Table Of Content

CLINICAL EEG and NEUROSCIENCE CLINICAL EEG and NEUROSCIENCE Author and Subject Index Volume 38, 2007 Index of Authors Agirre, Z., 57 Fried, Itzak, 137 Kramer, Uri, 137 Pogarell, O., 25, 61, 74, 78 Altindag, Ebru, 127 Friedman, David, 2 Kurthen, Martin, 143 82, 105 Alvarez, M.A., 124, 155 Frodl, Thomas, 82 Kursun, Oguzhan, 203 Poprawski, T. J., 175 Amann, Benedikt, 116 Galan, L., 155 Kwon, Oh-Young, 161 Portela, L., 124, 155 Arai, Heii, 193 Galderisi, S., 96 Lee, |l-Keun, 161 Puchades, R., 57 Arfken, C.L., 62 Garcia, M., 124, 155 Leicht, Gregor, 74, 78, 89 Ranganath, Charan, 1 Aubert, E., 124, 155 Genius, Just, 89 Leu, Ngoc, 168 Rau, Ann, 105 Avila, Y., 155 Gingis, L., 132 Llopis, F., 155 Reiser, Maximilian, 89 Baslo, Baris, 127 Graz, Christian, 89 Lutz, Jurgen, 89 Rihl, Julian, 82 Baykan, Betul, 127 Grofheinrich, Nicola, 105 Machado, C., 124, 155 Ritzl, E. K., 132 Bebek, Nerses, 127 Grunwald, Thomas, 1, 143 Machado, Y., 124 Rodriguez, R., 124 Biver, C. J., 35 Grunze, Heinz, 116 Machado, Y., 124 Saygi, Serap, 203 Boatman, D. F., 132 Halaris, A., 175 Manero, J. M., 155 Schaaff, Nadine, 74 Bosch, J., 124 Hegerl, Ulrich, 25, 74, 78, 82, 89 Marco De Lucas, E., 57 Schramm, Johannes, 143 Boutros, N. N., 62 Henkel, Verena, 82 McGuckin, Jeanne S., 168 Schroter, Andreas, 82 Bowers, C. W., 132 Himanen, Sari-Leena, 148 Mergl, Roland, 78, 82 Seyal, M., 172 Brunnmeier, Michael, 78 Holtschmidt-Taschner, Bettina, 89 Merlotti, E., 96 Shon, Young-Min, 161 Bucci, P., 96 Hsu, Jung-Lung, 207 Moller, Hans-Jurgen, 78, 89 Soyka, Michael, 89 Chayasirisobhon, Sirichai, 168 Ibrahim, Anmad, 74 Mucci, A., 96 Stammel, Andreas, 89 Chayasirisobhon, W. V., 168 Inoue, Reiichi, 193 Mulert, Christoph, 25, 74, 78, 89 Taylor, Jason, R., 8 Chen, Wei-Hung, 207 Jager, Lorenz, 89 Muller-Siecheneder, Florian, 82 Tehrani, Keo, 168 Chennamchetty, V. N., 175 Johnson Jr., Ray, 2 Nagar, Sari, 137 Thatcher, R. W., 35 Chinchilla, M., 124 Juckel, Georg, 74, 78, 82 Nessler, Doreen, 2 Tigges, Peter, 82 Chistik, Valdimir, 137 Jung, Ki-Young, 161 Neufeld, MiriY ., 137 Tin, Sue New, 168 Chu, Ziang-Li, 49 Kang, Joong-Koo, 161 Niedermeyer, E., 55 Crayton, J. W., 175 Karamatskos, Evangelos, 89 Norra, Christine, 66, 74 Trimble, Michael, 116 Crone, N. E., 132 Karatas, Hulya, 203 North, D., 35 Uibu, Toomas, 148 Cuspineda, E., 155 Karch, Susanne, 74, 78, 89 Olichney, John M., 8 Valdés, P., 124 Dericioglu, Nese, 203 Karner, Max, 82 OterinoA,. , 57 Vannucci, Manila, 18, 143 Elger, Christian E., 143 Kawamata, Masaru, 193 Padberg, Frank, 105 Vieta, Eduard, 116 Ertas, Mustafa, 127 Kile, S. J., 172 Palm, Ulrich, 105 Volpe, U., 96 Eskelinen, Veera, 148 Kim, J. C., 172 Park, Ki-Jong, 161 Wang, Yin-Hua, 49 Fang, Shih-Chin, 207 Kipervasser, Svetlana, 137 Park, Y., 175 Wang, Yu-Ping, 49 Fernandez-Torre, J. L., 57 Kirino, Eiji, 193 Pérez, N , 124 Wohlschlaeger, A., 132 Flatz, Wilhelm, 89 Konopka,L . M., 175 Pezer, Nico, 143 Wohlschaeger, A. M., 132 Folkerts, Malte, 74 Korein, J., 124 Pluzyczka, A. A., 175 Yum, Myung-Kul, 161 CLINICAL EEG and NEUROSCIENCE CLINICAL EEG and NEUROSCIENCE Author and Subject Index Volume 38, 2007 Index of Authors Agirre, Z., 57 Fried, Itzak, 137 Kramer, Uri, 137 Pogarell, O., 25, 61, 74, 78 Altindag, Ebru, 127 Friedman, David, 2 Kurthen, Martin, 143 82, 105 Alvarez, M.A., 124, 155 Frodl, Thomas, 82 Kursun, Oguzhan, 203 Poprawski, T. J., 175 Amann, Benedikt, 116 Galan, L., 155 Kwon, Oh-Young, 161 Portela, L., 124, 155 Arai, Heii, 193 Galderisi, S., 96 Lee, |l-Keun, 161 Puchades, R., 57 Arfken, C.L., 62 Garcia, M., 124, 155 Leicht, Gregor, 74, 78, 89 Ranganath, Charan, 1 Aubert, E., 124, 155 Genius, Just, 89 Leu, Ngoc, 168 Rau, Ann, 105 Avila, Y., 155 Gingis, L., 132 Llopis, F., 155 Reiser, Maximilian, 89 Baslo, Baris, 127 Graz, Christian, 89 Lutz, Jurgen, 89 Rihl, Julian, 82 Baykan, Betul, 127 Grofheinrich, Nicola, 105 Machado, C., 124, 155 Ritzl, E. K., 132 Bebek, Nerses, 127 Grunwald, Thomas, 1, 143 Machado, Y., 124 Rodriguez, R., 124 Biver, C. J., 35 Grunze, Heinz, 116 Machado, Y., 124 Saygi, Serap, 203 Boatman, D. F., 132 Halaris, A., 175 Manero, J. M., 155 Schaaff, Nadine, 74 Bosch, J., 124 Hegerl, Ulrich, 25, 74, 78, 82, 89 Marco De Lucas, E., 57 Schramm, Johannes, 143 Boutros, N. N., 62 Henkel, Verena, 82 McGuckin, Jeanne S., 168 Schroter, Andreas, 82 Bowers, C. W., 132 Himanen, Sari-Leena, 148 Mergl, Roland, 78, 82 Seyal, M., 172 Brunnmeier, Michael, 78 Holtschmidt-Taschner, Bettina, 89 Merlotti, E., 96 Shon, Young-Min, 161 Bucci, P., 96 Hsu, Jung-Lung, 207 Moller, Hans-Jurgen, 78, 89 Soyka, Michael, 89 Chayasirisobhon, Sirichai, 168 Ibrahim, Anmad, 74 Mucci, A., 96 Stammel, Andreas, 89 Chayasirisobhon, W. V., 168 Inoue, Reiichi, 193 Mulert, Christoph, 25, 74, 78, 89 Taylor, Jason, R., 8 Chen, Wei-Hung, 207 Jager, Lorenz, 89 Muller-Siecheneder, Florian, 82 Tehrani, Keo, 168 Chennamchetty, V. N., 175 Johnson Jr., Ray, 2 Nagar, Sari, 137 Thatcher, R. W., 35 Chinchilla, M., 124 Juckel, Georg, 74, 78, 82 Nessler, Doreen, 2 Tigges, Peter, 82 Chistik, Valdimir, 137 Jung, Ki-Young, 161 Neufeld, MiriY ., 137 Tin, Sue New, 168 Chu, Ziang-Li, 49 Kang, Joong-Koo, 161 Niedermeyer, E., 55 Crayton, J. W., 175 Karamatskos, Evangelos, 89 Norra, Christine, 66, 74 Trimble, Michael, 116 Crone, N. E., 132 Karatas, Hulya, 203 North, D., 35 Uibu, Toomas, 148 Cuspineda, E., 155 Karch, Susanne, 74, 78, 89 Olichney, John M., 8 Valdés, P., 124 Dericioglu, Nese, 203 Karner, Max, 82 OterinoA,. , 57 Vannucci, Manila, 18, 143 Elger, Christian E., 143 Kawamata, Masaru, 193 Padberg, Frank, 105 Vieta, Eduard, 116 Ertas, Mustafa, 127 Kile, S. J., 172 Palm, Ulrich, 105 Volpe, U., 96 Eskelinen, Veera, 148 Kim, J. C., 172 Park, Ki-Jong, 161 Wang, Yin-Hua, 49 Fang, Shih-Chin, 207 Kipervasser, Svetlana, 137 Park, Y., 175 Wang, Yu-Ping, 49 Fernandez-Torre, J. L., 57 Kirino, Eiji, 193 Pérez, N , 124 Wohlschlaeger, A., 132 Flatz, Wilhelm, 89 Konopka,L . M., 175 Pezer, Nico, 143 Wohlschaeger, A. M., 132 Folkerts, Malte, 74 Korein, J., 124 Pluzyczka, A. A., 175 Yum, Myung-Kul, 161 CLINICAL EEG and NEUROSCIENCE Index of Subjects Absolute energy and, QEEG prognostic value in acute —stroke, 155-160 stroke, 155-160 —tryptophan depletion, 67 Abstracts, ECNS/ISNIP joint meeting, Montreal, Canada, Bipolar disorder and, antidepressive drugs, mood stabili- September 19-23, 2007, 213-218 ty, 116-123 —ASP conference, Canberra, Australia, December 9-11, —See also Depression 2006, 219-232 Book Reviews, vol. 2: V, Retinal Development Age Factor and, memory coding and retrieval, 2-7 —vol. 3: Vill, QEEG Databases for Neurotherapy Alcohol dependence and, electrophysiological correlates Cannabis and, alpha activity, no. 3: V-VII of response inhibition, 89-95 Carbamazapine and, mood stability, 116-123 —Marchiafava-Bignami disease, 207-212 —depression, violence, seizures, 175-179 Alpha activity and, spatial-temporal current source corre- Cerebellar dysfunction and, Creutzfeldt-Jacob disease, lations, cortical connectivity, 35-48 203-206 —Marchiafava-Bignami disease, 207-212 Cerebral blood flow and, Altzneimer disease, 55-56 —SPECT, cannabis use, no. 3: V-VII —Cannabis use, vol. 3: V-VII —stroke, QEEG prognostic value, 155-160 Cerebrovascular disease and, QEEG prognostic value Alpha-methylpara-tyrosine and, monoaminergic deple- in stroke, 155-160 —See also Vascular disorder tion tests, 66-73 Alzheimer disease and, ERP studies of memory, 8-17, Citalopram and, depression, medication response, 78-81 —hand-motor dysfunction in depression, 82-88 27, 28 Clonazepam and, NCSE stupor and intraventricular hem- —EEG coherence, 207-212 orrhage, 57 —ischemic basis, prophylaxis and treatment, 55-56 Cognitive function and, memory, 1-34, 193-202 Amnesia and, ERP studies of memory and language, 8-17 —Marchiafava-Bignami disease, 207-212 Anterior cingulate cortex and, antidepressant medica- —neuropsychiatric disorders, 61-123 tion, theta band, 78-81 —See also Alzheimer disease, Dementia, ERP —event-related desynchronization of frontal midline Coherence EEG and, schizophrenia, 96-104 theta rhythm, 193, 199, 200 —Marchiafava-Bignami disease, 207-212 —triphasic waves source localization, 161-164 —spatial-temporal current source correlation, cortical Anterior horn cell and, juvenile myoclonic epilepsy, 127- connectivity, 35-48 131 Complex partial seizures and, new-onset, P300, 168-171 Antidepressants and, clinical response, 74-77, 78-81 —post surgical EEG prognostic significance, 137-142 —hand-motor dysfunction, 82-88 —status, paraneoplastic limbic encephalitis, 172-174 —mood stability, 119-121 —See also Seizures, Temporal lobe epilepsy —See also Drugs, Psychiatry Consciousness awareness and, recognizing a mother's Antiepileptic medication and, mood stability, 116-123 voice, 124-126 —seizures, Creutzfeldt-Jacob disease, 203-206 —See also Cognitive function, Dementia, Memory —See also Drugs, Seizures Contingent negative variation and, psychiatry, 25, 28 Anxiety and, alcoholism, electrophysiological correlates Corpus callosum and, Marchiafava-Bignami disease, of response inhibition, 89-95 207-212 —frontal midline theta, 200 Cortical connections and, depression, deep brain stimu- Asymmetry, EEG, and, intra-hemispheric cortical con- lation, 105-115 nectivity, 35-48 —electroclinical mapping data, 132-136 Attention deficit disorder (ADD/ADHD) and, frontal mid- —Sspatial-temporal current source correlates, 35-48 line theta, 200 Creutzfeldt-Jacob disease and, hyperparathyroidism, —psychiatric tests, 64 Status epilepticus, 203-206 Axon counting, and, juvenile myoclonic epilepsy, 127-131 CT and, postoperative temporal lobe epilepsy, 132-137 Behavioral inhibition and, anxiety, alcoholism, electro- Deep brain stimulation and, depression, 105-115 physiological correlation, 89-95 —See also Cortical connections —human face perception, 49-54 Delta activity and, QEEG prognostic value in acute —See also Psychiatry stroke, 155-160 Beta activity and, spatial-temporal current source corre- —See also Slow activity lations, cortical connectivity, 35-48 Dementia and, Creutzfeldt-Jacob disease, 203-206 CLINICAL EEG and NEUROSCIENCE —ERP studies of memory and language, 8-17 —paraneoplastic limbic encephalitis, 172-174 —See also Alzheimer disease, Memory —persistent vegetative state, 124-127 Depression and, antidepressant response, 74-77, 78-81, —postoperative TLE, prognostic significance, 137-142 82-88, 116-123 —psychiatric tests, 26, 64 —deep brain stimulation, 105-115 —sleep apnea, 148-154 —ERP, 25-34 —spatial-temporal current source correlation, 35-48 —hand-motor dysfunction, pharmacological effects, —stroke, 155-160 82-88 —stupor, NCSE, 57-60 —multimodality imaging, 175-179 —temporal lobe epilepsy, 12, 18-24, 132-136, 137-142, —See also Psychiatry 143-146, 168-171, 175-179 Depth recording and, electrodes, gender specific pro- —triphasic waves, 161-167 cessing of eye contact, 143-147 Encephalitis and, paraneoplastic limbic, complex partial —transcranial deep brain stimulation, depression, status epilepticus, 172-174 105-115 Epilepsy, See Seizures —transforming electrocortical mapping data into stan- Evoked potentials (EP, ERP) and, depression, clinical dard common space, 132-136 response to antidepressants, 74-77 —See also Surgery —eye contact, gender specific processing medial tem- Diagnostic tests and, Psychiatry, four-step approach, poral lobe, 143-147 62-65 —frontal midline theta desynchronization, 193-202 —See also CT, EEG, ERP, MRI, SPECT —human face perception, 49-54 Dipole source model and, triphasic waves, 161-167 —memory, electrophysiology, 1-34 Disconnection syndrome and, Marchiafava-Bignami dis- —psychiatry, neurophysiological aspects, 25-34, 66-73, ease, 207-212 74-77, 89-95, 96-104 Drugs and, antidepressants, 74-77, 78-81, 82-88, 119-121 —spatial temporal current source correlation, 35-48 —antiepileptics, 116-123, 175-179, 203-206 —temporal lobe epilepsy, P300, 168-171 —cannabis, no. 3: V-VII Eye contact and, gender specific processing, medial —ecstacy, 29 temporal lobe, 143-147 —See also Psychiatry, Seizures Face perception and, visual completion processing, 49-54 Ecstacy (MDMA) and, LDAEP, 29 Frontal location and, memory, aging brain, 2-7 Electroconvulsive therapy and, depression, 105, 106, —Marchiafava-Bignami disease, 207-212 109, 112 —midline theta rhythm, ER desynchronization, 193-202 Electrocortical mapping and, transforming data into —nCPAP treatment obstructive sleep apnea, slow wave standardized common space, 132-136 Electrodes and, subdural grid, transforming mapping sleep, 148-154 data into standardized common space, 132-136 —spatial-temporal current souce correlation, 35-48 —temporal lobe, processing of eye contact, 143-147 —triphasic waves, current density, 161-157 —See also Surgery Functional connectivity and, schizophrenia, gamma Electroencephalography (EEG, QEEG) and, Alzheimer activity, event related coherence, 96-104 disease, 55-56 —See also Cortical connections —amnesia to dementia, memory, 8-10 GABA and, electroconvulsive therapy in depression, 106 —antidepressive medication, theta band, 78-81 Gamma activity and, persistent vegetative state, recog- —anxiety, alcoholism, 92 nizing a mother's voice, 124-126 —cannabis use, no. 3: V-VII —schizophrenia, ER coherence, 96-104 —Creutzfeldt-Jacob disease, 203-206 —spatial-temporal current source correlation, 35-48 —face perception, 49-54 —tryptophan depletion, 67 —frontal midline theta, 193-202 Gaze processing and, medial temporal lobe, gender spe- —gamma activity, schizophrenia, 96-104 cific eye contact, 143-147 —gender specific processing of eye contact, temporal Generalized tonic-clonic seizures and, Creutzfeldt- lobe, 143-146 Jacob disease, hyperparathyroidism, 203-206 —juvenile myoclonic epilepsy, 127-131 —multimodality mapping, depression, 175-179 —Marchiafava-Bignami disease, 207-212 —postoperative EEGs prognostic significance, 137-142 —monoaminergic systems, 66-73 —See also Seizures —multimodality imaging, seizures, violence, depression, Goiter and, hyperparathyroidism, Creutzfeldt-Jacob dis- 175-179 ease, status epilepticus, 203-206 CLINICAL EEG and NEUROSCIENCE Go/no-go paradigm and, anxiety and alcohol depend- —Marchiafava-Bignami disease, 207-212 ence, electrophysiological correlation, 89-95 —See also Alzheimer disease, Dementia, ERP Hand-motor dysfunction and, depression, pharmacolog- Mismatch negativity and, AEP magnetoencephalograph- ical effects, 82-88 ic fields, 68-69 Head-down therapy and, ischemic basis of Alzheimer —neuropsychological impairment, 28-29 disease, 55-56 Monoaminergic systems and, psychiatry, neurophysio- Hemispheric differences and, source correlation, 35-48 logical aspects, 66-73 Hippocampus and, depth recordings, word repetition, 12 Mood stabilizers and, antiepileptic drugs, 116-123 —5-HT activity, 68 —See also Psychiatry —temporal lobe epilepsy, sclerosis, 168-171 Motor neuron and, juvenile myoclonic epilepsy, axon —theta rhythm, ER desynchronization, 193, 194, 199 number estimation, 127-131 —visual memory deficits, 18-24 MRI and, Creutzfeldt-Jacob disease, 203-206 Hypercalcemia and, Creutzfeldt-Jacob disease, status —depression, violent behavior, seizures, 175-179 epilepticus, 203-206 —Marchiafava-Bignami disease, 207-212 Hyperparathyroidism and, Creutzfeldt-Jacob disease, —paraneoplastic limbic encephalitis, seizures, 172-174 Status epilepticus, 203-206 —temporal lobe epilepsy surgery, 137-142 Imaging and, electrocortical mapping, 132-136 —triphasic waves source localization, 163, 166 —See also CT, MRI Multimodality imaging and, depressed patient, violent Isofluorane anesthesia and, Creutzfeldt-Jacob disease, behavior, temporal lobe seizures, 175-179 Status epilepticus, 203-206 N1, N2, N400 and, current source correlations and corti- Juvenile myoclonic epilepsy and, reduced axon num- cal connectivity, 35-48 ber, 127-131 —ER desynchronization frontal midline theta, 193-202 Kinematic analysis and, hand-motor dysfunction in —memory, 8-17 depression, 82-88 —response inhibition in anxiety and alcoholism, 89-95 Lamotrigine and, mood stability, 116, 119-121 —visual completion processing, 49-54 Linguistic processing and, persistent vegetative state, —See also Evoked Potentials 124-126 nCPAP and, obstructive sleep apnea, prefrontal slow —ERP studies, 8-17 wave sleep, 148-155 —See also Semantic selection Neurosurgery, See Surgery Lithium and, EP in depression, 30 Nonconvulsive status epilepticus, See Status epilepticus —Creutzfeldt-Jacob disease, 203-206 Noradrenergic systems and, depression, 74-77 —mood stability, 117 Occipital location and, human face perception, 51-53 Loudness Dependence Auditory Evoked Potential —spatial-temporal current source correlations, cortical (LDAEP) and, depression, clinical response to anti- connectivity, 35-48 depressants, 74-77 Olanzapine and, acute mania, treatment, 118, 119 —depression, serotonergic drugs, 80 P3, P300, P50, P600 and, current source correlates and —depression, source analysis, 68, 69 cortical connectivity, 35-48 —ERP in psychiatry, 25-34 —ER desynchronization frontal midline theta, 193-202 Low Resolution Electromagnetic Tomography —memory, 12, 8-17 (LORETA) and, antidepressant medication, theta —psychiatry, 25-34 band, 78-81 —response inhibition, anxiety, alcoholism, 89-95 —depressed patient with violent behavior, temporal lobe —schizophrenia, 101 seizures, 175-179 —temporal lobe epilepsy, 168-171 —Spatial-temporal current source correlations, 35-48 —See also Evoked potentials —triphasic waves source localization, 161-167 Paraneoplastic limbic encephalitis and, complex partial Magnetic seizure therapy and, depression 108, 109 status epilepticus, 172-174 Magnetoencephalography (MEG) and, LDAEP., trypto- Parietal location and, spatial-tempora! current source phan depletion test, 68, 69 correlations, cortical connectivity, 35-48 —theta rhythm, ER desynchronization, 193-202 Parkinson’s disease and, deep brain stimulation, 110 Marchiafava-Bignami disease and, EEG coherence, Periodic synchronous discharges and, Creutzfeldt- 207-212 Jacob disease, 203-206 Memory and, electrophysiology, clinical studies, 1-34 Persistent vegetative state and, recognizing a mother's —ER desynchronization, frontal midline theta, 193-202 voice, 124-126 CLINICAL EEG and NEUROSCIENCE Phenylalamine/tyrosine and, monoaminergic depletion —depression, violence, seizures, 175-179 tests, 66-73 —EP desynchronization, theta, 193-202 Polysomnography and, nCPAP treatment obstructive —sleep prefrontal slow waves, sleep apnea, 148-154 sleep apnea, 148-154 —spatial-temporal source correlations 35-48 —tryptophan depletion test, monoaminergic systems, —stroke, 155-160 66-68 —triphasic waves, 161-167 Prion disease and, Creutzfeldt-Jacob disease, 203-206 —tryptophan depletion, 66-67 Psychiatry and, affective dysregulation neurophysiologi- Source correlation and, aging brain memory, 2-7 cal aspects, 61-123 —spatial-temporal cortical connectivity, 35-48 —ERP, 25-34, 96-104 —triphasic waves, pathophysioloigcal mechanisms, —See also Depression, Drugs, Schizophrenia 161-163 Reboxetine and, antidepressive medication, 78-81 Special issues, affective dysregulation in neuropsychi- —hand-motor dysfunction, depression, 82-88 atric disorders, 61-123 Renal encephalopathy and, triphasic waves source —electrophysiology of memory: section II: Clinical localization, 161-164 Studies, 1-34 Schizophrenia and, ERP, 26-29 SPECT and, cannabis use, no. 3: V-VIl —frontal midline theta, 200 —Marchiafava-Bignami disease, 207-212 —gamma activity, ERP related coherence, 96-104 —temporal lobe seizures, depression, violence, multi- Sclerosis and, mesial temporal postoperative EEGs, 139 modal imaging, 175-179 —temporal lobe epilepsy P300, 168-177 Spikes, sharp waves and, juvenile myoclonic seizures, —temporal lobe epilepsy surgery, 140-142 127-131 Seizures and, antiepileptic drugs, mood stability, 116-123 —nonconvulsive status epilepticus, 57-60 —corpus callosum, 207-212 —status epilepticus, Creutzfeldt-Jacob disease, 203-206 —Creutzfeldt-Jacob disease, 203-206 —status epilepticus paraneoplastic limbic encephalitis, —depression, deep brain stimulation, 105-115 172-174 —EEG coherence, 207, 210, 211 —temporal lobe epilepsy multimodal imaging, 175-179 —electrocortical mapping, TLE, 143-146 —temporal lobe epilepsy postoperative prognosis, —eye contact, TLE, 143-146 137-142 —juvenile myoclonic epilepsy, 127-131 Startle response and, acoustic response, monoaminer- —memory and language, TLE, 12 gic systems, 69 —multimodal imaging, TLE, 175-179 Status epilepticus and, complex partial seizures, para- —paraneoplastic limbic encephalitis, 172-174 neoplastic limbic encephalitis, 172-174 —postoperative prognosis, TLE, 137-142 —Creutzfeldt-Jacob disease, 203-206 —P300 temporal lobe epilepsy, TLE, 168-171 —nonconvulsive, stupor and intraventricular hemor- —stupor intraventribular hemorrhage, 57-60 rhage, 57-60 —visual memory deficits, TLE, 18-24 —triphasic waves, 162 Semantic selection and, aging brain memory, 2-7 Stroke and, acute ischemic QEEG prognostic value, —ERP, memory and language, 8-17 155-160 —linguistic processing, persistent vegetative state, —See also Vascular disorders 124-126 Stupor and, NCSE and intraventricular hemorrhage, 57-60 Sensory gating and, ERP in schizophrenia, 29 Subacute spongioform encephalopathy and, Serotonin and, depression, 74-77 Creutzfeldt-Jacob disease, 203-206 —LDAEP, 29, 30 Subdural grid electrodes and, electrocortical mapping, —monoaminergic systems, 66-73 132-136 Sharp waves, See Spikes Suicide and, multimodality imaging, depression, violence, Sleep and, depression, 105 seizures, 175-179 —monoaminergic systesm, 66-68 Surgery, and, deep brain stimulation, depression, 105-115 —nCPAP treatment sleep apnea, 148-154 —electroclinical mapping data, 132-136 —tryptophan depletion test, 66-68 —temporal lobe epilepsy postoperative EEGs signifi- Sleep apnea and, nCPAP treatment, slow wave sleep, cance, 137-142 148-154 Talairach atlas and, electrocortical mapping, 132-136 Slow activity and, Alzheimer disease, 55-56 Tardive dyskinesia and, deep brain stimulation, 111 —antidepressants, ACC theta band 78-81 Temporal intermittent rhythmic delta activity (TIRDA) —Creutzfeldt-Jacob disease, 203-206 and, postoperative temporal lobe epilepsy, 139-141 CLINICAL EEG and NEUROSCIENCE Temporal lobe epilepsy (TLE) and, memory and lan- —multimodality imaging, seizures, violence, depression, guage, 12, 18-24 175-179 —multimodal imaging, 175-179 —nonconvulsive status epilepticus, 57 —postoperative, 137-142 —See also Drugs —processing gender specific eye contact, 143-146 Variable resolution electrical tomography (VARETA) —P300, 168-171 and, persistent vegetative state, 124-126 —transforming electrocortical mapping data, 132-136 Vascular disorder and, cerebral ischemia, Alzheimer dis- Theta activity and, antidepressive medication, 78-81 ease, 55-56 —ER desynchronization, preconscious auditory oddball —nonconvulsive status epilepticus, prolonged stupor, processing, 193-202 57-60 —tryptophan depletion, 66-67 —stroke, QEEG prognostic value, 155-160 —See also Slow activity Vegetative state, and, prolonged, recognizing a mothers Thyroid disorder and, Creutzfeldt-Jacob disease, status voice, 124-126 epilepticus, 203-206 Venlafaxine and, depression, violence, seizures, 177, 178 Transcranial magnetic stimulation (TMS) and, depres- Video-EEG telemetry and, complex partial status epilep- sion, 106-108, 112 ticus, paraneoplastic limbic encephalitis, 172-174 Traumatic brain injury and, depression, violence, Videogame and, ER desynchronization frontal midline seizures, 175-179 theta rhythm, 193-202 Triphasic waves and, source localization, pathophysio- logical mechanism, 161-167 Violent behavior and, multimodality imaging, 175-179 Tryptophan, and, monoaminergic depletion test, 66-73 Visual system and, Creutzfeldt-Jacob disease, 203-206 Vagus nerve stimulation and, mood stabilizer, depres- —gaze processing medial temporal lobe, 143-147 sion, epilepsy, 109-112 —human face perception, 49-54 Valproate and, mood stability, 116-121 —temporal lobe epilepsy and memory, 18-24