COGNITIVE « BRAIN RESEARCH BATE . ELSEVIER Cognitive Brain Research 6 (1998) 361-362 Author Index Ashkenazi, I., see Reinberg, A. (6) 135 accompanying spontaneous reversals of the Kitamura, Y., see Nakamura, A. (6) 9 Ashkenazi, I.E., see Shub, Y. (6) 141 Necker cube (6) 335 Klimesch, W., Doppelmayr, M., Pachinger, T. Gangitano, M., see Gentilucci, M. (6) 185 and Russegger, H. Barraud, P.-A., see Stivalet, P. (6) 227 Gentilucci, M., Daprati, E. and Gangitano, M. Event-related desynchronization in the al- Bellemann, M.E., see Spitzer, M. (6) 309 Right-handers and left-handers have differ- pha band and the processing of semantic Belmonte, M. ent representations of their own hand (6) information (6) 83 Shifts of visual spatial attention modulate a 185 Klingberg, T. and Roland, P.E. steady-state visual evoked potential (6) 295 Gomes, H., Ritter, W., Tartter, V.C., Vaugh- Interference between two concurrent tasks Berndt, R.S., see Ruchkin, D.S. (6) 95 an Jr., H.G. and Rosen, J.J. is associated with activation of overlapping Bicakova-Rocher, A., see Reinberg, A. (6) 135 Lexical processing of visually and audito- fields in the cortex (6) | Blumhardt, L.D., see Pelosi, L. (6) 205 rily presented nouns and verbs: evidence Koyama, S., see Nakamura, A. (6) 9 Boussaoud, D., see Dominey, P.F. (6) 53 from reaction time and N400 priming data Koyama, S., see Xiang, J. (6) 73 Breier, J.I., see Simos, P.G. (6) 285 (6) 121 Kukleta, M. and Lamarche, M. Brix, G., see Spitzer, M. (6) 309 Gorceix, A., see Reinberg, A. (6) 135 The early component of the premovement Bruno, J.P., see Himmelheber, A.M. (6) 23 Grafman, J., see Ruchkin, D.S. (6) 95 readiness potential and its behavioral deter- Gross, M., see Penke, M. (6) 37 minants (6) 273 Canoune, H.L., see Ruchkin, D.S. (6) 95 Giickel, F., see Spitzer, M. (6) 309 Kuriki, S., Takeuchi, F. and Hirata, Y Clahsen, H., see Penke, M. (6) 37 Neural processing of words in the human Clifford, C.W.G., Freedman, J.N. and Vaina, Hayward, M., see Pelosi, L. (6) 205 extrastriate visual cortex (6) 193 L.M. Heidrich, A., see Fallgatter, A.J. (6) 67 First- and second-order motion perception Hewitt, S., see Deacon, D. (6) 219 in Gabor micropattern stimuli: psychophy- Hillyard, S.A., see Miiller, M.M. (6) 249 Lamarche, M., see Kukleta, M. (6) 273 sics and computational modelling (6) 263 Himmelheber, A.M., Sarter, M. and Bruno, J.P. Liu, Z. and Vaina, L.M. Operant performance and cortical acetyl- Simultaneous learning of motion discrimi- Daprati, E., see Gentilucci, M. (6) 185 choline release: role of response rate, re- nation in two directions (6) 347 Deacon, D., Hewitt, S. and Tamny, T. ward density, and non-contingent stimuli (6) Event-related potential indices of semantic 23 priming following an unrelated intervening Hirata, Y., see Kuriki, S. (6) 193 Mechkouri, M., see Reinberg, A. (6) 135 item (6) 219 Hoshiyama, M., see Nakamura, A. (6) 9 Meck, W.H. Dominey, P.F. and Boussaoud, D. Hoshiyama, M., see Xiang, J. (6) 73 Neuropharmacology of timing and time per- Encoding behavioral context in recurrent Huettel, S.A., see Sandstrom, N.J. (6) 351 ception. [Cognitive Brain Research 3 (1996) networks of the fronto-striatal system: a 227-242] (6) 233 simulation study (6) 53 Jancke, L., Peters, M., Schlaug, G., Posse, S., Minniti, A., see Proverbio, A.M. (6) 321 Dominey, P.F. Steinmetz, H. and Miiller-Gartner, H.-W. Moreno, Y., see Stivalet, P. (6) 227 A shared system for learning serial and Differential magnetic resonance signal Mueller, T.J., see Fallgatter, A.J. (6) 67 temporal structure of sensori-motor se- change in human sensorimotor cortex to Miiller-Gartner, H.-W., see Jancke, L. (6) 279 quences? Evidence from simulation and hu- finger movements of different rate of the Miller, M.M., Picton, T.W., Valdes-Sosa, P., man experiments (6) 163 dominant and subdominant hand (6) 279 Riera, J., Teder-Salejarvi, W.A. and Hill- Doppelmayr, M., see Klimesch, W. (6) 83 Jantzen, K.J., see Gaetz, M. (6) 335 yard, S.A. Johnson Jr., R., see Ruchkin, D.S. (6) 95 Effects of spatial selective attention on the Fallgatter, A.J., Roesler, M., Sitzmann, L., Hei- steady-state visual evoked potential in the drich, A., Mueller, T.J. and Strik, W.K. Kakigi, R., see Nakamura, A. (6) 9 20-28 Hz range (6) 249 Loss of functional hemispheric asymmetry Kakigi, R., see Xiang, J. (6) 73 Miinte, T.F., see Penke, M. (6) 37 in Alzheimer’s dementia assessed with Kammer, T., see Spitzer, M. (6) 309 near-infrared spectroscopy (6) 67 Kaneoke, Y., see Xiang, J. (6) 73 Francois, A., see Kiss, I. (6) 235 Kaufman, J., see Sandstrom, N.J. (6) 351 Naka, D., see Xiang, J. (6) 73 Freedman, J.N., see Clifford, C.W.G. (6) 263 Kischka, U., see Spitzer, M. (6) 309 Nakamura, A., Kakigi, R., Hoshiyama, M.., Kiss, IL, Pisio, C., Francois, A. and Koyama, S., Kitamura, Y. and Shimojo, M. Gaetz, M., Weinberg, H., Rzempoluck, E. and Schopflocher, D. Visual evoked cortical magnetic fields to Jantzen, K.J. Central executive function in working mem- pattern reversal stimulation (6) 9 Neural network classifications and correla- ory: event-related brain potential studies (6) Ng, K.T., see Whitechurch, R.A. (6) 115 tion analysis of EEG and MEG activity 235 Nouguier, J., see Reinberg, A. (6) 135 362 Author Index Pachinger, T., see Klimesch, W. (6) 83 Modality-specific processing streams in ver- Differences in visual search tasks between Papanicolaou, A.C., see Simos, P.G. (6) 285 bal working memory: evidence from congenitally deaf and normally hearing Paviovskaya, M., Sagi, D., Soroker, N. and spatio-temporal patterns of brain activity (6) adults (6) 227 Ring, H 95 Strik, W.K., see Fallgatter, A.J. (6) 67 Visual extinction and cortical connectivity Russegger, H., see Klimesch, W. (6) 83 Suzuki, H., see Xiang, J. (6) 73 in human vision (6) 159 Rzempoluck, E., see Gaetz, M. (6) 335 Pelosi, L., Hayward, M. and Blumhardt, L.D Takeuchi, F., see Kuriki, S. (6) 193 Which event-related potentials reflect mem Sagi, D., see Paviovskaya, M. (6) 159 Tamny, T., see Deacon, D. (6) 219 ory processing in a digit-probe identifica Sandstrom, N.J., Kaufman, J. and Huettel, S.A Tartter, V.C., see Gomes, H. (6) 121 tion task? (6) 205 Males and females use different distal cues Teder-Salejarvi, W.A., see Miiller, M.M. (6) Penke, M., W eyerts, H., Gross, M., Zander, E., in a virtual environment navigation task (6) 249 Miinte, T.F. and Clahsen, H 351 Touitou, Y., see Reinberg, A. (6) 135 How the brain processes complex words: an Sarter, M., see Himmelheber, A.M. (6) 23 Turchi, J. and Sarter, M. event-related potential study of German verb Sarter, M., see Turchi, J. (6) 147 Cortical acetylcholine and processing capac- inflections (6) 37 Schlaug, G., see Jiincke, L. (6) 279 ity: effects of cortical cholinergic deaf- Peters, M., see Jancke, L. (6) 279 Schopflocher, D., see Kiss, I. (6) 235 ferentation on crossmoda! divided attention Picton, T.W., see Miiller, M.M. (6) 249 Schwartz, A., see Spitzer, M. (6) 309 in rats (6) 147 Pisio, C., see Kiss, 1. (6) 235 Sedman, G.L., see Whitechurch, R.A. (6) 115 Posse, S., see Jancke, L. (6) 279 Seyyedi, S., see Spitzer, M. (6) 309 Vaina, L.M., see Clifford, C.W.G. (6) 263 Proverbio, A.M., Minniti, A. and Zani, A Shimojo, M., see Nakamura, A. (6) 9 Vaina, L.M., see Liu, Z. (6) 347 Electrophysiological evidence of a percep Shub, Y., Ashkenazi, I.E. and Reinberg, A Valdes-Sosa, P., see Miiller, M.M. (6) 249 tual precedence of global vs. local visual Differences between left- and right-hand re- Vaughan Jr., H.G., see Gomes, H. (6) 121 information (6) 321 action time rhythms: indications of shifts in strategies of human brain activity (6) 141 Watanabe, S., see Xiang, J. (6) 73 Raphel, C., see Stivalet, P. (6) 227 Simos, P.G., Breier, J.1., Zouridakis, G. and Weinberg, H., see Gaetz, M. (6) 335 Reinberg, A., Bicakova-Rocher, A., Nouguier, Papanicolaou, A.C Weisbrod, M., see Spitzer, M. (6) 309 J., Gorceix, A., Mechkouri, M., Touitou, Y Magnetic fields elicited by a tone onset time Weyerts, H., see Penke, M. (6) 37 and Ashkenazi, | continuum in humans (6) 285 Whitechurch, R.A., Ng, K.T. and Sedman, G.L. Circadian rhythm period in reaction time to Sitzmann, L., see Fallgatter, A.J. (6) 67 Tyrosine kinase inhibitors impair long-term light signals: difference between right- and Skrandies, W memory formation in day-old chicks (6) left-hand side (6) 135 Evoked potential correlates of semantic 115 Reinberg, A., see Shub, Y. (6) 141 meaning—A brain mapping study (6) 173 Richard, J., see Stivalet, P. (6) 227 Soroker, N., see Paviovskaya, M. (6) 159 Riera, J., see Miiller, M.M. (6) 249 Spitzer, M., Kischka, U., Giickel, F., Belle- Xiang, J., Hoshiyama, M., Koyama, S., Ka- Ring, H., see Pavlovskaya, M. (6) 159 mann, M.E., Kammer, T., Seyyedi, S., neoke, Y., Suzuki, H., Watanabe, S., Naka, Ritter, W., see Ruchkin, D.S. (6) 95 Weisbrod, M., Schwartz, A. and Brix, G D. and Kakigi, R. Ritter, W., see Gomes, H. (6) 121 Functional magnetic resonance imaging of Somatosensory evoked magnetic fields fol- lowing passive finger movemert (6) 73 Roesler, M., see Fallgatter, A.J. (6) 67 category-specific cortical activation: evi- Roland, P.E., see Klingberg, T. (6) 1 dence for semantic maps (6) 309 Rosen, J.J., see Gomes, H. (6) 121 Steinmetz, H., see Jancke, L. (6) 279 Zander, E., see Penke, M. (6) 37 Ruchkin, D.S., Berndt, R.S., Johnson Jr., R.., Stivalet, P., Moreno, Y., Richard, J., Barraud, Zani, A., see Proverbio, A.M. (6) 321 Ritter, W., Grafman, J. and Canoune, H.I P.-A. and Raphel, C Zouridakis, G., see Simos, P.G. (6) 285