Jamon, M., see Clarac, F. (2 Posture, locomotion, spatial orientation, and Role of gravity in the development of pos motion sickness as a function of space flight ture and locomotion in the neonatal rat (28) Kerman, I.A., see Yates, B.J. (28) 73 (28) 102 35 Kozlovskaia, I., see Graille, C. (28) 52 Robinson, T.E., see Berridge, K.C. (28) 309 larke, A.H ackner, J.R. and DiZio, P Rosemeier, T., see Mergner, T. (28) 118 Vestibulo-oculomotor research and mea Adaptation in a rotating artificial gravity Ross, M.D. and Tomko, D.I surement technology for the space station environment (28) 194 Effect of gravity on vestibular neural devel era (28) 173 aacquaniti, F., see McIntyre, J. (28) 143 opment (28) 44 Clément, G angford, G.M. and Molyneaux, B.J Rougeul-Buser, A., see Graille, C. (28) 52 Alteration of eye movements and motion Myosin V in the brain: mutations lead to perception in microgravity (28) 161 neurological defects (28) | Shlyck, G., see Graille, C. (28) 52 orreia, M.J Layne, C., see Reschke, M.F. (28) 102 Somody, L.., see Fortrat, J.-O. (28) 66 Neuronal plasticity: adaptation and readap Leah, J.D., see Herdegen, T. (28) 370 Stapley, P., see Pozzo, T. (28) 92 tation to the environment of space (28) 61 Leone, G The effect of gravity on human recognition Deschénes, M., Veinante, P. and Zhang, Z.-W Tomko, D.L., see Ross, M.D. (28) 44 of disoriented objects (28) 203 rhe organization of corticothalamic projec tions: reciprocity versus parity (28) 286 Lorenz, B., see Manzey, D. (28) 215 Van Bolhuis, B.M., see Gielen, C.C.A.M. (28) DiZio, P., see Lackner, J.R. (28) 194 Manzey, D. and Lorenz, B 136 Duprat, A.-M., Husson, D. and Gualandris Mental performance during short-term and Veenman, C.L., see Reiner, A. (28) 235 Parisot, I long-term spaceflight (28) 215 Veinante, P.. see Deschénes, M. (28) 286 Vernazza, S., see Massion, J. (28) 83 Does gravity influence the early stages of Massion, J., Amblard, B., Assaiante, C.., Vinay, L., see Clarac, F. (28) 35 the development of the nervous system in Mouchnino, L. and Vernazza, S an amphibian? (28) 19 Body orientation and control of coordinated movements in microgravity (28) 83 Walton, K Fady, J.-C., see Clarac, F. (28) 35 McDonald, V., see Reschke, M.F. (28) 102 Postnatal development under conditions of Fortrat, J.-O., Somody, L. and Gharib, C Mcintyre, J., Berthoz, A. and Lacquaniti, F simulated weightlessness and space flight Autonomic control of cardiovascular dy Reference frames and internal models for (28) 25 namics during weightlessness (28) 66 visuo-manual coordination: what can we learn from microgravity experiments? (28) Yates, B.J. and Kerman, LA Gharib, C., see Fortrat, J.-O. (28) 66 143 Post-spaceflight orthostatic intolerance: pos Gielen, C.C.A.M. and Van Bolhuis, B.M Medina, L., see Reiner, A. (28) 235 sible relationship to microgravity-induced lask-dependent reduction of the number of Mergner, T. and Rosemeier, T plasticity in the vestibular system (28) 73 degrees of freedom in sensorimotor systems Interaction of vestibular, somatosensory and (28) 136 visual signals for postural control and mo- Zhang, Z.-W., see Deschénes, M. (28) 286