Symposium S22
Neuronal rhythmogenesis: from synapse to behaviour

Previous page - Search page

099.1. Symp. S22-1. Mon 15/07 09:30 - Amphithéâtre Bleu
Engel A. K., Debener S., Dehnhardt M., Engler G., Fickel U., Gembris D., Kranczioch C. & Moll C. K. E.
Institute of Medicine, Research Center Juelich, Germany
- GAMMA OSCILLATIONS IN SENSORY SYSTEMS: RELATION TO PERCEPTION AND BEHAVIOUR.

099.2. Symp. S22-2. Mon 15/07 09:30 - Amphithéâtre Bleu
Laurent G.
Caltech, Pasadena, USA
- OSCILLATIONS AND ODOR ENCODING.

099.3. Symp. S22-3. Mon 15/07 09:30 - Amphithéâtre Bleu
Connors B. W. (1), Long M. A. (1), Landisman C. E. (1), Beierlein M. (2), Gibson J. R. (2), Deans M. R. (3) & Paul D. L. (3)
(1) Dept. Neurosci., Brown Univ., Providence, RI, USA; (2) Dept. Neurosci., Brown Univ., Providence, RI, USA; (3) Dept. Neurobiol., Harvard Medical School, Boston, MA, USA
- THE SYNCHRONIZING ROLES OF ELECTRICAL SYNAPSES IN THE NEOCORTEX AND THALAMUS.

099.4. Symp. S22-4. Mon 15/07 09:30 - Amphithéâtre Bleu
Whittington M. A. (1), Gillies M. (1), Traub R. D. (2), Davies C. H. (3), Gloveli T. (1), Lebeau F. E. N. (1) & Buhl E. H. (1).
(1) Univ. Leeds, UK; (2) SUNY, NY, USA; (3) GSK, Harlow, UK.
- A MECHANISM FOR INHIBITION-BASED, ATROPINE-RESISTANT THETA FREQUENCY OSCILLOGENESIS IN HIPPOCAMPAL AREA CA1 IN VITRO.