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CLINICALELECTROENCEPHALOGRAPHY CLINICAL EEG ELECTROENCEPHALOGRAPHY Author and Subject Index Volume 33, 2002 Index ofAuthors Aglio, Linda S., 21, 30 Harmony, Thalia, 42, 70, Mylin Leland H., 62 Saygi, Serap, 171 Alper, Kenneth R., 8 160 Nashida, Tadayoshi, 77 Schneier, Franklin R., 119 Alsaadi, T., 174 Hernandez, Adriana, 42 Niedermeyer, E., 58, 155 Shinozaki, Naoko, 77 Andersson, Stein, 102 Herrera, Wendy, 160 Nowacki, Ralph, 111 Shiraishi, Kimio, 189 Aubert, Eduardo, 70 Hillert, Dieter G., 111 Olichney, John M. 111 Silva-Pereyra, Juan, 42, Basho, Surina, 97 Hiruma, Tomiharu, 77 Patil, Vijaya K., 1 160 Bodis-Wollner, Ivan, 62 Howard, Bryant, 8 Patrick, Gloria, 93, 178 Solbakk, Anne-Kristin, 102 Bosch, Jorge, 70 Hughes, John R., 1, 165 Pavone, A., 155 Stewart, Jonathan W., 119 Bozkurt, Murat Fani, 171 Iragui, Vicente J., 111 Polich, John, No. 3, VI, 97 Struve, Frederick A., 93, 178 Bruder, Gerard E., 119 John, E. Roy, 8, No. 3, V Prichep, Leslie S., 8 Sutoh, Takeyuki, 77 Casian, Gustavo, 70 Kaneko, Sunao, 77 Quitkin, Frederic M., 119 Sverdiov, Lev, 8 Cui, Lili, 82 Kato, Toshihiko, 189 Ramirez, Marcella, 21, 30 Tagliati, Michele, 62 Desai, Sukumar, 21, 30 Kayser, Jurgen, 119 Reeves, Roy R., 93, 178 Tanaka, Masahiro, 189 Erbas, Belkis, 171 Kikuchi, Mitsuru, 86 Reinvang, lvar, 102 Tecoma, Evelyn, 111 Fernandez, Thalia, 42, 70, Koshino, Yoshifumi, 86 Ricardo-Garcell, Josefina, Tenke, Craig E., 119 160 Kowalik, Sharon C., 8 70 Tian, Shujuan, 82 Fernandez-Bouzas, Anto- Kraus, Karl H., 21 Riggins, Brock, R., 111 Tom, MeeLee, 8 nio, 42, 70, 160 Kutas, Marta, 111 Rickimaru, Fumihide, 189 Vainstein, Gabriel, 48 Ford, Judith M., 125 Leite, Paul, 119 Romero, Rafael, 21, 30 Valdes, Pedro, 70 Gadoth, Natan, 48 Levy, Walter J., 21 Rosenthal, Mitchell S., 8 Wada, Yuji, 86 Gansaeuer, M., 174 Martinez-Lopez, Manuel, 42 Sanchez, Liliana, 160 Wang, C. C., 165 Garcia, Juan Carlos, 42 Mathalon, Daniel H., 125 Sanchez-Conde, Raul, 70 Wang, Huijun, 82 Gonzalez, Andreas A., 30 Matsuoka, Takashi, 77 Santiago-Rodriguez, Efrain, Wang, Yuping, 82 Graef, Alicia, 42 Mazza, S., 155 42, 160 Yabe, Hirooki, 77 Gugino, Laverne D., 21, 30 Merkin, Henry, 8 Sartucci, Ferdinando, 62 Yoffe, Vitali, 48 Harada, Hirofumi, 189 Mori, Takashi, 189 Sato, Yasuharu, 77 Zhang, Yuanyuan, 82 195 CLINICALELECTROENCEPHALOGRAPHY Index of Subjects Absence seizures and, status epilepticus, EEGand Cerebrallesions and, VEPin detection ofparacentral visu- behavioral correlates, 136-140 alfield defects, 62-69 Absolute power and, harmonicresponsetso photic stimu- Cocaine dependence and, outcome related electrophysio- lationinnormalaging andAlzheimer’s disease, 86-92 logical subtypes, 8-20, 193 Age factor and, EEGharmonicresponsetso photic stimula- Cognitive impairment and, multivariate diagnosticevoked tion, 86-92 response, 140 —Lennox-Gastautsyndromelong-term EEGchanges, 1-7 —P3aandP3b auditory ERPsinHIV patients receiving Alphaacatndi, Avlzhieitmeyr' s disease with donepezil anti-viral medication, 97-101 treatment, 93-96 —P3aandP3bafter moderatteo severe brain injury, 102- —caffeine withdrawal, 178-188 110 —intravenous olfactory stimulation, 189-192 —repetitive transcranial magnetic stimulation of posterior —sources of EEG actiivnl ieatrnyin g disabled children, parietallobe, 150 160-164 —slow-wave EEG, 51-52 Alzheimer’s disease and, EEG harmonic drivingrespons- —tonalandoddballtasks, indepressive and anxiety disor- esto photic stimulation, 86-92 ders, 119-124 —effects of donepezil, QEEG, 93-96 —SeealsoAlzheimer’s disease, Memory —multivariate diagnostic evoked response, 140, 154 Comorbidity and, ERPsin depressive and anxiety disor- Anticonvulsant drugs and, HIV patients, 97-101 ders during tonal and phonetic oddballtasks, 119-124 —Lennox-Gastautsyndrome, long-term EEGchanges, Complex partial siezures and, interictal epileptiform activ- 1-7 itywith BESA, 42-47 Anxiety disorders and, cognitive ERPs duringtonaland —Lennox-Gastautsyndromelong-term follow-up, 1-7 phonetic oddball tasks, 119-124 —PLEDs andhyperperfusiowni,t h SPECT, 171-173 —See also Psychiatric disorder —status epilepticus, EEG and behavioral correlates, 136- Aspberger’s patients and, QEEG, 53 140 Attention and, P3aandP3b after moderate to severe brain Conflictinformation and, ERPinano-gotask, 82-85 injury, 102-110 Contingent negative variation (CNV) and, small symmet- —repetitive transcranial magnetic stimulation of the pos- rical negativity inasomatosensory paradigm, 77-81 terior parietallobe, 150 Deltaactivity and, caffeine withdrawal, 177-188 —See also Cognitiveimpairment —Seealso Slow activity Auditory stimuli and, ERPsin HIVp atients receiving anti- Dementia, SeeAlzheimer's disease, Cognitive impairment viralmedication, 97-101 Depression and, cognitive ERPs during tonal and phonetic —moderateto severe brain injury, 102-110 oddballtasks, 119-124 —P300 abnormalities in schizophrenia, influence of inter- —electrophysiologic studies, new findings and potential stimulus interval, 125-135 Clinical applications, 145 —SeealsoP300 —See also Psychiatric disorder Auraand, pre-aurain epilepsy, 58-61 Dipole modeling and, EEGsource localization ofinterictal Beta activity and, caffeine withdrawal, 178-188 epileptiform activity in partial complex epilepsy, 42-47 —intravenous olfactory stimulation, 189-192 Donepezil and, QEEGinAlzheimer’s disease, 93-96 —MarioGozzano EEG pioneer, 155-159 Drugs and, anticonvulsant medication in HIV patients, 97- Book review, Handbook of Transcranial Magnetic Stimula- 101 tion, No.4:V —Caffeine withdrawal, 178-188 Brain Electric Source Analysis (BESA) and, interictal —carbamazepine-induced seizures, 174-177 epileptiform activitiyn p artial complex epilepsy, 42-47 —cocaine dependence outcomein physiological sub- Braininjury and, P3aandP3b after moderate to severe types, 8-20 injury, 102-110 —donepezilinAlzheimer's disease, QEEG, 93-96 —QEEG, 56, 144 —Lennox-Gastaut syndrome, long-term changes, 1-7 Caffeine and, withdrawal, QEEG analysis, 178-188 —mental disorders therapy, 136 Carbamazepine and, induced seizures, 174-177 —politics and placebos, 54-55 Cardiacarrest and, realtime neurological monitoring sys- —QEEG predictingresponse, 54 tem forcortical injury detection, 149 —serotonergic antidepressants, 145-146 Cerebral blood flow and,SPECT andPLEDs, hyperperfu- Editorial: Letter fromthe President, No.3,V sionand seizures, 171-173 Epilepsy, See Seizures 196 CLINICALELECTROENCEPHALOGRAPHY Event-related evoked potentials and, advanced methods Language and, N400, semantic congruity and word repeti- foranalysis, 148 tioninlefttemporallobe epilepsy, 111-118 —clinical patients, No.3, VI,97-135 Learning disorders and, sources of EEG activity in chil- —depressive andanxiety disorders during tonal and pho- dren, 160-164 netic oddballtasks, 119-124 Lennox-Gastaut syndrome and, long-term EEGchanges, —HIV patients receiving anti-viral medication, 97-101 1-7 —interstimulus interval on auditory P300in schizophrenia, LORETAand, diagnosis andtherapy of mental disorders, 136 125-135 —normative database, 57 —latency abnormalitiesin schizophrenia, 152 Magnetoencephalography and, epilepsy, 140 —medialtemporallobe, memory, 146 Memory and, ERPinhuman medial temporal lobe, 146 —moderatet o severe brain injury, 102-110 —N400, semantic congruity andword repetition inlefttem- —N400, semantic congruity andword repetition in lefttem- porallobe epilepsy, 111-118 porallobe epilepsy, 111-118 —P300inanaginglarge population, 149-150 —no-gotask, response-tendency conflict, 82-85 —temporallobe epilepsy, limbic ERP, 147 —S-adenosyl-L-methionine, cognitive information pro- —SeealsoAlzheimer’s disease cessing, 151 Mental disorders and, EEG mapping andtomography, evi- —somatosensory CNV paradigm, 77-81 dence ofkey-lock principle, 136 —visualfield defects, 62-69 —SeealsoPsychiatricdisorder Evoked potentials and, auditory and central serotonergic Motor evoked potentials and, cap-shaped coil fortranscra- activity, responsteo serotonergicvs. noradrenergic nial magnetic stimulation, 21-41 antidepressants, 145-146 Myoclonic seizures and, Lennox-Gastaut syndrome, 1-7 —SeealsoEvent-related EPs, SSEPs Neurobehavioral disorders editorial, No.3, V Frequency Domain Variable Resolution Electromagnet- N400 and, semanticcongruity andword repetition in lefttem- ic Tomography and, source analysisin learning dis- porallobeepilspsy, 111-118 abled children, 160-164 No-go potential and, ERPinvolvingresponse-tendency —Seealso VARETA conflict, 82-85 Frontallocalization and, electrophysiology, 141 Nonconvulsive status epilepticus and, EEG and behav- —no-go stimuli, response tendency conflict, 82-85 ioral correlates, 136-140 —olfactory stimulation, 189-192 Normative data-bases, andneuropsychiatry, clinicaland Full-field new: stimulation and, VEP in detection of para- research utility of qEEG/EP, 144 central visual field defects, 62-69 —EEG, statistical standards, sensitivity specificity, 145 Gelastic seizures and, associated conditions, 193 —3-dimensional LORETA, age, 57 Generalized tonic-clonic seizures and, Lennox-Gastaut N70 and, topographical analysis ofonset VEPin paracentral syndrome, 1-7 visual field defects, 62-69 Gozzano, Mario, EEG pioneer, 155-159 Obsessive compulsive disorder and, brain stimulation, Hemispheric asymmetry and, cognitive ERPsin depres- 52-53 sive andanxiety disorders during tonal and phonetic Occipital localization and, source analysis of EEGinlearn- oddballtasks, 119-124 ing disorders, 160-164 Hemorrhage, brain and, sources of abnormal EEG activity, Olfactory stimulation and, EEG changesin humans, intra- 70-76 venous, 189-192 —See also Vascular changes Partial complex seizures and, EEGsourcelocalization of Hippocampus and, functional neuroimaging, 146-147 interictal epileptiform activity, 42-47 —formation critical for recollection but notfamiliarity, 147 —See also Complex partial seizures HumanImmunodeficieVnicruys (HIV) and, P3aandP3b Periodic Lateralized Epileptiform Discharges (PLEDs) auditory ERPsin patients receiving anti-viral medica- and, hyperperfusion andseizures, SPECT, 171-173 tion, 97-101 Photic stimulation and, EEG harmonic drivingresponsein Hypsarrhythmia and, Lennox-Gastautsyndrome, long- normalaging andAlzheimer’s disease, 86-92 termEEG changes, 1-7 —police car colored flash lights, epileptogenic potential, Infectious disorder and, HIV patients receiving anti-viral 48-50 medication, P3aandP3b auditory ERPs, 97-101 Principal components analysis and, cognitive ERPsin Interhemispheric coherence and, caffeine withdrawal, depressive and anxiety disorders during tonal and pho- 178-188 netic oddball tasks, 119-124 interstimulus interval and, auditory P300 abnormalities in P600, and, semantic congruity and word repetition in left schizophrenia, 125-135 temporallobe epilepsy, 111-118 CLINICALELECTROENCEPHALOGRAPHY ©2002 Psychiatric disorderand, cognitive ERPs duringtonaland —status epilepticus, 55, 136-140 phonetic oddballtasks, 119-124 Sensory gating and, theoretical, methodological and —currentstatus and perspectives, electrophysiology, empiricaladvances, 144 neuroimaging, 143 Sharp waves and, relationshitpo s lowwaves andto clinical —EEGandfMRI data, 143 seizures, 165-170 —EEG mappingin diaangdt hnerapoy, ksey-liocks prin ci- —Seealso Spikes ple, 136 Single Photon Emission Computer Tomography and, —obsessive compulsive disorder, 52-53 PLEDs andhyperperfusion, seizures, 171-173 —P300 human brain function, EEG/fMRI, 143 Sleep and, cholinergicrapideye movementin alcohol —P300in schizophrenia, 125-135 dependence, 152 —tole ofelectrophysiology, 142, 145 —EEG abnormalities in psychotic disorders, 141 —schizophrenia, ERP latency abnormalities, 152 —Gozzano, pioneer, 155-159 P3aandP3b, SeeP300 —mood disorders, 54 P300 and, clinical patients, No.3, VI,97-135 Slowactivity and, Alzheimer’s disease with donepezil —depressive and anxiety disorders during tonal and pho- treatment, 93-96 neticoddballtasks, 119-124 —caffeine withdrawal, 178-188 —HIV patients receiving anti-viral medication, 97-101 —learning disabled children, 160-164 —moderateto severe brain injury, 102-110 —Lennox-Gastautsyndromelong-term EEGchanges, 1-7 —schizophrenia, influence ofinterstimulus interval, 125-135 —relationshitp o sharp waves andseizures, 165-170 —Wechsler Memory Scores onanaginglarge population, —spontaneous intracerebral hemorrhage, 70-76 149-150 —task-related cognitive processing, 51-52 Quantitative EEG (QEEG) and, Aspberger’s patients, 53 Somatosensory evoked potentials (SSEP) and, CNV —Ccaffeine withdrawal, 178-188 paradigm, 77-81 —cocaine dependence outcomein subtypes, 8-20 —cocaine dependence outcome relatetdo electrophysio- —donepezilinAlzheimer’s disease, 93-96 logical subtypes, 8-20 —medicationresponse prediction, 54 —detection of brain herniation injury by spectral autoco- —neurofeedbacikn epilepsy, 55 herence measurement, 151, 152-153 —picowatts, reactiontimes inlowlevelleadtoxicity, 153 —transcranial magnetic stimulation for monitoring spinal —psychodynamicsinthe laboratory, 141, 144 cordsurgery, 30-41 —sources of EEG activity in hemorrhage, 70-76 Source localization and, cocaine dependence outcome —sources of EEG activity inlearning disorders, 160-164 related electrophysiological subtypes, 8-20 —traumatic brain injury, 56 —intracerebral hemorrhage, 70-76 Reflex epilepsy and, Gozzano, EEG pioneer, 155-159 —interictal epileptiform activity in partial complex epilep- Schizophrenia and, ERP, 152 sy, 42-47 —P300, 125-135 —learning disabled children, 160-164 Seizures and, absence status epilepticus, behavioral cor- Spike and wave activity and, carbamazepine-induced relates, 136-140 seizures, 174-177 —carbamazepine induced, 174-177 —Lennox-Gastautsyndrome, long-termEEG changes, 1-7 —complex partial epilepsy, 1-7,42-47, 171-173 Spikes and, Gozzanopioneer, 155-159 —fractal chaos and paroxysmal activity, 153-154 —Lennox-Gastautsyndrome, long-term follow up, 1-7 —gelastic attacks, 193 —N400, semantic congruity andword repetition, 111-118 —Gozzano, pioneer, 155-159 —nonconvulsive status epilepticus, behavioral corre- —Lennox-Gastaut syndrome, long-term followup, 1-7 lates, 136-140 —limbic ERP andmemory deficits, 147 —PLEDs, hyperperfusion and postlobectomy seizures, —magnetoencephalography, 140 171-173 —neurofeedback treatment, 55 —telationship of slow and sharp waves, with seizures, —N400, semantic congruity andword repetition, 111-118 165-170 —nonconvulsive status epilepticus, 136-140 —source localization ofinterictal epileptiform activity, 42- —photosensitivity, colored flash lights, 48-50 47 —B/PLEDs andhyperperfusion, with SPECT, 171-173 —status epilepticus, 55, 136-140 —pre-aura, 58-61 Spinal cord monitoring and, cap-shaped coil fortranscra- —relationship between slow and sharp waves, 165-170 nial magnetic stimulation, 21-41 —source localization, interictal epileptiform activity, 42- Spindles and, Mario Gozzano EEG pioneer, 155-159 47 Status epilepticus and, EEG, 55 198 CLINICALELECTROENCEPHALOGRAPHY —nonconvulsive, EEG and behavioral correlates, 136-140 —obsessive-compulsive disorder, 52-53 Temporal localization and, limbicERPin epilepsy, 147 Traumatic brain injury and, P3aandP3b, 102-110 —memory, ERPinhumans, 146 —QEEG, 56, 144 —N400, semantic congruity and word repetition in left Tumor, brain, and, VEPin detecting paracentral visual field temporallobe epilepsy, 111-118 defects, 62-69 —olfactory stimulation, 189-192 Variable Resolution Electromagnetic Tomography —PLEDs, hyperperfusion and seizures postlobectomy, (VARETA) and, sources of abnormal EEG activity in 171-173 spontaneous intracerebral hemorrhage, 70-76 Theta activity and, caffeine withdrawal, 178-188 —source localization of interictal epileptiform activityin —source anaysisin learning disabled children, 160-164 partial complex epilepsy, 42-47 —See also Slow activity —subtypes of cocaine dependence, source localization, Thiamin propyl disulfide and, EEG changes duringintra- 8-20 venous olfactory stimulation, 189-192 Vascular changes and, pre-aurain epilepsy, 58-61 Topographic analysis and, caffeine withdrawal, 178-188 —sources ofabnormal EEG activity in brainhemorrhage, —\VEP detection of paracentral visual defects, 62-69 70-76 —SeealsoQEEG —stroke, movement-related cortical potentials, 154 Transcranial magnetic stimulation and, monitoring Visual evoked potentials and, detection of paracentral descending spinal cord motor function, 21-41 visual field defects, topographical analysis, 62-69