Table Of Content

COGNITIVE BRAIN RESEARCH Cognitive Brain Research 5 (1997) 335-336 Author Index Akamatsu, M., see Hasbroucgq, T. (5) 185 Hauser, E., see Seidl, R. (5) 301 Kutas, M., see Miiller, H.M. (5) 193 Amorim, M.-A. and Stucchi, N. Hikosaka, O., Miyauchi, S. and Shimojo, S. Kyuhou, S., see Sasaki, K. (5) 165 Viewer- and object-centered mental explo- Orienting of spatial attention — its reflexive, rations of an imagined environment are not compensatory, and voluntary mechanisms Laine, M., see Krause, C.M. (5) 295 equivalent (5) 229 (5) 1 Lang, A.H., see Krause, C.M. (5) 295 Hoshiyama, M., see Kakigi, R. (5) 241 Ledden, P.J., see Kanwisher, N. (5) 55 Bernert, G., see Seidl, R. (5) 301 Lefébre, C., see Verleger, R. (5) 205 Bonnet, M., Decety, J., Jeannerod, M. and Re- Ihara, T., see Miyashita, Y. (5) 81 Lindner, M.D., Plone, M.A., Schallert, T. and quin, J. Ivanenko, Yu.P. and Grasso, R. Emerich, D.F. Mental simulation of an action modulates Integration of somatosensory and vestibular Blind rats are not profoundly impaired in the excitability of spinal reflex pathways in inputs in perceiving the direction of passive the reference memory Morris water maze man (5) 221 whole-body motion (5) 323 and cannot be clearly discriminated from Brunel, N. and Ninio, J. rats with cognitive deficits in the cued plat- Time to detect the difference between two form task (5) 329 images presented side by side (5) 273 Jeannerod, M., see Bonnet, M. (5) 221 Lubec, G., see Seidl, R. (5) 301 Joseph, J.P., see Procyk, E. (5) 131 Chun, M.M., see Kanwisher, N. (5) 55 Colby, C.L. and Duhamel, J.-R. Marx, M., see Seidl, R. (5) 301 Kakigi, R., Shimojo, M., Hoshiyama, M., Spatial representations for action in parietal Matsuzaki, R., see Sasaki, K. (5) 165 Koyama, S., Watanabe, S., Naka, D., cortex (5) 105 McDermott, J., see Kanwisher, N. (5) 55 Suzuki, H. and Nakamura, A. Crowe, S.F., see Summers, M.J. (5) 311 Miyashita, Y., Okuno, H., Tokuyama, W., Ihara, Effects of movement and movement im- T. and Nakajima, K.-i. agery on somatosensory evoked magnetic Decety, J., see Bonnet, M. (5) 221 Feedback signal from medial temporal lobe fields following posterior tibial nerve stimu- Dolan, R., see Frith, C. (5) 175 mediates visual associative mnemonic codes lation (5S) 241 Doty, R.W. and Savakis, A.E. of inferotemporal neurons (5) 81 Kaneko, H., see Hasbroucq, T. (5) 185 Commonality of processes underlying vi- Miyauchi, S., see Hikosaka, O. (5) 1 Kanwisher, N., Chun, M.M., McDermott, J. and sual and verbal recognition memory (5) 283 Mori, E., see Yamadori, A. (5) 49 Ledden, P.J. Duhamel, J.-R., see Colby, C.L. (5) 105 Morita, M. Functional imaging of human visual recog- Computational study on the neural mecha- nition (5) 55 Emerich, D.F., see Lindner, M.D. (5) 329 nism of sequential pattern memory (5) 137 Karni, A. Miller, H.M., King, J.W. and Kutas, M. Freilinger, M., see Seidl, R. (5) 301 The acquisition of perceptual and motor Event-related potentials elicited by spoken Friedman, D., see Kazmerski, V.A. (5) 255 skills: a memory system in the adult human relative clauses (5) 193 cortex (5) 39 Frith, C. and Dolan, R. Murakami, I., see Komatsu, H. (5) 97 The role of the prefrontal cortex in higher Kazmerski, V.A. and Friedman, D. Mushiake, H., see Tanji, J. (5) 117 cognitive functions (5) 175 Old/new differences in direct and indirect memory tests using pictures and words in Gaffan, D. within- and cross-form conditions: event-re- Naka, D., see Kakigi, R. (5) 241 Associative and perceptual learning and the lated potential and behavioral measures (5) Nakajima, K.-i., see Miyashita, Y. (5) 81 concept of memory systems (5) 69 255 Nakamura, A., see Kakigi, R. (5) 241 Gemba, H., see Sasaki, K. (5) 165 King, J.W., see Miiller, H.M. (5) 193 Nambu, A., see Sasaki, K. (5) 165 Gettner, S.N., see Olson, C.R. (5) 147 Kinoshita, M., see Komatsu, H. (5) 97 Ng, K.T., see Summers, M.J. (5) 311 Gopher, D. Komatsu, H., Murakami, I. and Kinoshita, M. Ninio, J., see Brunel, N. (5) 273 Attention control: explorations of the work Surface representation in the visual system of an executive controller (5) 23 (5) 97 Grasso, R., see Ivanenko, Yu.P. (5) 323 Kémpf, D., see Verleger, R. (5) 205 Ohmi, M. Koyama, S., see Kakigi, R. (5) 241 Egocentric perception through interaction among many sensory systems (5) 87 Hasbroucq, T., Kaneko, H., Akamatsu, M. and Krause, C.M., Porn, B., Lang, A.H. and Laine, M. Okuno, H., see Miyashita, Y. (5) 81 Possamai, C.-A. Preparatory inhibition of cortico-spinal ex- Relative alpha desynchronization and syn- Olson, C.R. and Gettner, S.N. chronization during speech perception (5) Representation of object-centered space in citability: a transcranial magnetic stimula- tion study in man (5) 185 295 the primate frontal lobe (5) 147 336 Author Index Pellizzer, G. Auditory evoked potentials in young pa- Multiple cortical motor areas and temporal Mental transformations in the motor cortex tients with Down syndrome. Event-related sequencing of movements (5) 117 (5) 123 potentials (P3) and histaminergic system (5) Tokuyama, W., see Miyashita, Y. (5) 81 Plone, M.A., see Lindner, M.D. (5) 329 301 Tsujimoto, T., see Sasaki, K. (5) 165 Porn, B., see Krause, C.M. (5) 295 Shima, K., see Tanji, J. (5) 117 Possamai, C.-A., see Hasbroucgq, T. (5) 185 Shimojo, M., see Kakigi, R. (5) 241 Verleger, R., Lefébre, C., Wieschemeyer, R. Procyk, E. and Joseph, J.P. Shimojo, S., Tanaka, Y. and Watanabe, K. Spatial reasoning in the monkey (5) 131 Stimulus-driven facilitation and inhibition and Kémpf, D. of visual information processing in environ- Event-related potentials suggest slowing of Requin, J., see Bonnet, M. (5) 221 mental and retinotopic representations of brain processes in generalized epilepsy and space (5) 11 alterations of visual processing in patients Shimojo, S., see Hikosaka, O. (5) 1 with partial seizures (5) 205 Sasaki, K., Nambu, A., Tsujimoto, T., Mat- Stucchi, N., see Amorim, M.-A. (5) 229 suzaki, R., Kyuhou, S. and Gemba, H. Studies on integrative functions of the hu- Summers, M.J., Crowe, S.F. and Ng, K.T. Watanabe, K., see Shimojo, S. (5) 11 man frontal association cortex with MEG Administration of DL-2-amino-5-phosphono- (5) 165 valeric acid (AP5) induces transient inhibi- Watanabe, S., see Kakigi, R. (5) 241 Savakis, A.E., see Doty, R.W. (5) 283 tion of reminder-activated memory retrieval Wieschemeyer, R., see Verleger, R. (5) 205 in day-old chicks (5) 311 Sawaguchi, T. Functional modular organization of the pri- Suzuki, H., see Kakigi, R. (5) 241 Yamadori, A., Yoshida, T., Mori, E. and Ya- mate prefrontal cortex for representing mashita, H. working memory process (5) 157 Schallert, T., see Lindner, M.D. (5) 329 Neurological basis of skill learning (5) 49 Tanaka, Y., see Shimojo, S. (5) 11 Yamashita, H., see Yamadori, A. (5) 49 Seidl, R., Hauser, E., Bernert, G., Marx, M., Freilinger, M. and Lubec, G. Tanji, J., Shima, K. and Mushiake, H. Yoshida, T., see Yamadori, A. (5) 49