Electroencephalography and Clinical Neurophysiology 1992: Vol 83 Index

7 Pages·1992·1.5 MB·English

Electroencephalography and clinical Neurophysiology ,8 3 (1992) 407-409
© 1992 Elsevier Scientific Publishers Ireland, Ltd. 0013-464/99 2 /$05.00
Index of Authors
VOLUME 83 (1992)
(Authors from abstracts from Society Proceedings are not included)
Aichner, F., see Kofler, M. (83) 83 Epstein, C.M., Riether, A.M., Henderson, R.M. and Cotsonis, G.A.
Alho, K., see Ritter, W. (83) 306 EEG in liver transplantation: visual and computerized analysis
Arezzo, J.C., see Javitt, D.C. (83) 87 (83) 367
Arroyo, S., see Krauss, G.L. (83) 333 Evans, B.M.
Periodic activity in cerebral arousal mechanisms — the relation-
Bartussek, D., see Naumann, E. (83) 254 ship to sleep and brain damage (83) 130
Baumann, S.B., see Rogers, R.L. (83) 146 Evdokimidis, I., Mergner, T. and Liicking, C.H.
Baumgartner, H., see Kofler, M. (83) 83 Dependence of presaccadic cortical potentials on the type of
Bazzano, S., see Onofrj, M. (83) 52 saccadic eye movement (83) 179
Becker, J., see Marosi, E. (83) 350
Bell, G.B., Marino, A.A. and Chesson, A.L. Faught, E., Kuzniecky, R.I. and Hurst, D.C.
Alterations in brain electrical activity caused by magnetic fields: Ictal EEG wave forms from epidural electrodes predictive of
detecting the detection process (83) 389 seizure control after temporal lobectomy (83) 229
Berek, K., see Kofler, M. (83) 83 Fernandez, T., see Marosi, E. (83) 350
Bernal, J., see Marosi, E. (83) 350 Ferracci, F., see Onofrj, M. (83) 52
Besser, R., Hornung, K., Theisohn, M., Rothacher, G. and Kramer, Fisher, R.S., see Krauss, G.L. (83) 333
G. Fulgente, T., see Onofrj, M. (83) 52
EEG changes in patients during the introduction of carba-
mazepine (83) 19 Gabor, A.J. and Seyal, M.
Besset, A., see Tafti, M. (83) 339 Automated interictal EEG spike detection using artificial neural
Billiard, M., see Tafti, M. (83) 339 networks (83) 271
Buser, P., see Chatila, M. (83) 217 Gotman, J. and Wang, L.-Y.
State dependent spike detection: validation (83) 12
Caekebeke, J.F.V., see Van Dijk, J.G. (83) 44
Hari, R., see Karhu, J. (83) 192
Challamel, M.J., see Louis, J. (83) 289
Harmony, T., see Marosi, E. (83) 350
Chatel, M., see Thomas, P. (83) 223
Hattori, Y., see Moriwaki, A. (83) 281
Chatila, M., Milleret, C., Buser, P. and Rougeul, A.
Hayashi, Y., see Moriwaki, A. (83) 281
A 10 Hz “alpha-like” rhythm in the visual cortex of the waking
Hefner, G., see Kurthen, M. (83) 70
cat (83) 217
Henderson, R.M., see Epstein, C.M. (83) 367
Chesson, A.L., see Bell, G.B. (83) 389
Homan, R.W., see Hostetler, W.E. (83) 1
Christen, H.-J., see Waltz, S. (83) 138
Colamartino, P., see Onofrj, M. (83) 52 Hori, Y., see Moriwaki, A. (83) 281
Hornung, K., see Besser, R. (83) 19
Colding-Jorgensen, E., Lauritzen, M., Johnsen, N.J., Mikkelsen, K.B.
Hostetler, W.E., Doller, H.J. and Homan, R.W.
and Szrmark, K.
Assessment of a computer program to detect epileptiform spikes
On the evidence of auditory evoked magnetic fields as an objec-
(83) 1
tive measure of tinnitus (83) 322
Huber, C., see Naumann, E. (83) 254
Corsi-Cabrera, M., Juarez, J., Ponce-de-Leén, M., Ramos, J. and
Hufnagel, A., see Kurthen, M. (83) 70
Velazquez, P.N.
Hummel, T., see Livermore, A. (83) 201
EEG activity during estral cycle in the rat (83) 265
Hurst, D.C., see Faught, E. (83) 229
Cotsonis, G.A., see Epstein, C.M. (83) 367
Huttunen, J., see Karhu, J. (83) 192
Curatola, L., see Onofrj, M. (83) 52
lida, H., see Kano, K. (83) 124
Darcourt, J., see Thomas, P. (83) 223 Inouye, T., see Shinosaki, K. (83) 372
Davidson, R.J., see Sobotka, S.S. (83) 236
Debilly, G., see Louis, J. (83) 289 Javitt, D.C., Schroeder, C.E., Steinschneider, M., Arezzo, J.C. and
Deecke, L., see Morgan, J.M. (83) 378 Vaughan, Jr., H.G.
Deitch, Jr., R.D., see Reddy, R.V. (83) 162 Demonstration of mismatch negativity in the monkey (83) 87
Diaz de Leén, A.E., see Marosi, E. (83) 350 Jennekens-Schinkel, A., see Van Dijk, J.G. (83) 44
Diedrich, O., see Naumann, E. (83) 254 Johnsen, N.J., see Colding-Jorgensen, E. (83) 322
Dierdorf, S.F., see Reddy, R.V. (83) 162 Juarez, J., see Corsi-Cabrera, M. (83) 265
Doller, H.J., see Hostetler, W.E. (83) 1 Jung, R., see Niemann, J. (83) 297
Doose, H., see Waltz, S. (83) 138
Kano, K., Nakamura, M., Matsuoka, T., lida, H. and Nakajima, T.
Eisenberg, H.M., see Rogers, R.L. (83) 146 The topographical features of EEGs in patients with affective
Elger, C.E., see Kurthen, M. (83) 70 disorders (83) 124
408 INDEX OF AUTHORS 83, 1992
Karhu, J., Hari, R., Makela, J.P., Huttunen, J. and Knuutila, J. Morehead, L., see Salinsky, M.C. (83) 358
Cortical somatosensory magnetic responses in multiple sclerosis Morgan, J.M., Wenzl, M., Lang, W., Lindinger, G. and Deecke, L.
(83) 192 Frontocentral DC-potential shifts predicting behavior with or
Katayama, J. and Yagi, A. without a motor task (83) 378
Negative brain potentials elicited by an unexpected color patch or Moriwaki, A., Hattori, Y., Hayashi, Y. and Hori, Y.
word (83) 248 Development of epileptic activity induced by iron injection into
Kim, J., see Spencer, S.S. (83) 104 rat cerebral cortex: electrographic and behavioral characteristics
Knuutila, J., see Karhu, J. (83) 192 (83) 281
Kobal, G., see Livermore, A. (83) 201
Kobayashi, K., Ohtsuka, Y., Oka, E. and Ohtahara, S. Naatanen, R., see Ritter, W. (83) 306
Primary and secondary bilateral synchrony in epilepsy: differenti- Nakajima, T., see Kano, K. (83) 124
ation by estimation of interhemispheric small time differences Nakamura, M., see Kano, K. (83) 124
during short spike-wave activity (83) 93 Naumann, E., Huber, C., Maier, S., Plihal, W., Wustmans, A.,
Kofler, M., Saltuari, L., Schmutzhard, E., Berek, K., Baumgartner, Diedrich, O. and Bartussek, D.
H., Russegger, L. and Aichner, F. The scalp topography of P300 in the visual and auditory modali-
Electrophysiological findings in a case of severe intrathecal ba- ties: a comparison of three normalization methods and the con-
clofen overdose (83) 83 trol of statistical type II error (83) 254
Kramer, G., see Besser, R. (83) 19 Niemann, J., Winker, T. and Jung, R.
Kramer, R.E., see Salinsky, M.C. (83) 358 Changes in cortical negative DC shifts due to different motor task
Krauss, G.L., Lesser, R.P., Fisher, R.S. and Arroyo, S. conditions (83) 297
Anterior “cheek” electrodes are comparable to sphenoidal elec-
trodes for the identification of ictal activity (83) 333 Ohtahara, S., see Kobayashi, K. (83) 93
Kurthen, M., Lukas, M., Hufnagel, A., Linke, D.B., Hefner, G., Ohtsuka, Y., see Kobayashi, K. (83) 93
Elger, C.E. and Schramm, J. Oka, E., see Kobayashi, K. (83) 93
Correlations between verbal memory performance and electro- Oken, B.S., see Salinsky, M.C. (83) 358
corticographically determined suppression of electrical brain ac- Onofrj, M., Curatola, L., Malatesta, G., Colamartino, P., Bazzano,
tivity in intracarotid amobarbital tests (83) 70 S., Fulgente, T. and Ferracci, F.
Kuzniecky, R.1I., see Faught, E. (83) 229 Delayed P3 event-related potentials (ERPs) in thalamic hemor-
rhage (83) 52
Lang, W., see Morgan, J.M. (83) 378
Larsen, L.H., Prinz, P.N. and Moe, K.E. Paavilainen, P., see Ritter, W. (83) 306
Quantitative analysis of the EEG during tonic REM sleep — Papanicolaou, A.C., see Rogers, R.L. (83) 146
methodology (83) 24 Pfurtscheller, G.
Larsen, L.H., see Prinz, P.N. (83) 36 Event-related synchronization (ERS): an electrophysiological cor-
Lauritzen, M., see Colding-Jorgensen, E. (83) 322 relate of cortical areas at rest (83) 62
Lavikainen, J., see Ritter, W. (83) 306 Plihal, W., see Naumann, E. (83) 254
Lesser, R.P., see Krauss, G.L. (83) 333 Ponce-de-Leén, M., see Corsi-Cabrera, M. (83) 265
Lindinger, G., see Morgan, J.M. (83) 378 Péppl, S.J., see Schmid, R.G. (83) 112
Linke, D.B., see Kurthen, M. (83) 70 Pratt, H., Martin, W.H. and Schwegler, J.W.
Livermore, A., Hummel, T. and Kobal, G. Contralateral effects of cerebello-pontine angle exposure on hu-
Chemosensory event-related potentials in the investigation of man auditory brain-stem evoked potentials (83) 153
interactions between the olfactory and the somatosensory (tri- Prinz, P.N., Larsen, L.H., Moe, K.E. and Vitiello, M.V.
geminal) systems (83) 201 EEG markers of early Alzheimer’s disease in computer selected
Louis, J., Zhang, J.X., Revol, M., Debilly, G. and Challamel, M.J. tonic REM sleep (83) 36
Ontogenesis of nocturnal organization of sleep spindles: a longi- Prinz, P.N., see Larsen, L.H. (83) 24
tudinal study during the first 6 months of life (83) 289
Liicking, C.H., see Evdokimidis, I. (83) 179 Ramos, J., see Corsi-Cabrera, M. (83) 265
Lukas, M., see Kurthen, M. (83) 70 Rappelsberger, P., see Schmid, R.G. (83) 112
Reddy, R.V., Moorthy, S.S., Mattice, T., Dierdorf, S.F. and
Maier, S., see Naumann, E. (83) 254 Deitch, Jr., R.D.
Makela, J.P., see Karhu, J. (83) 192 An electroencephalographic comparison of effects of propofol
Malatesta, G., see Onofrj, M. (83) 52 and methohexital (83) 162
Marino, A.A., see Bell, G.B. (83) 389 Reinikainen, K., see Ritter, W. (83) 306
Marosi, E., Harmony, T., Sanchez, L., Becker, J., Bernal, J., Reyes, Revol, M., see Louis, J. (83) 289
A., Diaz de Leén, A.E., Rodriguez, M. and Fernandez, T. Reyes, A., see Marosi, E. (83) 350
Maturation of the coherence of EEG activity in normal and Riether, A.M., see Epstein, C.M. (83) 367
learning-disabled children (83) 350 Ritter, W., Paavilainen, P., Lavikainen, J., Reinikainen, K., Alho, K.,
Martin, W.H., see Pratt, H. (83) 153 Sams, M. and Naatanen, R.
Matsuoka, T., see Kano, K. (83) 124 Event-related potentials to repetition and change of auditory
Mattice, T., see Reddy, R.V. (83) 162 stimuli (83) 306
Mergner, T., see Evdokimidis, I. (83) 179 Rodriguez, M., see Marosi, E. (83) 350
Migneco, O., see Thomas, P. (83) 223 Rogers, R.L., Papanicolaou, A.C., Baumann, S.B. and Eisenberg,
Mikkelsen, K.B., see Colding-Jorgensen, E. (83) 322 H.M.
Milleret, C., see Chatila, M. (83) 217 Late magnetic fields and positive evoked potentials following
Moe, K.E., see Larsen, L.H. (83) 24 infrequent and unpredictable omissions of visual stimuli (83) 146
Moe, K.E., see Prinz, P.N. (83) 36 Rondouin, G., see Tafti, M. (83) 339
Moorthy, S.S., see Reddy, R.V. (83) 162 Rothacher, G., see Besser, R. (83) 19
INDEX OF AUTHORS 83, 1992
Rougeul, A., see Chatila, M. (83) 217 Takigawa, M., see Wang, G. (83) 398
Rudell, A.P. Theisohn, M., see Besser, R. (83) 19
Rapid stream stimulation and the recognition potential (83) 77 Thomas, P., Migneco, O., Darcourt, J. and Chatel, M.
Russegger, L., see Kofler, M. (83) 83 Single photon emission computed tomography study of subclini-
cal rhythmic electrographic discharge in adults (83) 223
Szrmark, K., see Colding-Jgrgensen, E. (83) 322 Tirsch, W.S., see Schmid, R.G. (83) 112
Salinsky, M.C., Oken, B.S., Kramer, R.E. and Morehead, L. Toi, S., see Shinosaki, K. (83) 372
A comparison of quantitative EEG frequency analysis and con-
ventional EEG in patients with focal brain lesions (83) 358 Ukai, S., see Shinosaki, K. (83) 372
Saltuari, L., see Kofler, M. (83) 83
Sams, M., see Ritter, W. (83) 306 Van der Wal, E.A. and Sandman, C.A.
Sanchez, L., see Marosi, E. (83) 350 Evidence for terminal decline in the event-related potential of
Sandman, C.A., see Van der Wal, E.A. (83) 211 the brain (83) 211
Schmid, R.G., Tirsch, W.S., Rappelsberger, P., Weinmann, H.-M. Van Dijk, J.G., Caekebeke, J.F.V., Jennekens-Schinkel, A. and
and PéGppl, S.J. Zwinderman, A.H.
Comparative coherence studies in healthy volunteers and Down’s Background EEG reactivity in auditory event-related potentials
syndrome patients from childhood to adult age (83) 112 (83) 44
Schmutzhard, E., see Kofler, M. (83) 83 Vaughan, Jr., H.G., see Javitt, D.C. (83) 87
Schramm, J., see Kurthen, M. (83) 70 Velazquez, P.N., see Corsi-Cabrera, M. (83) 265
Schroeder, C.E., see Javitt, D.C. (83) 87 Vitiello, M.V., see Prinz, P.N. (83) 36
Schwegler, J.W., see Pratt, H. (83) 153
Senulis, J.A., see Sobotka, S.S. (83) 236 Waltz, S., Christen, H.-J. and Doose, H.
Seyal, M., see Gabor, A.J. (83) 271 The different patterns of the photoparoxysmal response — a
Shinosaki, K., Inouye, T., Ukai, S. and Toi, S. genetic study (83) 138
Half-field sinusoidally modulated light stimulation at subject’s Wang, G. and Takigawa, M.
alpha frequency (83) 372 Development of data reconstruction system of paper-recorded
Sobotka, $.S., Davidson, R.J. and Senulis, J.A. EEG: method and its evaluation (83) 398
Anterior brain electrical asymmetries in response to reward and Wang, L.-Y., see Gotman, J. (83) 12
punishment (83) 236 Weinmann, H.-M., see Schmid, R.G. (83) 112
Spencer, D.D., see Spencer, S.S. (83) 104 Wenzl, M., see Morgan, J.M. (83) 378
Spencer, S.S., Kim, J. and Spencer, D.D. Winker, T., see Niemann, J. (83) 297
Ictal spikes: a marker of specific hippocampal cell loss (83) 104 Wustmans, A., see Naumann, E. (83) 254
Steinschneider, M., see Javitt, D.C. (83) 87
Yagi, A., see Katayama, J. (83) 248
Tafti, M., Rondouin, G., Besset, A. and Billiard, M.
Sleep deprivation in narcoleptic subjects: effect on sleep stages Zhang, J.X., see Louis, J. (83) 289
and EEG power density (83) 339 Zwinderman, A.H., see Van Dijk, J.G. (83) 44
Electroencephalography and clinical Neurophysiology ,8 3 (1992) 410-413
© 1992 Elsevier Scientific Publishers Ireland, Ltd. 0013-464/99 2 /$05.00
Index of Subjects
VOLUME 83, 1992
(Abstracts from Society Proceedings are not included)
Affective disorders and EEG topography, 124 Burst suppression
Age — ECoG and memory in amobarbital tests, 70
— terminal decline in the ERP of the brain, 211
Alpha rhythm Carbamazepine effects on EEG, 19
— “alpha-like” rhythm in cat, 217 Cat “alpha-like” rhythm, 217
— background EEG reactivity in auditory ERPs, 44 Cell loss
— early Alzheimer’s disease in tonic REM sleep, 36 — ictal spikes and hippocampal cell loss, 104
— EEG topography in affective disorders, 124 Cerebello-pontine angle exposure and BAEPs, 153
— event-related desynchronization, 62 Cerebral lesions, see Lesions
— interhemispheric response of alpha activity, 372 Cerebrovascular disease
Alzheimer’s disease — delayed P3 in thalamic hemorrhage, 52
— early Alzheimer’s disease in tonic REM sleep, 36 — subclinical rhythmic electrographic discharge, 223
-— qEEG during tonic REM sleep, 24 Chemosensory evoked potentials
Amobarbital test and ECoG and memory, 70 — olfactory and somatosensory system interaction, 201
Anesthesia — perception of chemical stimuli, 201
— EEG effects of propofol and methohexital, 162 Children, see Infants
Arousal mechanisms and periodic activity, 130 Cognitive deficit
Asymmetries of brain electrical during emotional behavior, 236 — terminal decline in the ERP of the brain, 211
Auditory mismatch negativity in the monkey, 87 Cognitive processes
Auditory evoked fields and tinnitus, 322 — mismatch negativity in the monkey, 87
Auditory evoked potentials Coherence analysis
— to repetition and change of auditory stimuli, 306 — bilateral synchrony in epilepsy, 93
Automated analysis — in Down’s syndrome and healthy subjects, 112
— early Alzheimer’s disease in tonic REM sleep, 36 — in learning-disabled children, 350
— interictal spike detection by neural networks, 271 — spline computation of scalp current density, 171, 172
— spike detection, 1, 12 Color
Autonomic nervous system — N400 to color patch or word, 248
— periodic activity in cerebral arousal mechanisms, 130 Complex partial seizures, 229
Autoregressive model Computerization of paper-recorded EEG, 398
— bilateral synchrony in epilepsy, 93 Computed EEG topography, see Topographic mapping
Contingent negative variation
— behavioral consequences of DC potential shifts, 378
Baclofen
— electrical asymmetries during emotional behavior, 236
- severe intrathecal baclofen overdose, 83
Convulsion threshold
BAEPs, see Brain-stem auditory evoked potentials
— iron-induced epilepsy in rat, 281
Behavioral consequences of DC potential shifts, 378
Current density spline computation, 171, 172
Beta rhythms
Current dipole
— background EEG reactivity in auditory ERPs, 44
— tinnitus and auditory evoked magnetic fields, 322
— early Alzheimer’s disease in tonic REM sleep, 36
- qEEG during tonic REM sleep, 24 Data processing
Bilateral synchrony in epilepsy, 93 — computerization of paper-recorded EEG, 398
Book reviews, 91, 175, 328, 402 — see also Spectral analysis
Brain damage DC potential shifts
~— EEG in patients with focal brain lesions, 358 — behavioral consequences, 378
— periodic activity in cerebral arousal mechanisms, 130 — during motor performance, 297
Brain death Depth recording
— terminal decline in the ERP of the brain, 211 — ictal spikes and hippocampal cell loss, 104
Brain development Development
— EEG in learning-disabled children, 350 — EEG in learning-disabled children, 350
Brain-stem auditory evoked potentials — nocturnal sleep spindle ontogenesis, 289
— cerebello-pontine angle exposure, 153 Diagnosis of early Alzheimer’s disease, 36
— severe intrathecal baclofen overdose, 83 Down’s syndrome and EEG coherence, 112
INDEX OF SUBJECTS 83, 1992
EcoG — somatosensory, see Somatosensory evoked potentials
— and memory in amobarbital tests, 70 — the recognition potential, 77
— iron-induced epilepsy in rat, 281 Eye movement
EEG — presaccadic potential and saccade type, 179
alterations caused by magnetic fields, 389
and photoparoxysmal response, 138 Females
automated spike detection, 1 ~- EEG activity during estral cycle in rat, 265
background EEG reactivity in auditory ERPs, 44 Filtering
bilateral synchrony in epilepsy, 93 — interhemispheric response of alpha activity, 372
— cheek electrodes for identification of ictal activity, 333 Focal brain lesions and EEG, 358
— computerization of paper-recorded EEG, 398 Frequency analysis
during carbamazepine treatment, 19 — during carbamazepine treatment, 19
— during emotional behavior, 236 — in patients with focal brain lesions, 358
during estral cycle in rat, 265 Frontal cortex
during tonic REM sleep, 24, 36 - behavioral consequences of DC potential shifts, 378
effects of propofol and methohexital, 162
epidural EEG wave forms, 229 Genetic study of photoparoxysmal response, 138
event-related desynchronization, 62
Half-field stimulation
ictal spikes and hippocampal cell loss, 104
— interhemispheric response of alpha activity, 372
in affective disorders, 124
Hand preference and cortical negative DC shifts, 297
in Down’s syndrome, 112
Hemispherical lateralization
in early Alzheimer’s disease, 36
— EEG topography in affective disorders, 124
in learning-disabled children, 350
— interhemispheric response of alpha activity, 372
in liver transplantation, 367
Hemorrhage
in patients with focal brain lesions, 358
— delayed P3 in thalamic hemorrhage, 52
interhemispheric response of alpha activity, 372
Hepatic diseases
interictal spike detection by neural networks, 271
— EEG in liver transplantation, 367
SPECT in subclinical rhythmic electrographic discharge, 223
Hippocampal cell loss and ictal spikes, 104
— state-dependent spike detection, 12
Electrical potential Ictal EEG
— relationships between sources from MEFs and EPs, 146 — and hippocampal cell loss, 104
Electrode for identification of ictal activity, 333
- electrode for identification of ictal activity, 333
Electrode placement and epidural EEG wave forms, 229 Ideographs
Emission computerized tomography — the recognition potential, 77
— in subclinical rhythmic electrographic discharge, 223 Image scanner
Emotional behavior and brain electrical asymmetries, 236 — computerization of paper-recorded EEG, 398
Epidural EEG wave forms, 229 Infants
Epilepsy - EEG in learning-disabled children, 350
— automated spike detection, 1 — nocturnal sleep spindle ontogenesis, 289
— cheek electrodes for identification of ictal activity, 333 Interhemispheric
— ECoG and memory in amobarbital tests, 70 — bilateral synchrony in epilepsy, 93
epidural EEG wave forms, 229 — time differences in spike-waves, 169, 170
ictal spikes and hippocampal cell loss, 104 Interhemispheric coherence
interhemispheric time differences in spike-waves, 169, 170 — in Down’s syndrome and healthy subjects, 112
interictal spike detection by neural networks, 271 Intoxication
iron-induced epilepsy in rat, 281 — severe intrathecal baclofen overdose, 83
photoparoxysmal response. A genetic study, 138 Intraoperative monitoring
— primary and secondary bilateral synchrony, 93 — cerebello-pontine angle exposure and BAEPs, 153
— state-dependent spike detection, 12 — EEG effects of propofol and methohexital, 162
Estral cycle and EEG activity in rat, 265 Intrathecal baclofen overdose, 83
Event-related potentials Ion resonance
— and background EEG reactivity, 44 — EEG alterations caused by magnetic fields, 389
— behavioral consequences of DC potential shifts, 378 Iron-induced epilepsy in rat, 281
— in thalamic hemorrhage, 52
— mismatch negativity in the monkey, 87 Learning-disabled children, 350
— N400 to color patch or word, 248 Lesions
— P3 in the visual and auditory modalities, 254 — EEG in patients with focal brain lesions, 358
— terminal decline in the ERP of the brain, 211 Lissajous’ trajectories
— to repetition and change of auditory stimuli, 306 — cerebello-pontine angle exposure and BAEPs, 153
Event-related synchronization, 62 Liver transplantation and EEG, 367
Evoked fields in multiple sclerosis, 192 Lobectomy
Evoked potentials — epidural EEG wave forms, 229
— BAEPs, see Brain-stem auditory evoked potentials
— corrigenda, 270 Magnetic field
— relationships between sources from MEFs and EPs, 146 — EEG alterations caused by magnetic fields, 389
— severe intrathecal baclofen overdose, 83 — relationships between sources from MEFs and EPs, 146
412 INDEX OF SUBJECTS 83, 1992
Magnetoencephalogram Physical stimulus
— in multiple sclerosis, 192 - N400 to color patch or word, 248
— in tinnitus, 322 Power spectral analysis
Mapping, see Topographic mapping — EEG alterations caused by magnetic fields, 389
Maturation Premotor potential
— EEG in learning-disabled children, 350 — presaccadic potential and saccade type, 179
Median nerve SEFs in multiple sclerosis, 192 Preparation to movement
Memory — behavioral consequences of DC potential shifts, 378
— behavioral consequences of DC potential shifts, 378 Process S
— in amobarbital tests, 70 — sleep deprivation in narcoleptic subjects, 339
Methohexital EEG effects, 162 Prognosis
Mismatch negativity — EEG in liver transplantation, 367
— in the monkey, 87 Propofol EEG effects, 162
— repetition and change of auditory stimuli, 306 P3
Modality — in thalamic hemorrhage, 52
— P3 in the visual and auditory modalities, 254 — in the visual and auditory modalities, 254
Model — repetition and change of auditory stimuli, 306
— interictal spike detection by neural networks, 271 — the recognition potential, 77
Monitoring P300 in the monkey, 87
— automated spike detection, 1 Pz
— state-dependent spike detection, 12 — relationships between sources from MEFs and EPs, 146
Monkey mismatch negativity, 87
Movement Quantitative EEG
— behavioral consequences of DC potential shifts, 378 — during tonic REM sleep, 24
- cortical negative DC shifts, 297 — in liver transplantation, 367
Multiple sclerosis and SEFs, 192 — in patients with focal brain lesions, 358
Mu rhythm in cat, 217
Muscle activity and cortical negative DC shifts, 297 Rat
-— EEG activity during estral cycle, 265
Narcolepsy and sleep deprivation, 339 S iron-induced epilepsy, 281
Negative DC shifts during motor performance, 297 Reaction time
Neural network and detection of interictal spike, 271 ~ background EEG reactivity in auditory ERPs, 44
Neurological disorders Recognition potential, 77
~ delayed P3 in thalamic hemorrhage, 52 Reward and brain electrical asymmetries, 236
— EEG during carbamazepine treatment, 19
— periodic activity in cerebral arousal mechanisms, 130 Saccade type and presaccadic potential, 179
Normal human subjects Signal processing
— background EEG reactivity in auditory ERPs, 44 — automated spike detection, 1
— behavioral consequences of DC potential shifts, 378 - early Alzheimer’s disease in tonic REM sleep, 36
~ EEG alterations caused by magnetic fields, 389 — interhemispheric time differences in spike-waves, 169, 170
— EEG coherence, 112 — spline computation of scalp current density, 171, 172
— electrical asymmetries during emotional behavior, 236 — state-dependent spike detection, 12
— ERPs to repetition and change of auditory stimuli, 306 Signal /noise
— interhemispheric response of alpha activity, 372 — cerebello-pontine angle exposure and BAEPs, 153
— negative DC shifts during motor performance, 297 Significance probability mapping
— N400 to color patch or word, 248 — EEG topography in affective disorders, 124
— presaccadic potential and saccade type, 179 Simulation
— P3 in the visual and auditory modalities, 254 — interictal spike detection by neural networks, 271
— the recognition potential, 77 Sine wave grating
Normalization — interhemispheric response of alpha activity, 372
— P3 in the visual and auditory modalities, 254 Single photoemission computed tomography study of SREDA, 223
N2 Single trial EEG data
— repetition and change of auditory stimuli, 306 - background EEG reactivity in auditory ERPs, 44
— the recognition potential, 77 Sleep
N400 to color patch or word, 248 — event-related desynchronization, 62
— in early Alzheimer’s disease, 36
‘ — nocturnal sleep spindle ontogenesis, 289
pg eselo gee — periodic activity, 130
— mismatch negativity in the monkey, 87 «a a ee
Olfaction oe P _
r . ‘ — tonic REM sleep, 24, 36
— interaction with the somatosensory system, 201
. é see Slow waves
Fcc boaag of chemical stimuli, 201 — behavioral consequences of DC potential shifts, 378
Society proceedings
— nocturnal sleep spindle ontogenesis, 289
— American, Philadelphia, December 1991, 63P
— American, Salt Lake City, February 1992, 11P
Periodic activity in cerebral arousal mechanisms, 130 — Belgian, Bruges, November 1991, 1P
Photoparoxysmal response. A genetic study, 138 — Eastern Association, Val David, February 1992, 16P
INDEX OF SUBJECTS 83, 1992
— French, Montpellier, May 1991, 55P Temporal lobe
- German, Bonn, October 1990, 90P — cheek electrodes for identification of ictal activity, 333
— Israelian, Jerusalem, November 1991, 5P - epidural EEG wave forms, 229
— Italian, Ascoli Piceno, June 1991, 20P — ictal spikes and hippocampal cell loss, 104
— Japanese, Matsumoto, November 1991, 46P Terminal decline in the ERP of the brain, 211
— Swedish, Stockholm, November 1991, 3P Thalamic hemorrhage and delayed P3, 52
Somatosensory cortex and multiple sclerosis, 192 Tinnitus and auditory evoked magnetic fields, 322
Somatosensory evoked potentials Topographic mapping
— interaction with the olfactory system, 201 — EEG topography in affective disorders, 124
— iron-induced epilepsy in rat, 281 — event-related desynchronization, 62
— perception of chemical stimuli, 201 — P3 in the visual and auditory modalities, 254
Source Trigeminal nerve
— relationships between sources from MEFs and EPs, 146 — olfactory and somatosensory system interaction, 201
Spatial distribution, see Topographic mapping — perception of chemical stimuli, 201
Spectral analysis Tumors
— during tonic REM sleep, 24 - cerebello-pontine angle exposure and BAEPs, 153
— sleep deprivation in narcoleptic subjects, 339
Sphenoidal electrode and identification of ictal activity, 333
Ulnar nerve SEFs in multiple sclerosis, 192
Spike
— automated spike detection, 1
— ictal spikes and hippocampal cell loss, 104 Verbal task
— interictal spike detection by neural networks, 271 - ECoG and memory in amobarbital tests, 70
— state-dependent spike detection, 12 Visual cortex
Spike-wave - “alpha-like” rhythm in cat, 217
— bilateral synchrony in epilepsy, 93 Visual stimulation
— interhemispheric time differences, 169, 170 - relationships between sources from MEFs and EPs, 146
— iron-induced epilepsy in rat, 281
Spindles
Wave form
— event-related desynchronization, 62
- epidural EEG wave forms, 229
— nocturnal sleep spindle ontogenesis, 289
Wiener filtering
Subclinical rhythmic electrographic discharge, 223
— interhemispheric response of alpha activity, 372
Supplementary motor area
Word
— cortical negative DC shifts during motor performance, 297
— N400 to color patch or word, 248
Task complexity and cortical negative DC shifts, 297
Temperature effects Z spectra
— cerebello-pontine angle exposure and BAEPs, 153 - qEEG during tonic REM sleep, 24