Ph.D thesis ANALYSIS OF EEG ACTIVITY PATTERNS IN URETHANE ANESTHETIZED RATS

s in refered journals 1. Szentgyörgyi V., Détári L. and Kukorelli T. Dependency of evoked potentials on the burst-suppression pattern of the EEG in deep urethane anesthesia in rats Neurobiol., 5 (1997) 216-217 2. Détári L., Szentgyörgyi V. and Kukorelli T. High frequency cortical activity in deep urethane anesthesia in rats. Neurobiol., 5 (1997) 119-120 3. Szentgyörgyi, V., Détári, L., Hajnik, T. and Kukorelli, T. Development of P13-like peak in acoustic evoked potentials of rats under urethane anesthesia Neurobiol., in press, (1998) 4. Szentgyörgyi, V., Détári, L. and Kukorelli, T. Multisensory evoked potentials during “burst-suppression” in urethane anesthetised rats. Eur. J. Neurosci., Suppl. 10 (1998) 411 5. Détári L., Szentgyörgyi V. and Kukorelli T. Periods of high frequency cortical activity in deep urethane anesthesia in rats. Eur. J. Neurosci., Suppl. 10 (1998) 400 6. Szentgyörgyi, V., Détári, L., Balatoni, B. and Kukorelli, T. Properties of the phasic spontaneous and evoked cortical activation in anesthetized rats. Sleep Research Online (1999); 2 (1): 88. 7. Balatoni, B., Détári L., Szentgyörgyi, V. and Kukorelli, T. The importance of the cholinergic system of the brainstem in the regulation of the cortical activity. Sleep Research Online, (1999); 2 (1): 5. 8. Szentgyörgyi, V., Détári, L., Balatoni, B. and Kukorelli, T. Properties of the phasic spontaneous and evoked cortical activation in anesthetized rats. Neurobiol. (1999); 7:389. 9. Balatoni, B., Détári L., Szentgyörgyi, V. and Kukorelli, T. The importance of the cholinergic system of the brainstem in the regulation of the cortical activity. Neurobiol. (1999); 7:278. 10. Balatoni, B., Szentgyörgyi, V. and Détári, L. Effect of local lidocain infusion and spreading depression on the activity of basal forebrain neurons Neurobiol. (2001); 9: 159.