A09 Effects of Remifentanil on Cortical Information Transfer during Painful Stimulation von Untergehrer, G, Jordan, D, Kochs, E.F, Schneider, G

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Repeated painful stimulation of the oesophagus causes a decrease of visceral pain evoked potential amplitudes: 14AP3–9 von Untergehrer, G, Jordan, D, Kochs, E F, Schneider, G

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SNACC-8 Unconsciousness-related Inhibition of Feedback Effective Connectivity Depends on the Transfer Time for Corticocortical Communication von Untergehrer, G, Jordan, D, Kochs, E, Schneider, G

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Effects of propofol and remifentanil on cortical information transfer during painful heat stimulation: 7AP3-6 von Untergehrer, G., Jordan, D., Kochs, E. F., Schneider, G.

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Changes of cortical connectivity during loss and return of consciousness: 7AP3-5 von Untergehrer, G., Jordan, D., Bretschneider, M., Grimberg, S., Kochs, E. F., Schneider, G.

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SNACC-63 Propofol-induced Changes of Cortical Auditory Processing von Jordan, D, Ilg, R, Untergehrer, G, Schneider, G, Kochs, E, Der Isar, Klinikum Rechts

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Source localisation of contact heat evoked potentials (CHEP) indicates different effects of propofol and remifentanil on cerebral processing of painful stimuli: BAPCAP1-4 von Untergehrer, G., Jordan, D., Kochs, E. F., Schneider, G.

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Subanaesthetic concentrations of propofol decrease amplitudes of contact heat evoked potentials (CHEPs): 14AP12-4 von Untergehrer, G., Hock, A., Horn, B., Kochs, E., Schneider, G.

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Auditory evoked potential amplitudes and EEG beta band power increase with increasing subanaesthetic propofol Concentrations: 7AP6-4 von Hock, A., Jordan, D., Untergehrer, G., Kochs, E., Schneider, G.

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Quantitative analysis of flavanones and chalcones from willow bark von Freischmidt, A, Untergehrer, M, Ziegler, J, Knuth, S, Okpanyi, S, Müller, J, Kelber, O, Weiser, D, Jürgenliemk, G

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