Table Of Content

CLINICALELECTROENCEPHALOGRAPHY CLINICAL EEG ELECTROENCEPHALOGRAPHY Author and Subject Index Volume 32, 2001 Index ofAuthors Ademoglu, Ahmet, 122 Fuchigami, Tatsuo, 197 Megli€, Nuska Pecaric, 28 Schur, P.H., 14 Agazzi, Emanuela, 145 Fujii, Masami, 197 Misaki, Kiwamu, 112 Sherman, David L., 119 Alsaadi, Taoufik, 87 Fujita, Y., 75 Morris, George L., 87 Shiga, Y., 75 Arikan, Kemal, 205 Glanz, B.I., 14 Mueller, Wade M., 87 Skrandies, Wolfgang, 152 Attarian, H.P., 32 Gokgil, Zeki, 92, 191 Muller-Oerlinghausen, B.., Tian, Shujuan, 82 Aubert-Vazquez, E., 47 Gurer, Gunfer, 1 36 Tolun, Hayati, 205 Bezerianos, Tassos, 139 Hada, Y., 75 Nakagawa, Hiroki, 112 Tom, MeeLee, 62 Bodis-Wollner, |., 67, 96, 139 Hamamcioglu, Kemal, 191 Narici, Livio, 145 Trujillo-Barreto, N., 47 Bosch-Bayard, J., 47 Harmony, Thalia, 47 Neubauer, David, 28 Tzelepi, Areti, 139 Bschor, T., 36 Hasegawa, Akira, 197 Niedermeyer, E., 20, 119 Ulas, Umit Hidir, 191 Canovaro, Paola, 145 Henry, Charles E., No. 4, VI Odabasi, Zeki, 92, 191 Ulrich, G., 36 Carozzo, Simone, 145 Hughes, John R., 10 Ofuji, A., 75 Unger, Elisabeth, 24 Cengiz, Bulent, 92 Inoue, K., 75 Onishi, Hiroaki, 197 Uysal, Omer, 205 Cheng, M.H., 75 loannides, Andreas A., 98 Oran, Oznur, 205 Valdés-Sosa, P., 47 Ciger, Abdurrahman, 1 John, E. Roy, 47, 62 Otto, Franz G., 184 Valencia, Ignacio, 160, 168 Coban, Adnan, 205 Kawamura, T., 75 Ozdag, Fatih, 92, 191 Virues-Alba, T., 47 Cui, Lili, 82 Khoshbin, S., 14 Pacquiao, P.A., 32 Vural, Okay, 92, 191 Davis, Jiang, 139 Kobayashi, Toshio, 112 Panjan, Darja Paro, 28 Waber, Deborah P., 160, DeCarli, Fabrizio, 145 Kokrek, Zekeriya, 205 Pelzl, Georg, 24 168 Demiralp, Tamer, 122 Kosian, Ralf, 184 Prichep, Leslie S., 62 Wada, Yuji, 112 Demirkaya, Seref, 191 Kutukcu, Yasar, 191 Riera-Diaz, J., 47 Wang, Hui jun, 82 Duffy, Frank H., 160, 168 Laoprasert, P., 14 Robertson-Thompson, A., 14 Wang, Yuping, 82 Erickson, S.M., 32 Madokoro, Shigeki, 112 Rothmeier, J., 186 Willemsen, F., 186 Eroglu, Erdal, 92, 191 Mamoli, Bruno, 24 Sagliocco, L., 67 Yamada, Thoru, 75, 197 Finsterer, Josef, 24 Mari, Z., 67 Saito, Takanori, 197 Yamazaki, H., 75 Friese, M., 186 McAnulty, Gloria B., 160, Sannita, Walter G., 145 Yeh, M.H., 75 Froescher, W., 186 168 Saygi, Serap, 1 Zartl, Max, 24 227 CLINICALELECTROENCEPHALOGRAPHY Index of Subjects Abstracts and, ECNS 2ndAnnual Meeting, Macon, Geor- Cognitive function and, Alzheimer’s disease, 211,212 gia, November 2000, 40-46 —amyotrophiclateral sclerosis, 220 —First Satellite Meeting ECNS, Istanbul, Turkey, June —developmentalage, 218-219 2001, 210-226 —elderly, QEEG predictors of dementia, 225 Affect recognition and, single trial analysis of magnetoen- —frontallobes, 213 cephalographic signals, 98-111 —Seealso Event-related potentials, P300 Affective disorder and, ERP correlates of lithium respon- Complex partial seizures and, prognosticvalue oflateral- siveness, 225-226 izingictal features and temporallobectomy, 87-91 Alcoholism and, SESAsyndrome, 184-190 Confiict processing and, N270inacolormatchingtask, Alphaactivity and, Alzheimer’s disease, 211 82-86 —multistable perception duringlongterm EEG 220 Consciousness and, neurophysical theory, 46, 213 —unilateral subharmonics, 32-35 Contingent magnetic variation and, singletrial analysis of —vigilancein acute mania, with methylphenidate, 36-39 magnetoencephalographic signals, 98-111 —See also Neurofeedback Contingent negative variation and, amyotrophiclateral Aizheimer’s disease and, electrophysiological changes, sclerosis, 220 211,212 —EEG self-regulation of slow cortical potentials, 224 Amyotrophic lateral sclerosis and, cognitiveimpairment, Continuous rhythmic mid-temporal discharge and, sub- neuropsychological investigation and ERP, 220 tleclinical changes, 10-13 Anesthesia, neurophysical theory of consciousness, 213 Contrast stimulation and, oscillatory mass responsetso Apallicsyndrome and, ERP as an index of preservedian- visual stimulation in man, 145-151 guage processing, 223-224 Corpuscallosum and, time-frequency analysis of VEPs, Artifact, EEG, and, readingan EEG, 44-45 215-216 Attention deficit hyperactivity disorder (ADHD) and, Correlation dimension (D2) and, humansleep EEG analy- frontal lobe disinhibition, 20-23 sis, 112-118 —P300, 45 Decomposition and, event-related brain potentials using —QEEG in diagnosis and biofeedback treatment, 226 wavelettransform, 122-138 —sensorimotor rhythm with neurofeedback, 218 Dementiaand, electrophysiological changesin Auditory evoked responses and, datareduction by PCA, Alzheimer’s disease, 211,212 variables sensitivteo reading disability, 168-178 —QEEG predictors of conversiotno dementiain normal —discriminationtasks, 218-219 elderly, 225 —headache, 42 Digital signal processing and, singletrial EP, accomplish- —sensory gatingin obsessive compulsive patients, 221 ments, limitations, promises, 212-213 —sensory memory, 217-218 Drugs and, antiepileptic treatment, forced normalization of —similar words with phonemic difference, in children with EEG, 40 good and poorreading scores, 160-167 —lithium, EP correlateisn affective disorder, 225-226 —See also Event-related potentials, P50 —methylphenidate in acute mania, 36-39 Biofeedback, See Neurofeedback —methylphenidate andtreatment ofADHD, 45 Book review, AConcise Guide to Intraoperative Monitor- Dysiexiaand, AER datareduction by PCA, developmentof ing, No.3 : Vii variables sensitiveto reading disability, 168-178 Brainelectrical microstates, psychiatricresearch, 212 —AER tosimilar words with phonemic difference, 160-167 Brainlesions and, epilepsia partialis continua, 1-9 Dysphagia, and, neurophysiology of swallowing, 211 —lymphomalocalization using VARETA, 62-66 Dysphoriaand, forcednormalization of EEG, 40 —SSEP cephalic andnoncephalic references, 191-196 Earthquake and, startlereaction, EEG correlates, 205-209 Braintopography and, stereoscopic information inhuman EEG and, Alzheimer disease, 211 visual cortex, 152-159 —artifactinterpretation, 44-45 —SeealsoQEEG —continuous rhythmic mid-temporal discharge, 10-13 Brainwaves and, biology, natural history and evolution of aninformation-rich sign of activity, 210-211 —earthquake startle response, 40, 205-209 —epilepsiapartialis continua, 1-9 —self-regulation of slow cortical potentials, 224 —headinjury, mild, 214 —SeealsoEEG, QEEG Central nervous systemlesions and, SSEP with cephalic —lateralizing features intemporallobectomy, 87-91 andnoncephalicreferences, 191-196 —lymphoma, 62-66 Cerebrodvisaordserc anud,l ar epilepsiapartialis contin- —mania, with methylphenidate, 36-39 ua, 1-9 —perception, 220 CLINICALELECTROENCEPHALOGRAPHY —psychiatric disorder, 40,212 —P300andneurofeedback, 218 —re-emergence of systems neuroscience, 96-97 —schizophrenia, obstinta estcingl foerc lsinic al use, 210 —SESAsyndrome, 184-190 —sensory gating effects on preattentive auditory sensory —significance of marginal paroxysmal patterns, 44 memory, 217-218 —sleep analysis with D2, 112-118 —slow cortical potential shifts, 217 —source spectra, 3D parameteric mapping, 47-61 —unlcogoniticve dkynaimicns g offrontallobes, 213 —startle disease, 92-95 —visual and auditory discrimination tasks, 218-219 —systemiclupus erythematosus, 14-19 Evoked ptoentials and, AER datareduction by PCA, vari- —unilateral alphasubharmonics, 32-35 ables senstor ieadtinig divsabeili ty, 168-178 —video monitoring respiratory disorder, 24-27 —AER tosimilar words with phonemic difference, children —visual detecting performance, 217 with goodand poorreading scores, 160-167 —wavelet analysis and perisaccadic changes, 210 —cephalic andnoncephalicreferencesin central and ~—wavelettransform and gammaresponsetso visual stim- peripheral NS lesions, 191-196 uli, 139-144 —data reduction by singular value decomposition, 43 —Zellweger syndrome, 28-31 —efoffs timeulusc inttens ity on SSEP, 75-81 —See also, QEEG, Neurofeedback, Alpha, Gammaand —headache4,2 Slow activity, Seizures, Spikes —interaction between mixed-sensory andsensory-senso- Elderly and, QEEG preodfc oinvecrsiotnto odemrentisa, 2 25 rynerves, 197-204 Electrodecremental seizures and, ultrafastrecording, —interhemispheric transfer time and magnitude ratio, 119-121 215-216 Electfrieldo andm, unalocgkingn theec ogtnitiive dcyna m- —low andhigh gammaresponsestoelemeniary visual ics offrontallobe2s1,3 stimuli, 139-144 Electrophysiological testing and, obstafcorlc leinisca l —retinocorticgaalin i nf oveal pathway, 67-74 use, 210 —startle disease, 92-95 —systems neuroscience, 96-97, 98-178 —stereoscopic information in visual cortex, 152-159 Electroretinogram patterns and, foveal pathway, effect of —stiamnd fureqluenucy-sspe-cif ic oscillatory mass spatial frequency and stimulus size, 67-74 responsetso visual stimulation in man, 145-151 Epilepsia partialis continua and, electrophysiologicalfea- —wavelettransform analysis of gammaactivity4,1 tures ofadultpatients, 1-9 —Seealso Event-related potentials Epilepsy, See Seizures Facerecognition and, singletrial analysis of magnetoen- Epileptiform activity and, continuous mid-temporal dis- cephalographic signals, 98-111 charge, 10-13 Factor analysis and, AER datareduction by PCA, develop- —pattern significance, 44 mentof variables sensittori eavdien g disability, 168-178 —See also Spikes Fastactivity and, ultrafast frequencies, anew challenge for Essential startle disease, may notbe auniform entity, 92-95 EEG, 119-121 Event-related potentials and, Alzheimer’s disease, 211,212 —Seealso Sone —amyotrophiclateral sclerosis, 220 Focal motor seizures and, epilepsiapartialis continua, 1-9 —apallic patients, index of preserved language process- Forced normalization and, EEG, clinical significance, 40 ing, 223-224 Fourteen and six/second positive spikes and, signifi- —assessmentof cognitive functions, 221-222 cance, 44 —attention deficit hyperactivity disorder, 45 Foveal vision and, retinocortical gain, effofse patcialt fr e- —decomposition into multiple functional components quency and stimulus size, 67-74 using wavelettransform, 41-42, 122-138 Frontal localization and, disinhibitionin Rett syndromeand —gammaoscillations inhuman EEG, 219-220 ADHD, 20-23 —headache, 42 —ERP correlates oflithium responsivenesisn affective —lithium responsiveness in affective disorder, 225-226 disorder, 225-226 —lowandhigh gammaresponses to elementary visual —neurophysiologtiecsatiln g and electrophysiological stimuli, 139-144 recordings in amyotrophic lateral sclerosis, 220 —multiple functional components using wavelettrans- —obsessive compulsive patients, sensory gating assess- form, 41-41 mentusing P50 responses, 221 —MUSIC scanning, 214-215 —severity of schizophrenia, with deterioration of gating —N270 incolor matching task, 82-86 function, 216-217 —obsessive compulsive disorder, 221 —unlocking cognitive dynamics, 213 —overview of P300 theory, 214 Gamma frequency and, anew method ofanalysis of phase —psychiatry, update, 212 synchrony, 219-220 CLINICALELECTROENCEPHALOGRAPHY —perisaccadic human EEG changes quantified with —treatmentofADHD4,5 wavelet analysis, 210 Mismatchnegativity and, ERPrecording, 217-218, 221-222 —ultrafast frequencies, 119-121 Motorcortexand, hyperexcitability in Rettsyndromeand ADHD, 20-23 —\VEPwith wavelettransform analysis, 41 —wavelettransform of EEG reveals differencesin Motor startleresponse and, essential startle disease, 92-95 Multimodal brainimaging, and VARETA ,l ocalizingdeep responsestoelementary visual stimuli, 139-144 Genetic disorder and, Zellweger syndromne, unusual white matter lymphoma, 62-66 EEG findings, 28-31 Multiple signal classification (MUSIC) and, localization of Glossary, systemsneuroscience, thematicissue, 179-183 brain electrical sources, 214-215 Grass, EllenR.,inmemoriam, No.4, VI Mutual information and, realtime human brain function, Headinjury and, diagnostic value of EEGin mildcases, 214 analysis ofmagnetoencephalographic signals, 98-111 —ERPinapallicpatients, 223-224 Neurofeedback and, roleintreatmentofADHD/ADD, 226 Headache and, clinical neurophysiology, 42 —sensorimotor rhythm effectonP300, 218 Hippocampus and,u ltrafast frequencies, 119-121 —ThoughtTranslation Device, 222-223 Hyperekplexia and, maynotbe auniform entity, 92-95 Neuromdisuorsdercs aund,a vildeor-EE G monitoringin Independentcomponentanalysis and, unlocking the respiratory chain disorders, 24-27 cognitive dynamics of the frontallobes, 213 Neuroscience and, special thematicissue, 96-183 Interhemispheric transfer time and, time frequency Noncephalicreference and, SSEPincentraland peripheral analyosfi VEsP , 215-216 NSlesions, 191-196 inverse solutions and, VARETA, 47-61 Non-linear analysis and, human sleep EEG analysis using Language and, AER datareduction by PCA, development thecorrelation dimension, 112-118 ofvariables sensitivte or eading disability, 168-178 N270and, interstimulusintervaleffectinacolor matching —AER responsetso s imilar words with phonemic difficul- task, 82-86 ty, comparison between children with good and poor Obsessive compulsive disorder and, sensory gating readingscores, 160-167 assessmentusing P50 responses, 221 Occipital localization and, timingrelation of EEG changes —ERPinapallic patients, 223-224 Lateralizaed EEG findings and, systemiclupus erythe- andvoluntary saccades, 210 matosis, 14-19 —unilateralalphasubharmonics, 32-35 Oscillatory potentials and, gammaresponses, anew —temporallobectomy, 87-91 Learning disorders and, AER and similar wordswith method ofanalysis of phase synchrony, 219-220 phonemic differencein good and poor readers, 160-167 —lowandhigh gammaresponsetso elementary visual —AER datareduction by PCA, developmentofvariables stimuli, 139-144 sensitive toreading disability, 168-178 —resptov oisunal sstiemulsati on inman, 145-151 Perception and, longterm EEGrecording, 220 —See also Cognitive function, ADHD Lithium and, ERP correlates of responsivenesisn affective —Seealso Visual stimulation Periodic lateralized epileptiform discharges (PLEDs) disorder, 225-226 Locked-in syndrome and, self-regulation of slow cortical and, epilepsiapartialis continua, 1-9 —SESAsyndromeinchronicalcoholism, 184-190 potentials, 224 Peripheral nervous system and, SSEPwithcephalicand Locking index and, stiamndu frelquenucy-sspe-cif ic oscil- noncephalicreferences, 191-196 latory massresponsesto visual stimulation in man, —SSEP conductiontime, 75-81 145-151 Perisaccadic EEG changes and, waveletanalysis, 210 Luminance stimulation and, stimaundl frueqsuen-cy - P50, and, effects ofsensory gating on preattentive auditory specific oscillatory massresponses, 145-151 sensory memory, 217-218 Lymphomaand, localization, indeep white matter using —sensory gating assessmentin obsessive compulsive VARETA, 62-66 patients, 221 Magnetoencephalography (MEG) and, headache, 42 —SeealsoEvent-related potentials —realtime brainf unction, singletrial analysis, 98-111 Phonemic discrimination and, AER in good andpoorread- —re-emergence of systems neuroscience, 96-97 ers, 160-178 Mania and, decreased EEG-vigilance, predifocre tffoecrt o f Polysomnography and, sleep analysis using the correlation methyphenidate, 36-39 dimension, 112-118 Matching pursuit and, stiamndu frelquenucy-sspe-cif icos- Principal componentanalysis and, AER data, develop- cillatory mass respontosv iesusa l stimulation, 145-151 mentof variables sensitive toreading disability, 168-178 Median nerve stimulation and, cephalicandnoncephalic —EPdatareduction, 43 referencesincentral and peripheral NS lesions, 191-196 Psychiatric disorderand, brain electrical activity, EEG, ERP Methylphenidate and, decreased level of EEG-vigilancein update, 212 acute mania, 36-39 —brainelectricalmicrostates, 212 CLINICALELECTROENCEPHALOGRAPHY —¢lectrophysiologicaltestingforclinicaluse, obstacles, 210 Retinocortical gain and, foveal pathway, 67-74 —forcednormalization of EEG, 40 Rettsyndrome and, frontal lobe disinhibition, 20-23 —lithiumresponsivenesisn affective disorder, 225-226 Rhythmic mid-temporal discharge and, subtleclinical —schizophrenia, novelty P3afindings, 226 changes, 10-13 —schizophrenia severity related with deterioration ofgat- Rolandic localization and, Zellweger syndrome, continu- ingfunction, 216-217 ous sharp waves and spikes, 28-31 —sensory gating in obsessive compulsive patients, 221 Saphenous nerve and, SSEP interaction between mixed- —systemiclupus erythematosis with QEEG, 14-19 sensory and sensory-sensory nerves, 197-204 —vigilancein acute mania, effect of methylphenidate, 36-39 Schizophreniaand, novelty P300 (P3a) findings, 226 Psychomotor variant and, continuous rhythmic mid-tem- —severity with deterioration of gating function, 216-217 poraldischarge, 10-13 Seizures and, epilepsiapartialis continua, 1-9 P3 and, amyotrophiclateral sclerosis, 220 —forced normalization of EEG, 40 —asseosfc sognmitieve fnuncttio n, 221-222 —ateralizingictal features, andtemporallobectomy, 87-91 —schizophrenia, 226 —localization of brain electrical sources, 214-215 —slow cortical potential shifts, 217 —marginal paroxysmal patterns, 44 —See also Event-related potentials, P300 —SESAsyndromeinchronicalcoholism, 184-190 P300 and, Alzheimer’s disease, 211 —status epilepticus, 44 —cognitiveimpairmentin amyotrophiclateral sclerosis, 220 —ultrafast and ultra slow frequencies, 119-112 —decompositiionnt o multiple functional components —video-EEG in respiratory chain disorder, 24-27 using wavelettransform, 41-42, 122-138 Self-regulation and, slowcortical potentials, 224 —discriminationtasksinchildrenand adolescents, 218-219 —Seealso Neurofeedback Sensory gating and, obsessive compulsive patients, using —electrical brain activity update, 212 P50 responses, 221 —¢lectrophysiological testing in schizophrenia, 210 —pathophysiology of schizophrenia, 216-217 —headache, 42 —preattentive auditory sensory memory, 217-218 —lithium responsivensisn affective disorder, 225-226 SESAsyndromeand, subacute encephalopathy with —MUSIC scanning, 214-215 seizures in alcoholism, 184-190 —novelty (P3a) findings in schizophrenia, 226 Sharp waves and, significance, 44 —overview of theory, findings and applications, 214 —systemiclupus erythematosis, 14-19 —sensorimotor rhythm, neurofeedback, 218 —Zellweger syndrome, 28-31 —treatmentofADHD, 45 —Seealso Spikes —See also Event-related potentials Single trial analysis and, magnetoencephalographic sig- Quantitative EEG (QEEG) and, ADHD/ADD, roleindiag- nals, realtime human brain function, 98-111 nosis andto facilitate EEG biofeedback treatment, 226 Sinusoidal gratings and, low andhigh gammaresponses —AER datareduction by PCA, variables sensitive toread- toelementary visual stimuli, 139-144 ing disability, 168-178 Six/second spike and wave and, significance, 44 —diagnostic value in mild head injury, 214 Sleep and, Alzheimer’s disease, EEGchanges, 211 —evoked potential dataupdate, 43 —EEG analysis using correlation dimension, 112-118 —headache, 42 Slow activity and, Alzheimer's disease, 211 —localization of deep white matter lymphomausing —biology of brain waves, 210-211 VARETA, 62-66 —epilepsia partialis continua, 1-9 —normative data analysis, 47-61 —lymphoma, localization using VARETA, 62-66 —predictors ofconversiontodementiain normalelderly —self-regulationin locked-in syndrome, 224 with only subjective cognitive complaints, 225 —single pulse transcranial magnetic stimulation during —systemiclupus erythematosus, 14-19 feedback training, 222-223 Random dot stereograms and, processing of stereoscop- —sleep analysis using the correlation dimension, 112-118 icinformation in human visual cortex, 152-159 —slow cortical potential, 217, 222-223, 224 Reading and, AER datareduction by PCA, developmentof —systemiclupus erythematosus, lateralized, 14-19 variables sensitive to reading disability, 168-178 —thetaanddeltain P300latency range, 122-138 —AER tos imilar words with phonemic difference in good —ultraslow activity, 119-121 and poorreaders, 160-167 Small sharp spikes and, significance, 44 —Seealso mae ok —_ Somatosensory evoked potential and, cephalic andnon- REMsleep and, EEGanalysis using the correlation dimen- cephalicreferencesincentraland peripheral NS sion, 112-118 lesions, 191-196 Respiratory chain disorders and, video-EEG monitoring —effect of stimulusintensity onlatency and conduction 24-27 time, 75-81 CLINICALELECTROENCEPHALOGRAPHY — interaction between mixed-sensory and sensory-sen- Time-frequency analysis and, decomposition of event- sory nerves, 197-204 related potentials using wavelettransform, 122-138 —Seealso Evoked potentials —localization of brain electrical sources, 214-215 Source localization and, deep white matter lymphoma, —staind fmrequeuncy-lspecuifics osc-illa tory mass using VARETA, 62-66 respontosv iessua l stimulation in man, 145-151 Spatial frequency and, lowandhigh gammaresponsesto —synchorfs opantiayll y distributed gammaoscillations, elementary visual stimuli, 139-144 219-220 —tetinocograitniinc foavlea l pathway, 67-74 Spikes and, biology ofbrain waves, 210-211 —VEPsforinterhemispherictransfteirme andmagnitude —complex partial seizures, predictive value of ictal later- ratio, 215-216 Transcranial magnetic stimulation and, applications, 43-44 alizing features intemporallobectomy, 87-91 —slowcortical potentials during feedback training, 222-223 —continuous rhythmic mid-temporal discharge, 10-13 Traumatic braininjury and, diagnvaoluse otfiE EcGi n mild —epilepsia partialis continuawith PLEDs, 1-9 cases, 214 —localization ofbrain electrical sources, 214-215 —ERPinapallic patients, 223-224 —marginal paroxysmal patterns, 44 Ultrafast frequencies and, newchallengefEEoGr, 119-121 —SESAsyndrome, 184-190 —SeealsoGammafrequency —startle disease, 92-95 Uitraslow activity and, newchallengefor EEG, 119-121 —status epilepticus, 44 Variable Resolution Electromagnetic Tomography —video-EEGinrespiratory chain disorders, 24-27 (VARETA) and, 3D statistical parametric mapping of —Zellweger syndrome, 28-31 EEG source spectra, 47-61 Spline wavelettransform and, MUSIC scanning for —localization of deep white matter lymphoma, 62-66 source localization, 214-215 Video-EEG and, respiratory chain disorders, 24-27 Startle disease and, notauniform entity, essential, 92-95 Vigilance level and, EEGin mania, 36-39 Startleresponse and, earthquake, EEGcorrelates, 205-209 Visual stimulation and, brain topography stereoscopic Statistical parametric mapping and, EEGsourcespectraby information inhuman visual cortex, 152-159 variable resolution electromagnetictomography, 47-61 —changesin frequency spectrum of EEG, 217 Status epilepticus and, studies, 44 —discriminationtaskisn children andadolescents, 218-219 Stereoscopic vision and, processing of information in —foveal pathway and retinocortical gain, effect ofs patial human visual cortex, psychophysical and electrophysi- frequency and stimulus size, 67-74 ological evidence, 152-159 —gammarange andVEP parameters4,1 Stress reaction and, earthquake, EEGcorrelates, 205-209 Subacute encephalopathy and, seizuresin alcoholism, —headache, clinical neurophysiology, 42 SESAsyndrome, 184-190 —lowandhigh gammaresponses, 139-144 Subacute sclerosing panencephalitis and, epilepsiapar- —N270inacolormatchitansgk , 82-86 tialis continua, 1-9 —perisaccadic changes with wavelet analysis, 210 Sural nerve and, SSEPinteraction between mixed-sensory —processing stereoscopic information, 152-159 and sensory-sensory nerves, 197-204 —stiamnd fureqluenucy-sspe-cif ic oscillatory mass Systemiclupus erythematosus and, lateralizedEEG responses, 145-151 patients with neuropsychiatric manifestations, 14-19 —time-frequency analysis of VEPs, 215-216 Systems neuroscience and, re-emergence, 96-97 —See also Event-related potentials Temporal lobectomy and, prognostic value oflateralizing Wavelettransform and, decomposition of ERP into multi- ictal features, 87-91 plefunctional components, 122-138 Temporal localization and, continuous rhythmic mid-tem- —differencesinlow andhigh gammaresponsestoele- poraldischarge, 10-13 mentary visual stimuli, 139-144 —systemiclupus erythematosus, 14-19 —event-related potentials, 41-42 —temporal lobectomy lateralizingictal features, 87-91 —localization of brain electrical sources, 214-215 Thalamus and, thalamocortical connections with ultrafast —overview, 41 frequencies, 119-121 —perisaccadichuman EEG changes, 210 Theta activity and, P300 latency range, 122-138 —hippocampal dysfunction in dementia, 225 —P3components, 46 —Seealso Slow activity —re-emergence of systems neuroscience, 96-97 Thought Translation Device and, self-regulation of slow —st-i anmd fruequelncyu-spescif ic oscillatory mass cortical potentials, with transcranial magnetic stimula- respontosv iessua l stimulation in man, 145-151 tion, 222-223 —visual stimulus evoked gamma activity4,1 Tibial nerve and, SSEP interaction between mixed-senso- Zeliweger syndrome and, unusual EEG findings, 28-31 ry andsensory-sensory nerves, 197-204 Z-transform and, source spectrum, VARETAimage, 47-61