Electroencephalography and Clinical Neurophysiology 1998: Vol 108 Index

15 Pages·1998·3.2 MB·English

ELSEVIER
Electroencephalography and clinical Neurophysiology 108 (1998) 600-604
Index of Authors
VOLUME 108 (1998)
Aharonson, V., see Pratt, H. (108) 511 Nurnberger Jr., J., Crowe, R., Bloom, F.E., Quantitative trait
Ahveninen, J., see Virtanen, J. (108) 291 loci analysis of human event-related brain potentials: P3 vol-
Aine, C.J., see Huang, M. (108) 32 tage (108) 244
Aizawa, M., see Nakagawa, H. (108) 57 Begleiter, H., see Jun, J. (108) 380
Ajimi, Y., Ohira, T., Kawase, T., Takase, M., Generation of far Bernard, J.-M., see Péréon, Y. (108) 17
field potentials from the trigeminal nerve in the cat (108) 92 Bernardi, G., see Stanzione, P. (108) 80
Akalin, E., see Cakmur, R. (108) 423 Best, E., see Huang, M. (108) 32
Aiho, K., see Huotilainen, M. (108) 370 Blangero, J., see Begleiter, H. (108) 244
Almasy, L., see Begleiter, H. (108) 244 Bloom, F.E., see Begleiter, H. (108) 244
Amenedo, E., Diaz, F., Automatic and effortful processes in audi- Born, J.D., see de Noordhout, A.M. (108) 24
tory memory reflected by event-related potentials. Age-related Brandeis, D.. see Strik, W.K. (108) 406
findings (108) 361 Brualla, J., Romero, M.F., Serrano, M., Valdizan, J.R., Auditory
Anderer, P., Pascual-Marqui, R.D., Semlitsch, H.V., Saletu, B.., event-related potentials to semantic priming during sleep (108)
Differential effects of normal aging on sources of standard N1, 283
target NI and target P300 auditory event-related brain poten- Bruin, K.J., Kenemans, J.L., Verbaten, M.N., Van der Heijden,
tials revealed by low resolution electromagnetic tomography A.H.C., Localization of spatial attention processes with the aid
(LORETA) (108) 160 of a probe technique (108) 110
Arnold, M., see Meier, T. (108) 526 Bucci, M.G., see Parisi, V. (108) 73, 490
Aziz, Q., see Furlong, P.L. (108) 234 Buchner, H., see Gobbelé, R. (108) 182
Byrne, C., see Jones, S.J. (108) 355
Baba, M., see Ozaki I. (108) 536
Bachy, A., see Scalais, E. (108) 199 Cakmur, R., Idiman, F., Akalin, E., Geng, A., Yener, G.G..,
Bahramali, H., see Melkonian, D. (108) 251 Oztiirk, V., Dermatomal and mixed nerve somatosensory
Bange, F., Bathien, N., Visual cognitive dysfunction in depres- evoked potentials in the diagnosis of neurogenic thoracic outlet
sion: an event-related potential study (108) 472 syndrome (108) 423
Barba, C., see Valeriani, M. (108) 190, 414 Ceponiené, R., Cheour, M., Naatanen, R., Interstimulus interval
Barz, S., see Hummel, T. (108) 208 and auditory event-related potentials in children: evidence for
Basar, E., Rahn, E., Demiralp, T., Schiirmann, M., Spontaneous multiple generators (108) 345
EEG theta activity controls frontal visual evoked potential Cerquiglini, A., see Seri, S. (108) 506
amplitudes (108) 101
Cézanne-Bert, G., see Garcia-Larrea, L. (108) 260
Basar, E., see Yordanova, J.Y. (108) 497 Cheour, M., see Ceponiené, R. (108) 345
Bathien, N., see Bange, F. (108) 472 Cheyne, D., see Mecklinger, A. (108) 45
Bauer, L.O., see Begleiter, H. (108) 244 Chorlian, D.B., see Begleiter, H. (108) 244
Baumgartner, C., see Gerschlager, W. (108) 274 Cloninger, R., see Begleiter, H. (108) 244
Baumgartner, C., see Lalouschek, W. (108) 567 Coenen, A.M.L., see Meeren, H.K.M. (108) 306
Baumgartner, U., Vogel, H., Ellrich, J.. Gawehn, J., Stoeter, P.. Colacino, G., see Parisi, V. (108) 73, 490
l'reede, R.-D., Brain electrical source analysis of primary cor Collet, L., see Gallégo, S. (108) 521
tical components of the tibial nerve somatosensory evoked Conneally, P.M., see Begleiter, H. (108) 244
potential using regional sources (108) 588 Crowe, R., see Begleiter, H. (108) 244
Becker, D.E., Noss, R.S., Fein, G., Yingling, C.D., Very late pain Curio, G., see Gobbelé, R. (108) 182
related activity identified with topographically mapped fre
quency domain analysis of evoked potentials (108) 398 Deecke, L., see Lalouschek, W. (108) 567
Begleiter, H., Porjesz, B., Reich, T., Edenberg, H.J., Goate, A.., Delécrin, J., see Péréon, Y. (108) 17
Blangero, J., Almasy, L., Foroud, T., Van Eerdewegh, P., Delvaux, V., see de Noordhout, A.M. (108) 24
Polich, J., Rohrbaugh, J., Kuperman, S., Bauer, L.O., O’Con Delwaide, P.J., see de Noordhout, A.M. (108) 24
nor, S.J., Chorlian, D.B., Li, T.K., Conneally, P.M., Hessel Demiralp, T., see Basar, E. (108) 101
brock, V., Rice, J.P., Schuckit, M.A., Cloninger, R., Diaz, F., see Amenedo, E. (108) 361
0168-5597/97/S - see front matter 1997 Elsevier Science Ireland Ltd All rights reserved
PII $0168-5597(98)0006 1-6
ELSEVIER
Electroencephalography and clinical Neurophysiology 108 (1998) 600-604
Index of Authors
VOLUME 108 (1998)
Aharonson, V., see Pratt, H. (108) 511 Nurnberger Jr., J., Crowe, R., Bloom, F.E., Quantitative trait
Ahveninen, J., see Virtanen, J. (108) 291 loci analysis of human event-related brain potentials: P3 vol-
Aine, C.J., see Huang, M. (108) 32 tage (108) 244
Aizawa, M., see Nakagawa, H. (108) 57 Begleiter, H., see Jun, J. (108) 380
Ajimi, Y., Ohira, T., Kawase, T., Takase, M., Generation of far Bernard, J.-M., see Péréon, Y. (108) 17
field potentials from the trigeminal nerve in the cat (108) 92 Bernardi, G., see Stanzione, P. (108) 80
Akalin, E., see Cakmur, R. (108) 423 Best, E., see Huang, M. (108) 32
Aiho, K., see Huotilainen, M. (108) 370 Blangero, J., see Begleiter, H. (108) 244
Almasy, L., see Begleiter, H. (108) 244 Bloom, F.E., see Begleiter, H. (108) 244
Amenedo, E., Diaz, F., Automatic and effortful processes in audi- Born, J.D., see de Noordhout, A.M. (108) 24
tory memory reflected by event-related potentials. Age-related Brandeis, D.. see Strik, W.K. (108) 406
findings (108) 361 Brualla, J., Romero, M.F., Serrano, M., Valdizan, J.R., Auditory
Anderer, P., Pascual-Marqui, R.D., Semlitsch, H.V., Saletu, B.., event-related potentials to semantic priming during sleep (108)
Differential effects of normal aging on sources of standard N1, 283
target NI and target P300 auditory event-related brain poten- Bruin, K.J., Kenemans, J.L., Verbaten, M.N., Van der Heijden,
tials revealed by low resolution electromagnetic tomography A.H.C., Localization of spatial attention processes with the aid
(LORETA) (108) 160 of a probe technique (108) 110
Arnold, M., see Meier, T. (108) 526 Bucci, M.G., see Parisi, V. (108) 73, 490
Aziz, Q., see Furlong, P.L. (108) 234 Buchner, H., see Gobbelé, R. (108) 182
Byrne, C., see Jones, S.J. (108) 355
Baba, M., see Ozaki I. (108) 536
Bachy, A., see Scalais, E. (108) 199 Cakmur, R., Idiman, F., Akalin, E., Geng, A., Yener, G.G..,
Bahramali, H., see Melkonian, D. (108) 251 Oztiirk, V., Dermatomal and mixed nerve somatosensory
Bange, F., Bathien, N., Visual cognitive dysfunction in depres- evoked potentials in the diagnosis of neurogenic thoracic outlet
sion: an event-related potential study (108) 472 syndrome (108) 423
Barba, C., see Valeriani, M. (108) 190, 414 Ceponiené, R., Cheour, M., Naatanen, R., Interstimulus interval
Barz, S., see Hummel, T. (108) 208 and auditory event-related potentials in children: evidence for
Basar, E., Rahn, E., Demiralp, T., Schiirmann, M., Spontaneous multiple generators (108) 345
EEG theta activity controls frontal visual evoked potential Cerquiglini, A., see Seri, S. (108) 506
amplitudes (108) 101
Cézanne-Bert, G., see Garcia-Larrea, L. (108) 260
Basar, E., see Yordanova, J.Y. (108) 497 Cheour, M., see Ceponiené, R. (108) 345
Bathien, N., see Bange, F. (108) 472 Cheyne, D., see Mecklinger, A. (108) 45
Bauer, L.O., see Begleiter, H. (108) 244 Chorlian, D.B., see Begleiter, H. (108) 244
Baumgartner, C., see Gerschlager, W. (108) 274 Cloninger, R., see Begleiter, H. (108) 244
Baumgartner, C., see Lalouschek, W. (108) 567 Coenen, A.M.L., see Meeren, H.K.M. (108) 306
Baumgartner, U., Vogel, H., Ellrich, J.. Gawehn, J., Stoeter, P.. Colacino, G., see Parisi, V. (108) 73, 490
l'reede, R.-D., Brain electrical source analysis of primary cor Collet, L., see Gallégo, S. (108) 521
tical components of the tibial nerve somatosensory evoked Conneally, P.M., see Begleiter, H. (108) 244
potential using regional sources (108) 588 Crowe, R., see Begleiter, H. (108) 244
Becker, D.E., Noss, R.S., Fein, G., Yingling, C.D., Very late pain Curio, G., see Gobbelé, R. (108) 182
related activity identified with topographically mapped fre
quency domain analysis of evoked potentials (108) 398 Deecke, L., see Lalouschek, W. (108) 567
Begleiter, H., Porjesz, B., Reich, T., Edenberg, H.J., Goate, A.., Delécrin, J., see Péréon, Y. (108) 17
Blangero, J., Almasy, L., Foroud, T., Van Eerdewegh, P., Delvaux, V., see de Noordhout, A.M. (108) 24
Polich, J., Rohrbaugh, J., Kuperman, S., Bauer, L.O., O’Con Delwaide, P.J., see de Noordhout, A.M. (108) 24
nor, S.J., Chorlian, D.B., Li, T.K., Conneally, P.M., Hessel Demiralp, T., see Basar, E. (108) 101
brock, V., Rice, J.P., Schuckit, M.A., Cloninger, R., Diaz, F., see Amenedo, E. (108) 361
0168-5597/97/S - see front matter 1997 Elsevier Science Ireland Ltd All rights reserved
PII $0168-5597(98)0006 1-6
Index f Authors 601
de Noordhout, A.M., Myressiotis, $., Delvaux, V., Born, J.D.., Huang, M., Aine, C.J., Supek, S., Best, E., Ranken, D., Flynn,
Delwaide, P.J., Motor and somatosensory evoked potentials E.R., Multi-start downhill simplex method for spatio-temporal
in cervical spondylotic myelopathy (108) 24 source localization in magnetoencephalography (108) 32
Di Lazzaro, V., see Valeriani, M. (108) 190, 414 Hummel, T., Barz, S., Pauli, E., Kobal, G., Chemosensory event
Dietl, T., see Dirlich, G. (108) 299 related potentials change with age (108) 208
Dirlich, G., Dietl, T., Vogl, L., Strian, F., Topography and mor Hummel, T., see Tateyama, T (108) 449
phology of heart action-related EEG potentials (108) 299 Huotilainen, M., see Joutsiniemi, S.-L. (108) 154
Doppelmayr, M., see Klimesch, W. (108) 123 Huotilainen, M., Winkler, I., Alho, K., Escera, C., Virtanen, J.,
IImoniemi, R.J., Jaidskeléinen, LP., Pekkonen, I Ndatdnen,
Edenberg, H.J., see Begleiter, H. (108) 24 R., Combined mapping of human auditory EEG and MEG
Ellrich, J., see Baumpartner, U. (108) 588 responses ( 108) 370
Escera, C., see Huotilainen, M. (108) 3 0
Idiman, | , see Cakmur, R. (108) 423
Fadda, L., see Stanzinne, P. (108) 80 IImoniemi, R.J., see Huotilainen, M. (108) 370
Fallgatter, A.J., see Strik, W.K. (108) 406 Imoniemi, R.J., see Virtanen, J (108) 291
Fayet, G., see Péréon, Y. (108) 17 Ilvonen, T., see Joutsiniemi, S.-L. (108) 154
Fein, G., see Becker, D.E. (108) 398 Iragui, V., see Kutas, M. (108) 456
Flynn, E.R., see Huang, M. (108) 32 Iwata, M., see Mochizuki, A. (108) 584
Foroud, T.., see Begleiter, H. (108) 244
Frachet, B., see Gallégo, S. (108) 521 Jaadskelainen, I.P., see Huotilainen, M. (108) 370
Francois-Adant, A., see Scalais, E. (108) 199 Jantti, V., Sonkajarvi, E., Mustola, S., Rytky, S., Kiiski, P., Suo
Fullerton, B.C., see Pratt, H. (108) S11 minen, K., Single-sweep cortical somatosensory evoked poten
Furlong, P.L., Aziz, Q., Singh, K.D., Thompson, D.G.., Hobson, tials: N20 and evoked bursts in sevoflurane anaesthesia (108)
A., Harding, G.F.A.., Cortical localisation of magnetic fields 320
evoked by oesophageal distension (108) 34 Javitt, D.C., Grochowski, S., Shelley, A.-M., Ritter, W., Impaired
Furst, M., see Pratt, H. (108) 511 mismatch negativity (MMN) generation in schizophrenia as a
function of stimulus deviance, probability, and interstimulus/
Gallégo S., Frachet, B., Micheyl, C., Truy, E., Collet, L., Cochlear interdeviant interval (108) 143
implant performance and electrically-evoked auditory brain Jones, S.J., Byrne, C., The AEP T-complex to synthesised musical
stem response characteristics (108) 521 tones: left-right asymmetry in relation to handedness and hemi
Garcia-Larrea, L., Cézanne-Bert, G., P3, Positive slow wave and sphere dominance (108) 355
working memory load: a study on the functional correlates of Jones, S.J., Longe, O., Vaz Pato, M., Auditory evoked potentials
slow wave activity (108) 260 to abrupt pitch and timbre change of complex tones: electro
Gawehn, J., see Baumpartner, U. (108) 588 physiological evidence of ‘streaming’? (108) 131
Geng, A., see Cakmur, R. (108) 423 Joutsiniemi, S.-L., Ilvonen, T., Sinkkonen, J., Huotilainen, M..,
Gerschlager, W.., Lalouschek, W., Lehrner, J Baumgartner, C Tervaniemi, M., Lehtokoski, A., Rinne, 7 Naatanen, R..,
Lindinger, G.., Lang, W., Language-related hemispheric asym The mismatch negativity for duration decrement of auditory
metry in healthy subjects and patients with temporal lobe epi stimuli in healthy subjects (108) 154
lepsy as studied by event-related brain potentials and Jun, J., Porjesz, B., Begleiter, H., ERP components in category
intracarotid amobarbital test (108) 274 matching tasks (108) 380
Gerschlager, W., see Lalouschek, W. (108) 567
Goate, A., see Begleiter, H. (108) 244 Kaiho, Y., see Nakagawa, H. (108) 57
Gobbelé, R., Buchner, H., Curio, G., High-frequency (600 Hz) Kanno, A.., see Ohtomo, S (108) 219
SEP activities originating in the subcortical and cortical Kawase, I see Ajimi, Y. (108) 92
human somatosensory system (108) 182 Kenemans, J. . see Bruin, K.J. (108) 110
Gordon, E., see Melkonian, D. (108) 251 Kiiski, P., see Jantti, \ (108) 320
Granovsky, Y., Sprecher, E., Hemli, J., Yarnitsky, D., P300 and Kimura, J., see Tani, T (108) 325
stress in mild head injury patients (108) 554 Kimura, S.., see Nezu, A (108) 446
Grochowski, S., see Javitt, D.C. (108) 143 Klimesch, W Russegger, H., Doppelmayr, M., Pachinger, Th., A
Guerit, J.M., see Scalais, E. (108) 199 method for the calculation of induced band power implica
Guihéneuc, P.> , see Péréon, Y (108) 1 tions for the significance of brain oscillations (108) 123
Kobal, G., see Hummel, T (108) 208
Harding, G.F.A., see Furlong, P.L. (108) 234 Kobal, G., see Tateyama, T. (108) 449
Hashimoto, I., see Ozaki |. (108) 536 Kobayashi, Y., see Ochi, A. (108) 577
Hatanaka, K., see Ohtomo, S. (108) 219 Kolev, V.N., see Yordanova, J.Y. (108) 497
Hemli, J., see Granovsky, Y. (108) 554 Korezyn, A.D., see Pratt, H. (108) 511
Hesselbrock, V., see Begleiter, H. (108) 244 Kreitschmann-Andermahr, I., see Meier, 1 (108) 526
Hobson, A., see Furlong, P.L. (108) 234 Kuperman, S., see Begleiter, H. (108) 244
Hoffmann, K., Witte, H., Niedner, H., Vollandt, R., Identification Kutas, M., Iragui, V., The N400 in a semantic categorization task
of the stimulated hemiretinae using a reduced number of PVEP across 6 decades (108) 456
trials (108) 560 Kutas, M., see Viggiano, M.P. (108) 435
602 Index of Authors
Lalouschek, W., Gerschlager, W., Lehrner, J., Baumgartner, C Nakagawa, H., Namima, T., Aizawa, M., Uchi, K., Kaiho, Y
Lindinger, G., Deecke, L., Lang, W., Event-related potentials Yoshikawa, K., Orikasa, S., Nakasato, N., Somatosensory
in patients with temporal lobe epilepsy reveal topography spe- evoked magnetic fields elicited by dorsal penile, posterior
cific lateralization in relation to the side of the epileptic focus tibial and median nerve stimulation (108) 57
(108) 567 Nakajima, Y., see Mine, S. (108) 226
Lalouschek, W., see Gerschlager, W. (108) 274 Nakasato, N., see Nakagawa, H. (108) 57
Lang, W., see Gerschlager, W. (108) 274 Nakasato, N., see Ohtomo, S. (108) 219
Lang, W., see Lalouschek, W. (108) 567 Namima, T., see Nakagawa, H. (108) 57
Le Pera, D., see Valeriani, M. (108) 190, 414 Negrao, N., see Manzano, G.M. (108) 440
Lehrner, J., see Gerschlager, W. (108) 274 Nezu, A., Kimura, S., Takeshita, S., Osaka, H., Tanaka, M., Mag-
Lehrner, J., see Lalouschek, W. (108) 567 netic stimulation of the corticospinal tracts in Pelizaeus-Merz
Lehtokoski, A., see Joutsiniemi, S.-L. (108) 154 bacher disease (108) 446
Levine, R.A., see Pratt, H. (108) 511 Niedner, H., see Hoffmann, K. (108) 560
Li, T.K., see Begleiter, H. (108) 244 Nobrega, J.A.M., see Manzano, G.M. (108) 440
Lindinger, G., see Gerschlager, W. (108) 274 Noss, R.S., see Becker, D.E. (108) 398
Lindinger, G., see Lalouschek, W. (108) 567 Nowak, H., see Meier, T. (108) 526
Longe, O., see Jones, S.J. (108) 131 Nurnberger Jr., J., see Begleiter, H. (108) 244
Nuttin, C., see Scalais, E. (108) 199
Maess, B., see Mecklinger, A. (108) 45
Manni, G., see Parisi, V. (108) 490 Ochi, A., Yasuhara, A., Kobayashi, Y.,Comparison of distortion
Manzano, G.M., Negrao, N., Nobrega, J.A.M.. The N18 compo product otoacoustic emissions with auditory brain-stem
nent of the median nerve SEP is not reduced by vibration (108) response for clinical use in neonatal intensive care unit (108)
440 &
Masaki, H., Takasawa, N., Yamazaki, K., Enhanced negative O'Connor, S.J., see Begleiter, H. (108) 244
slope of the readiness potential preceding a target force pro Ogawa, T., see Sawaguchi, K. (108) 62
duction task (108) 390 Ohira, T., see Ajimi, Y. (108) 92
Matsunaga, K., Uozumi, T., Tsuji, S., Murai, Y., Sympathetic skin Ohtomo, S., Nakasato, N., Kanno, A., Hatanaka, K., Shirane, R..,
responses recorded from non-palmar and non-plantar skin Mizoi, K., Yoshimoto, T., Hemispheric asymmetry of the audi
sites: their role in the evaluation of thermal sweating (108) 482 tory evoked N100m response in relation to the crossing point
Matsunaga, M., see Ozaki I. (108) 536 between the central sulcus and Sylvian fissure (108) 219
Mecklinger, A., Maess, B., Opitz, B., Pfeifer, E., Cheyne, D.., , N., see Mine, S. (108) 226
Weinberg, H., A MEG analysis of the P300 in visual discri Opitz, B., see Mecklinger, A. (108) 45
mination tasks (108) 45 Orikasa, S., see Nakagawa, H. (108) 57
Meeren, H.K.M., Van Luijtelaar, E.L.J.M., Coenen, A.M.L., Cor Osaka, H., see Nezu, A. (108) 446
tical and thalamic visual evoked potentials during sleep-wake Ozaki, I., Suzuki, C., Yaegashi, Y., Baba, M., Matsunaga, M
states and spike-wave discharges in the rat (108) 306 Hashimoto, I., High frequency oscillations in early cortical
Meier, T., Rosburg, T., Arnold, M., Kreitschmann-Andermahr, I., somatosensory evoked potentials (108) 536
Sauer, H., Nowak, H.,.Witte, H., Quantification and rejection Oztiirk, V., see Cakmur, R. (108) 423
of ocular artifacts in auditory evoked fields in schizophrenics
(108) 526 Pachinger, Th., see Klimesch, W. (108) 123
Melkonian, D., Gordon, E., Rennie, C., Bahramali, H., Dynamic Parisi, L., see Parisi, V. (108) 73, 490
spectral analysis of event-related potentials (108) 2 51 Parisi, V., Pierelli, F., Restuccia, R., Spadaro, M., Parisi, L., Cola
Menzinger, G., see Parisi, V. (108) 490 cino, G., Bucci, M.G Impaired VEP after photostress
Micheyl, C., see Gallégo, S. (108) 521 response in multiple sclerosis patients previously affected by
Mine, S., Oka, N., Yamaura, A., Nakajima, Y., Presurgical func optic neuritis (108) 73
tional localization of primary somatosensory cortex by dipole Parisi, V., Uccioli, L., Parisi, L., Colacino, G., Manni, G., Men
tracing method of scalp-skull-brain head model applied to zinger, G., Bucci, M.G., Neural conduction in visual pathways
somatosensory evoked potential (108) 226 in newly-diagnosed IDDM patients (108) 490
Mizoi, K., see Ohtomo, S. (108) 219 Pascual-Marqui, R.D., see Anderer, P. (108) 160
Mochizuki, A., Sonoo, M., Shimizu, T., Iwata, M., P9 in median Pascual-Marqui, R.D., see Strik, W.K. (108) 406
nerve SEPs is a junctional potential generated by the change of Passuti, N., see Péréon, Y. (108) 17
the volume conductor size between trunk and neck (108) 584 Pauli, E., see Hummel, T. (108) 208
Murai, Y., see Matsunaga, K. (108) 482 echstein, U., Nadstawek, J.. Zentner, J.. Schramm, J., Isoflurane
Mustola, S., see Jantti, V. (108) 320 plus nitrous oxide versus propofol for recording of motor
Myressiotis, S., see de Noordhout, A.M. (108) 24 evoked potentials after high frequency repetitive electrical st
mulation (108) 175
Naiitiinen, R., see Ceponiené, R. (108) 34! Pekkonen, E., see Huotilainen, M. (108) 370
Naatdnen, R., see Huotilainen, M. (108) 370 Pekkonen, E., see Virtanen, J. (108) 291
Niaatinen, R., see Joutsiniemi, S.-L. (108) 154 Peppe, A., see Stanzione, P. (108) 80
Naatdnen, R., see Virtanen, J. (108) 291 Péréon, Y., Bernard, J.-M., Fayet, G., Delécrin, J., Passuti, N.,
Nadstawek, J., see Pechstein, U. (108) 175 Guihéneuc, P., Usefulness of neurogenic motor evoked poten
Index of Authors
tials for spinal cord monitoring findings in 112 consecutive Spadaro, M., see Parisi, V. (108) 73
patients undergoing surgery for spinal deformity (108) 17 Sprecher, E., see Granovsky, Y. (108) 554
Pfeifer, E., see Mecklinger, A. (108) 45 Stanzione, P., Semprini, R., Pierantozzi, M., Santilli, A.M., Fadda
Pierantozzi, M., see Stanzione, P. (108) 80
L., Traversa, R.., Peppe, A... Bernardi, G.., Age and Stage depen
Pierelli, F., see Parisi, V. (108) 73 dency of P300 latency alterations in non demented Parkinson's
Pisani, F., see Seri, S. (108) 506 disease patients without therapy (108) 80
Polich, J., see Begleiter, H. (108) 244 Stoeter, P., see Baumpartner, U. (108) 588
Polyakov, A., Pratt, H., Shi, Y., Evidence for efferent effects on Strian, F., see Dirlich, G. (108) 299
early components of the human auditory brain-stem evoked Strik, W.K., Fallgatter, A.J., Brandeis, D., Pascual-Marqui, R.D
potentials (108) 543 rhree-dimensional tomography of event-related potentials dur
Polyakov, A., see Pratt, H. (108) 511 ing response inhibition: evidence for phasic frontal lobe acti
Porjesz, B., see Begleiter, H. (108) 244 vation (108) 406
Porjesz, B., see Jun, J. (108) 380 Suominen, K., see Jantti, V. (108) 320
Post, H., see Tateyama, T. (108) 449 Supek, S., see Huang, M. (108) 32
Pratt, H., Polyakov, A., Aharonson, V., Korezyn, A.D., Tadmor, Suzuki, C., see Ozaki I. (108) 536
R., Fullerton, B.C., Levine, R.A., Furst, M., Effects of loca
lized pontine lesions on auditory brain-stem evoked potentials ladmor, R., see Pratt, H. (108) 511
and binaural processing in humans (108) 511 lakasawa, N., see Masaki, H. (108) 390
Pratt, H., see Polyakov, A. (108) 543 Takase, M., see Ajimi, Y. (108) 92
Takeshita, S., see Nezu, A. (108) 446
Rahn, E., see Basar, E. (108) 101 Tanaka, M., see Nezu, A. (108) 446
Ranken, D., see Huang, M. (108) 32 rani, T., Ushida, T., Yamamoto, H., Kimura, J., Waveform ana
Reich, T., see Begleiter, H. (108) 244 ysis of spinal somatosensory evoked potential: paradoxically
Rennie, C., see Melkonian, D. (108) 251 enhanced negative peaks immediately caudal to the site of
Restuccia, D., see Valeriani, M. (108) 190, 414 conduction block (108) 325
Restuccia, R., see Parisi, V. (108) 73 ateyama, T., Hummel, T., Roscher, S., Post, H., Kobal, G., Ri
Rice, J.P., see Begleiter, H. (108) 244 tion of olfactory event-related potentials to changes in stimulus
Rinne, T., see Joutsiniemi, S.-L. (108) 154 concentration (108) 449
Ritter, W., see Javitt, D.C. (108) 143 lervaniemi, M., see Joutsiniemi, S.-L. (108) 154
Rohrbaugh, J., see Begleiter, H. (108) 244 Thompson, D.G., see Furlong, P.L. (108) 234
Romero, M.F., see Brualla, J. (108) 283 Tonali, P., see Valeriani, M. (108) 190, 414
Rosburg, T., see Meier, T. (108) 526 . See Stanzione, P. (108) 80
Roscher, S., see Tateyama, T. (108) 449 see Baumpartner, U. (108) 588
Russegger, H., see Klimesch, W. (108) 123 see Gallégo, S. (108) 521
Rytky, S., see Jantti, V. (108) 320 S., see Matsunaga, K. (108) 482
Saletu, B., see Anderer, P. (108) 160 see Parisi, V. (108) 490
Santilli, A.M., see Stanzione, P. (108) 80 see Nakagawa, H. (108) 57
Sauer, H., see Meier, T. (108) 526 Uozumi, T., see Matsunaga, K. (108)
Sawaguchi, K., Ogawa, T., Component wave analysis of Ushida, T., see Tani, T. (108) 325
visual evoked potentials in preterm infants (108) 62
Scalais, E., Frangois-Adant, A., Nuttin, C., Bachy, A., Guerit Valdizan, J.R., see Brualla, J. (108) 283
J.M., Multimodality evoked potentials as a prognostic tool in Valeriani, M., Restuccia, D., Di Lazzaro, V., Barba, C., Le Pera
term asphyxiated newborns, D., Tonali, P., Dissociation induced by voluntary movement
Schramm, J., see Pechstein, U. (108) 175 between two different components of the centro-parietal P4(
Schuckit, M.A., see Begleiter, H. (108) 244 SEP to tibial nerve stimulation (108) 190
Schiirmann, M., see Basar, E. (108) 101 Valeriani, M., Restuccia, D., Di Lazzaro, V., Le Pera, D., Barba
Semlitsch, H.V., see Anderer, P. (108) 160 ( Tonali, P., The scalp to earlobe montage as standard in
Semprini, R., see Stanzione, P. (108) 80 routine SEP recording. Comparison with the non-cephalic
Seri, S., Cerquiglini, A., Pisani, F., Spike-induced interference in reference in patients with lesions of the upper cervical cord
auditory sensory processing in Landau-Kleffner syndrome (108) 414
(108) 506 Van der Heijden, A.H.C., see Bruin, K.J. (108) 110
Serrano, M., see Brualla, J. (108) 283 Van Eerdewegh, P., see Begleiter, H. (108) 244
Shelley, A.-M., see Javitt, D.C. (108) 143 Van Luijtelaar, E.L.J.M., see Meeren, H.K.M. (108) 306
Shi, Y., see Polyakov, A. (108) 543 Vaz Pato, M., see Jones, S.J. (108) 131
Shimizu, T., see Mochizuki, A. (108) 584 Verbaten, M.N., see Bruin, K.J. (108) 110
Shirane, R., see Ohtomo, S. (108) 219 Viggiano, M.P., Kutas, M., The covert interplay between percep
Singh, K.D., see Furlong, P.L. (108) 234 tion and memory: event-related potential evidence (108) 435
Sinkkonen, J., see Joutsiniemi, S.-L. (108) 154 Virtanen, J., Ahveninen, J., IImoniemi, R.J., Naataénen, R., Pekko
Sonkajiarvi, E., see Jantti, V. (108) 320 nen, E., Replicability of MEG and EEG measures of the audi
Sonoo, M., see Mochizuki, A. (108) 584 tory NI/NIm-response (108) 291
604 Index of Authors
Virtanen, J., see Huotilainen, M. (108) 370 Yaegashi, Y., see Ozaki I. (108) 536
Vogel, H., see Baumpartner, U. (108) 588 Yamamoto, H., see Tani, T. (108) 325
Vogl, L., see Dirlich, G. (108) 299 Yamaura, A., see Mine, S. (108) 226
Vollandt, R., see Hoffmann, K. (108) 560 Yamazaki, K., see Masaki, H. (108) 390
Yarnitsky, D., see Granovsky, Y. (108) 554
Waring, M.D., Refractory properties of auditory brain-stem Yasuhara, A., see Ochi, A. (108) 577
responses evoked by electrical stimulation of human cochleat Yener, G.G., see Cakmur, R. (108) 423
nucleus: evidence of neural generators (108) 331 Yingling, C.D., see Becker, D.E. (108) 398
Wassermann, E.M., Risk and safety of repetitive transcranial mag- Yordanova, J.Y., Kolev, V.N., Basar, E., EEG theta and frontal
netic stimulation: report and suggested guidelines from the ilpha oscillations during auditory processing change with
International Workshop on the Safety of Repetitive Transcra aging (108) 497
nial Magnetic Stimulation, June 5—7, 1996 (108) | Yoshikawa, K., see Nakagawa, H. (108) 57
Weinberg, H., see Mecklinger, A. (108) 45 Yoshimoto, T., see Ohtomo, S. (108) 219
Winkler, I., see Huotilainen, M. (108) 370
Witte, H., see Hoffmann, K. (108) 560 Zentner, J., see Pechstein, U. (108) 175
Witte, V., see Meier, T. (108) 526
ELSEVIPiE R
Electroencephalography and clinical Neurophysiology 108 (1998) 605-612
Index of Subjects
VOLUME 108
a; Induced rhythms; Oscillations; @; 6; Event-related desynchro- Auditory evoked potential Sensory memory; NMDA receptors
nization; Synchronization (108) 123 (108) 143
Age Dementia; Event-related potential; Frontal functions; P300; Auditory evoked response Magnetoencephalography; Planum
Parkinson's disease (108) 80 temporale (108) 219
Aging Dichotic-listening; Mismatch negativity; N2b (108) 361 Auditory evoked response Electroencephalography; Equivalent
current dipole; Magnetoencephalography; P50; N1; Mismatch
Aging Event-related potential; Spatial analysis; Source localiza
negativity; Source localization; Event-related potential (108)
tion; NI generators; P300 generators (108) 160
137/ 0
Aging Semantic categorization; N400 semantic congruity effect:
Auditory evoked response Epileptiform discharges; Landau\tqK
Event-related potential (108) 456
leffner Syndrome; Auditory perception; Transitory cognitive
Alcoholism Quantitative trait loci; Event-related brain potential; impairment; Childhood (108) 506
P3; Heredity (108) 244
Auditory object formation Evoked potential; Auditory; Stream
Anaesthesia EEG; Somatosensory evoked potential; Burst sup ing; Pitch and timbre discrimination (108) 131
pression; Reactivity (108) 320
Auditory perception Epileptiform discharges; Landau-Kleffner
Animal Vegetable; Event-related potential (108) 380 Syndrome; Auditory evoked responses; Transitory cognitive
impairment; Childhood (108) 506
Asphyxia Multimodality evoked potential; Newborns (108) 199
Auditory sensory memory Auditory event-related potential; Mis
Attention Event-related potential; Source analyses; Probes (108)
match negativity; Late difference negativity; Interstimulus
110
interval; Children (108) 345
Auditory brain-stem evoked potential Three-channel Lissajous’
Auditory word processing Event-related potential; N400; Sleep;
trajectory; Binaural difference component; Efferent suppres-
Semantic priming; Sleep stages (108) 260
sion (108) 543
Auditory Evoked potential; Streaming; Auditory object forma
Auditory brain-stem implant Auditory brain-stem response:
tion; Pitch and timbre discrimination (108) 131
Electrically evoked auditory brain-stem response; Cochlear
nucleus; Electrical stimulation (108) 331 Autonomic nervous system Sympathetic skin response; Thermo
regulatory sweat test; Sudomotor function; Thermal sweating;
Auditory brain-stem response Electrically evoked auditory
Magnetic stimulation (108) 482
brain-stem response; Auditory brain-stem implant; Cochlear
nucleus; Electrical stimulation (108) 33 Autoregressive moving average analysis Visual evoked poten
tial; Developmental change (108) 62
Auditory brain-stem response Distortion product otoacoustic
emissions; Threshold; Criteria; Neonates (108) 577 Binaural difference component Auditory brain-stem evoked
potential; Three-channel Lissajous’ trajectory; Efferent sup
Auditory brain-stem Binaural interaction components; Evoked
pression (108) 543
potential; Generator; Human; Stroke (108) 511
Binaural interaction components Auditory brain-stem; Evoked
Auditory event-related potential Mismatch negativity; Late dif-
potential; Generator; Human; Stroke (108) 511
ference negativity; Interstimulus interval; Auditory sensory
memory; Children (108) 345 Brain electrical source analysis Tibial nerve; Somatosensory
evoked potential; Primary somatosensory cortex; Source loca
Auditory evoked potential Brain oscillations; Middle age; Single
lization (108) 588
sweep analysis; Phase locking; Frontal alpha rhythm (108)
497 Brain oscillations Middie age; Auditory evoked potential; Single
sweep analysis; Phase locking; Frontal alpha rhythm (108) 497
Auditory evoked potential Complex tone; Cortical lateralization;
Handedness; Hemisphere dominance; T-complex (108) 355 Brain stimulation Magnetics; Safety (108) |
Auditory evoked potential Mismatch negativity; Duration devi Burst suppression EEG; Anaesthesia; Somatosensory evoked
ants; Healthy subjects (108) 154 potential; Reactivity (108) 3322 0
0168-5597/98/$ - see front matter 1998 Elsevier Science Ireland Lid All rights reserved
PII S0168-5597(98)00062-8
606 Index of Subjects
Central P22 component High frequency oscillation; Somatosen Developmental change Autoregressive moving average analysis:
sory evoked potential; Median nerve stimulation; Power spec Visual evoked potential (108) 62
trum; Maximum entropy method (108) 536
Diabetic retinopathy Pattern electroretinogram; Visual evoked
Central sulcus motor cortex Somatosensory evoked potential: potential; Retinocortical time; Latency window; Insulin
Dipole tracing scalp-skull-brain head model; Primary somato dependent diabetes; Visual pathways function (108) 490
sensory cortex (108) 226
Dichotic-listening Aging; Mismatch negativity; N2b (108) 361
Cervical spinal cord SEP; P14; Far-field (108) 414
Dipole source analysis SEP; Median nerve; Oscillatory burst; 600
Cervical spondylotic myelopathy Motor evoked potential: Hz wavelets: Thalamocortical projection; Primary somatosen
Somatosensory evoked potential (108) 24 sory cortex (108) 182
Chemoreception Olfaction; Event-related potential; Intensity Dipole tracing scalp-skull-brain head model Somatosensory
(108) 449 evoked potential; Central sulcus motor cortex; Primary soma
Childhood Epileptiform discharges; Landau-Kleffner Syndrome tosensory cortex (108) 226
Auditory evoked responses; Auditory perception; Transitory Distortion product otoacoustic emissions Auditory brain-stem
cognitive impairment (108) 506 response; Threshold; Criteria; Neonates (108) 577
Children Auditory event-related potential; Mismatch negativity; Dorsal penile nerve Magnetoencephalography; Somatosensory
Late difference negativity; Interstimulus erval; Auditory evoked magnetic field; Urogenital organs; Functional brain
sensory memory (108) 345 mapping (108) 57
Cochlear implant Electrically evoked auditory brain-stem Duration deviants Mismatch negativity; Auditory evoked poten
response; Speech recognition (108) 521 tial: Healthy subjects (108) 154
Cochlear nucleus Auditory brain-stem response: Electrically Dynamic spectral analysis Event-related potential; Fourier ana
evoked auditory brain-stem response; Auditory brain-sten lvsis (108) 251
implant; Electrical stimulation (108) 331
EEG Anaesthesia; Somatosensory evoked potential; Burst sup
Complex demodulation Pain; Pain-evoked potential; Somatosen pression: Reactivity (108) 320
sory evoked potential; Topographic mapping; Frequency
Efferent suppression Auditory brain-stem evoked potential
domain analysis (108) 398
Three-channel Lissajous’ trajectory; Binaural difference com
Complex tone Auditory evoked potential; Cortical lateralization ponent (108) 543
Handedness; Hemisphere dominance; T-complex (108) 355
Electrical stimulation Auditory brain-stem response; Electrically
Conduction block Pelizacus-Merzbacher disease: Magnetic sti evoked auditory brain-stem response; Auditory brain-stem
mulation; Corticospinal tracts (108) 446 implant: Cochlear nucieus (108) 331
Conduction block Spinal somatosensory evoked potential; Mye Electrically evoked auditory brain-stem response Auditory
lopathy: Enhancement; Solid-angle approximation; Phase can brain-stem response; Auditory brain-stem implant; Cochlear
cellation (108) 325 nucleus; Electrical stimulation (108) 331
Cortical lateralization Auditory evoked potential: Complex tone Electrically evoked Cochlear implant; auditory brain-stem
Handedness; Hemisphere dominance; T-complex (108) 355 response; Speech recognition (108) 521
Corticospinal tracts Pelizaeus-Merzbacher disease; Magnetic sti Electroencephalography Auditory evoked responses; Equivalent
mulation; Conduction block (108) 446 current dipole; Magnetoencephalography; P50; N1; Mismatch
negativity; Source localization; Event-related potential (108)
Covert processing Memory; Reaction times; Visual event-related
0
potential; Visual object identification (108) 435
Electroencephalography Magnetoencephalography; Nl; Nim;
CPT Evoked potential; LORETA; NoGo-anteriorization; P300:
Replicability; Source localization (108) 291
Source analysis; Motor inhibition (108) 406
Electrophysiology Olfaction; Nociception (108) 208
CriteriaDistortion product otoacoustic emissions; Auditory brain
stem response; Threshold; Neonates (108) 577 Enhancement Spinal somatosensory evoked potential; Myelopa-
thy; Conduction block: Solid-angle approximation; Phase can
6; Induced rhythms; Oscillations; @ 6 Event-related desynchroni
cellation (108) 325
zation; Synchronization (108) 123
Epileptiform discharges Landau-Kleffner Syndrome; Auditory
Dementia Age; Event-related potential; Frontal functions; P300:
evoked responses; Auditory perception; Transitory cognitive
Parkinson’s disease (108) 80
impairment; Childhood (108) 506
Depression Psychomotor retardation; Event-related potential:
Equivalent current dipole Auditory evoked responses; Electro
P300 (108) 472
encephalography; Magnetoencephalography; P50; N1; Mis
Dermatomal SEPs Thoracic outlet syndrome; Somatosensory match negativity; Source localization; Event-related potential
evoked potential (108) 423 (108) 370
Index of Subjects 607
ERPs P3; Slow wave; Working memory; Frontal lobe (108) 274 Pattern-electroretinogram; Optic neuritis; Multiple sclerosis
(108) 73
Esophagus Magnetoencephalography; Evoked response; Somato-
sensory cortex; Insular cortex (108) 234 Fourier analysis Event-related potential; Dynamic spectral ana
lysis (108) 251
Event-related brain potential Quantitative trait loci; P3; Her-
edity; Alcoholism (108) 244 Frequency domain analysis Pain; Pain-evoked potential; Soma
tosensory evoked potential; Topographic mapping; Complex
Event-related desynchronization Induced rhythms; Oscillations;
demodulation (108) 398
a; 6; 6; Synchronization (108) 123
Frontal alpha rhythm Brain oscillations; Middle age; Auditory
Event-related potential Age; Dementia; Frontal functions; P300;
Parkinson’s disease (108) 80 evoked potential; Single sweep analysis; Phase locking (108)
49
Event-related potential Animal; Vegetable (108) 380
Frontal cortex VEP; Theta response; Prestimulus EEG; Selective
Event-related potential Attention; Source analyses; Probes (108) stimulation (108) 101
110
Frontal functions Age; Dementia; Event-related potential; P300;
Event-related potential Auditory evoked responses; Electroence Parkinson’s disease (108) 80
phalography; Equivalent current dipole; Magnetoencephalo-
Frontal lobe ERPs; P3; Slow wave; Working memory (108) 274
graphy; P50; NI; Mismatch negativity; Source localization
(108) 370 Functional brain mapping Magnetoencephalography; Somato
sensory evoked magnetic field; Dorsal penile nerve; Urogenital
Event-related potential Depression; Psychomotor retardation;
P300 (108) 472 organs (108) 57
Gating Tibial nerve; SEPs; P40 (108) 190
Event-related potential Dynamic spectral analysis; Fourier ana-
lysis (108) 251 Generator Binaural interaction components; Auditory brain
stem; Evoked potential; Human; Stroke (108) 511
Event-related potential Hemispheric asymmetries; Temporal
lobe epilepsy; WADA test (108) (108) 283 Handedness Auditory evoked potential; Complex tone; Cortical
lateralization; Hemisphere dominance; T-complex (108) 355
Event-related potential N400; Sleep; Semantic priming; Audi-
tory word processing; Sleep stages (108) 260 Healthy subjects Mismatch negativity; Auditory evoked poten
tial; Duration deviants (108) 154
Event-related potential Olfaction; Intensity; Chemoreception
(108) 449 Heart action-related potential Somatosensory evoked potential;
Event-related potential Semantic categorization; N400 semantic Viscerosensory afferences; Heart-beat perception (108) 299
congruity effect; Aging (108) 456 Heart-beat perception Heart action-related potential; Somato
sensory evoked potential; Viscerosensory afferences (108) 299
Event-related potential Spatial analysis; Source localization; N1
generators; P300 generators; Aging (108) 160 Hemifield visual evoked potential Instantaneous frequency; Hil
bert transformation; Single trial (108) 560
Event-related potential Temporal lobe epilepsy; Recognition
memory; Lateralization (108) 567 Hemisphere dominance Auditory evoked potential; Complex
tone; Cortical lateralization; Handedness; T-complex (108)
Evoked potential Auditory; Streaming; Auditory object forma- 355
tion; Pitch and timbre discrimination (108) 131
Hemispheric asymmetries Event-related potential; Temporal
Evoked potential Binaural interaction components; Auditory lobe epilepsy; WADA test (108) (108) 283
brain-stem; Generator; Human; Stroke (108) 511
Heredity Quantitative trait loci; Event-related brain potential; P3;
Evoked potential LORETA; CPT; NoGo-anteriorization; P300; Alcoholism (108) 244
Source analysis; Motor inhibition (108) 406
High frequency oscillation Somatosensory evoked potential;
Evoked potential Somatosensory; Median nerve; Subcortical Median nerve stimulation; Central P22 component; Power
components; Vibration (108) 440 spectrum; Maximum entropy method (108) 536
Evoked response Magnetoencephalography; Esophagus; Somato- Hilbert transformation Hemifield visual evoked potential;
sensory cortex; Insular cortex (108) 234 Instantaneous frequency; Single trial (108) 560
Far-field potential Somatosensory evoked potential; Median Human Binaural interaction components; Auditory brain-stem;
nerve; Junctional potential; P9 (108) 584 Evoked potential; Generator, Stroke (108) 511
600 Hz wavelets SEP; Median nerve; Oscillatory burst; Dipole
Far field potential Trigeminal nerve; Mandibular nerve; Neural
origins (108) 92 source analysis; Thalamocortical projection; Primary somato
sensory cortex (108) 182
Far-field SEP; P14; Cervical spinal cord (108) 414
Induced rhythms Oscillations; a; 6; 6; Event-related desynchro
Focal-electroretinogram Visual evoked potential; Photostress nization; Synchronization (108) 123
608 Index f Subjects
Instantaneous frequency Hemifield visual evoked potential; Hil Magnetoencephalography Schizophrenia; Ocular artifact;
bert transformation; Single trial (108) 560 Regression (108) 526
Insular cortex Magnetoencephalography; Evoked response: Eso Magnetoencephalography Evoked response; Esophagus; Soma-
phagus; Somatosensory cortex (108) 234 tosensory cortex; Insular cortex (108) 234
Insulin-dependent diabetes Pattern electroretinogram: Visual Magnetoencephalography Somatosensory evoked magnetic
evoked potential; Retinocortical time; Latency window; Dia field; Dorsal penile nerve; Urogenital organs; Functional
betic retinopathy; Visual pathways function (108) 490 brain mapping (108) 57
Intensity Olfaction; Event-related potential; Chemoreception Mandibular nerve Far field potential; Trigeminal nerve; Neural
(108) 449 origins (108) 92
Interstimulus interval Auditory event-related potential; Mis Maximum entropy method High frequency oscillation Soma-
match negativity; Late difference negativity; Auditory sensory tosensory evoked potential; Median nerve stimulation; Central
memory; Children (108) 345 P22 component; Power spectrum (108) 536
Intraoperative monitoring Isoflurane; Motor evoked potential Median nerve stimulation High frequency oscillation; Somato
Nitrous oxide; Propofol (108) 175 sensory evoked potential; Central P22 component; Power spec
trum; Maximum entropy method (108) 536
Intraoperative monitoring Motor evoked potential; Somatosen
sory evoked potential; Spinal cord surgery: Spinal cord stimu Median nerve SEP; Oscillatory burst; 600 Hz wavelets; Dipole
lation (108) 17 source analysis; Thalamocortical projection; Primary somato
sensory cortex (108) 182
Isoflurane Intraoperative monitoring; Motor evoked potential
Nitrous oxide; Propofol (108) 175 Median nerve Somatosensory evoked potential; Far-field poten
tial; Junctional potential; P9 (108) 584
Junctional potentialSomatosensory evoked potential; Median
nerve; Far-field potential; P9 (108) 584 Median nerve Somatosensory: Evoked potential; Subcortical
components; Vibration (108) 440
Landau&ndashKleffner Syndrome; Epileptiform discharges
Auditory evoked responses; Auditory perception; Transitory MEG P300: Visual discrimination; "What" and ‘where’ (108) 45
cognitive impairment; Childhood (108) 506
Memory Covert processing; Reaction times; Visual event-related
Late difference negativity Auditory event-related potential: Mis potential; Visual object identification (108) 435
match negativity; Interstimulus interval Auditory sensory
Middle age Brain oscillations; Auditory evoked potential; Single
memory; Children (108) 345
sweep analysis; Phase locking; Frontal alpha rhythm (108)
Latency window Pattern electroretinogram; Visual evoked poten
49
tial; Retinocortical time; Insulin-dependent diabetes; Diabetic
retinopathy; Visual pathways function (108) 490 Mild head injury P300; Oddball; Post-traumatic; Stress (108)
554
Lateral geniculate nucleus Visual evoked potential; Primary
visual cortex; Sleep-wake states; Spike-wave discharges: Mismatch negativity Aging: Dichotic-listening; N2b (108) 361
WAG/Rij rat (108) 306
Mismatch negativity Auditory event-related potential; Late dif
Lateralization Event related potential; Temporal lobe epilepsy ference negativity; Interstimulus interval; Auditory sensory
Recognition memory (108) 567 memory; Children (108) 345
LORETA Evoked potential; CPT; NoGo-anteriorization; P300; Mismatch negativity Auditory evoked potential: Duration devi-
Source analysis; Motor inhibition (108) 406 ants; Healthy subjects (108) 154
Magnetic stimulation Pelizaeus-Merzbacher disease; Corticosp Mismatch negativity Auditory evoked responses; Electroence-
inal tracts; Conduction block (108) 446 phalography; Equivalent current dipole; Magnetoencephalo-
graphy: P50; N1; Source localization; Event-related potential
Magnetic stimulation Sympathetic skin response; Thermoregu
latory sweat test; Sudomotor function; Thermal sweating: (108) 370
Autonomic nervous system (108) 482 Model order Multi-start downhill simplex method; Singular
Magnetics Brain stimulation; Safety (108) | value decomposition; Neuromagnetic source localization
(108) 23»2
Magnetoencephalography Auditory evoked response: Electroen
cephalography; Equivalent current dipole; P50; N1; Mismatch Motor evoked potential Intraoperative monitoring; Isoflurane;
negativity; Source localization; Event-related potential (108) Nitrous oxide; Propofol (108) 175
a
+ /( Motor evoked potential Intraoperative monitoring; Somatosen-
Magnetoencephalography Auditory evoked response; Planun sory evoked potential; Spinal cord surgery: Spinal cord stimu
temporale (108) 219 lation (108) 17
Magnetoencephalography Electroencephalography; Nl; Nim; Motor evoked potential Somatosensory evoked potential; Cervi
Replicability; Source localization (108) 291 cal spondylotic myelopathy (108) 24