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B. Saletu, M. Saletu, T. Itil, W. Hsu (1971)
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K. Davison (1965)
EEG activation after intravenous amitriptyline.Electroencephalography and clinical neurophysiology, 19 3
Roberto Zappoli (1959)
Transient electroencephalographic pattern characteristic of subacute leuco-encephalitis in a case of acute head injury.Electroencephalography and clinical neurophysiology, 11 3
B. Saletu, M. Saletu, T. Itil (2004)
Effect of minor and major tranquilizers on somatosensory evoked potentialsPsychopharmacologia, 24
T. Itil, B. Saletu, J. Marasa (1972)
Digital computer analyzed sleep electroencephalogram (sleep prints) in predicting anxiolytic properties of clorazepate dipotassium (tranxene).Current therapeutic research, clinical and experimental, 14 8
D. Goldman (1965)
Elektroencephalographische studien bei endogenen psychosen und deren behandlung mit psychotropen medikamenten unter besonderer berücksichtigung des pentothal-elektroencephalogrammsElectroencephalography and Clinical Neurophysiology, 19
(1959)
Electroeneephalographic study of patients affected by depressive state treated with imipramine hydrochloride (iminodibenzyl derivate G 22355Tofranil)
H. Mueller, A. Mueller (1965)
EFFECTS OF SOME PSYCHOTROPIC DRUGS UPON BRAIN ELECTRICAL ACTIVITY.International journal of neuropsychiatry, 1
C. Shagass, M. Schwartz, M. Amadeo (1962)
Some drug effects on evoked cerebral potentials in man.Journal of neuropsychiatry, 3(Suppl 1)
C. Vasconetto, V. Floris, C. Morocutti (1971)
Visual evoked responses in normal and psychiatric subjects.Electroencephalography and clinical neurophysiology, 31 1
Electrocncephalography and pharmacopsychiatry
Quantitative pharmacoelectroencephalography using frequency analyzer and digital computer methods in early drug evaluations
N. Moisseeva (1963)
A review of Soviet papers published in the USSR in the first half of 1961Electroencephalography and Clinical Neurophysiology, 15
(1963)
Electroencephalographie and clinical changes induced by acute and chronic administration of amitriptyline to psychiatric patients
Itil Tm, N. Polvan, W. Hsu (1972)
Clinical and EEG effects of GB-94, a "tetracyclic" antidepressant (EEG model in discovery of a new psychotropic drug).Current therapeutic research, clinical and experimental, 14 7
B. Saletu, T. Itil, M. Saletu (1971)
Auditory evoked response, EEG, and thought process in schizophrenics.The American journal of psychiatry, 128 3
M. Fink (1959)
Electroencephalographic and Behavioral Effects of TofrānilThe Canadian Journal of Psychiatry, 4
S. Miura (1977)
Drugs used in the treatment of psychiatric diseases.[Kango gijutsu] : [Nursing technique], 23 6
C. Shagass, J. Straumanis (1969)
Evoked potentials and psychopathology.Proceedings of the annual meeting of the American Psychopathological Association, 58
B. Saletu, M. Saletu, T. Itil, C. Coffin (1972)
Effect of Stimulatory Drugs on the Somatosensory Evoked Potential in ManPharmacopsychiatrie, 5
B. Saletu, M. Saletu, T. Itil (1973)
The relationships between psychopathology and evoked responses before, during, and after psychotropic drug treatment.Biological psychiatry, 6 1
M. Fink (1963)
EEG and human psychopharmacologyElectroencephalography and Clinical Neurophysiology, 15
T. Itil (1968)
Electroencephalography and Pharmacopsychiatry1, 1
Lorenzo Finesso (1937)
STATISTICAL METHODSBritish Medical Journal, 1
(1967)
Statistical methods, pp. 60
E. Dunlop (1964)
THE CHOICE OF ANTIDEPRESSANTS IN VARIOUS TYPES OF DEPRESSION.Psychosomatics, 5
(1963)
Changes in electrical activity of the cortex in patients in states of depression during imizine (tofranil) treatment
Reese Jones, K. Blacker, E. Callaway, R. Layne (1965)
THE AUDITORY EVOKED RESPONSE AS A DIAGNOSTIC AND PROGNOSTIC MEASURE IN SCHIZOPHRENIAAmerican Journal of Psychiatry, 122
B. Saletu, M. Saletu, T. Itil (1972)
Somatosensory evoked potential: an objective indicator of the therapy efficacy of a new psychotropic drug, clorazepate dipotassium (tranxene).Current therapeutic research, clinical and experimental, 14 8
Goff Wr, B. Rosner, T. Allison (1962)
Distribution of cerebral somatosensory evoked responses in normal manElectroencephalography and Clinical Neurophysiology, 14
T. Itil, D. Shapiro, M. Fink (1968)
Differentiation of psychotropic drugs by quantitative EEG analysis.Agressologie: revue internationale de physio-biologie et de pharmacologie appliquees aux effets de l'agression, 9 2
B. Saletu, M. Saletu, T. Itil, J. Marasa (1971)
Somatosensory-evoked potential changes during haloperidol treatment of chronic schizophrenics.Biological psychiatry, 3 4
T. Itil (1961)
Elektroencephalographische Gesichtspunkte zur Klassifikation neuro- und thymoleptischer Pharmaka. II. Teil: Elektroencephalographische Befunde zur Klassifikation neuro- und thymoleptischer MedikamentePharmacology, 5
B. Saletu, M. Saletu, T. Itil, J. Jones (2004)
Somatosensory evoked potential changes during thiothixene treatment in schizophrenic patientsPsychopharmacologia, 20
213 29 29 1 1 B. Saletu M. Saletu T. M. Itil Missouri Institute of Psychiatry University of Missouri School of Medicine 5400 Arsenal St. 63139 St. Louis Mo. Abstract The effect of orally administered single doses of placebo, imipramine and amitriptyline on the human Somatosensory evoked potential (SEP) was investigated in three matched groups of 10 male normal volunteers each. In contrast to placebo, the two antidepressants induced characteristic and systematic changes in the evoked response: imipramine as well as amitriptyline decreased the latency in the first three SEP peaks, but increased the latency in the subsequent peaks. The amplitudes were attenuated (especially in the latter part of the response) with the exception of peaks 3–4. The drug profiles seem to be characteristic for tricyclic antidepressants and differ appreciably from those of major tranquilizers, minor tranquilizers and stimulants. Interestingly, the latency decrease was significantly greater after imipramine than after amitriptyline, while the latency increase was more marked after amitriptyline than after imipramine. In addition, the former drug produced more amplitude attenuation than the latter. This indicates that of the two antidepressants, amitriptyline has more sedative properties, whereas imipramine has more stimulatory qualities. Based on these findings as well as on our past experiences with representatives of other psychopharmacological classes, it was concluded that the SEP technique in conjunction with quantitative and statistical evaluation methods seems to be a promising tool for the classification of psychotropic agents.
Psychopharmacology – Springer Journals
Published: Mar 1, 1973
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