基礎生物学研究所
| Organizers | Kenichi Naka |
|---|---|
| Venue | National Institute for Basic Biology, Okazaki , 444-8585, Japan |
| Date | Feb. 27-29, 1984 |
| Program | |
| Opening remark by Prof. M. Kuwahara (Prof. Emeritus, NIBB) | |
| 1. | R. Glantz (Rice Univ.): Invertebrate visual system. |
| 2. | K. Mimura (Nagasaki Univ. and NIBB): Neuronal basis of pattern discrimination in the fly. |
| 3. | Y. Okada and T. Yamaguchi (Okayama Univ.): Nonspiking visual interneurons in the crayfish brain. |
| 4. | T. Ichikawa (Kyushu Univ.): Chromatic properties of visual interneurons in the swallowtail butterfly larva. |
| 5. | T. Goto (Gifu Univ.): Chaetognath photoreceptor. |
| 6. | K. lsono (Tohoku Univ.): Rhodopsin mutants in Drosophila. |
| 7. | J. Wine (Stanford Univ.): Invertebrate motor system. |
| 8. | T. Shimozawa and M. Kanou (Hokkaido Univ.): Threshold analyses of sensory afferents, interneurons, and motoneurons in the cricket cereal system. |
| 9. | A. Komatsu (Tokyo Women's Med School): Neuronal mechanisms controlling ventilation in the dragonfly larva. |
| 10. | Y. Kondo (Hokkaido Univ.): Neural organization of crayfish abdominal ganglia. - Does ganglionic fusion produce local neurons? |
| 11. | M. Takahata (Hokkaido Univ.): Role of local non-spiking interneurons in the equilibrium control system of crayfish. |
| 12. | H. Okumura (Hokkaido Univ.): Giant axons and withdrawal reflex in Sabellid worms. |
| 13. | M. Burrows (Cambridge Univ.): Transmission without spikes. |
| 14. | M. Mizunami and H. Tateda (Kyushu Univ.): Synaptic transmission mediated with and without spikes between second- and third-order neurons of cockroach ocellus. |
| 15. | Y. Toh (Kyushu Univ.): Neural organization of the cockroach ocellar system. |
| 16. | K. Mori (Gunma Univ.): Spatial distribution of the dendrnitic synaptic output and the axon collateral synaptic output of principal cells in the rabbit olfactor bulb. |
| 17. | M. Kawasaki (Sophia Univ. and NIBB): Dynamic sensitivity of vertebrate retinal neurons. |
| 18. | J. Toyoda (St. Marrianna Med School): Application of transretinal stimulation for the study of bipolar-amacrine transmission. |
| 19. | R. Shapley (Rockefeller Univ.): Signal processing in CNS. |
| 20. | K. Tanaka (Res. Lab. NHK): Parallel flow of signals in the primary visual cortex. |
| 21. | Y. Shinoda (Tokyo Med. and Dental Univ.): Neural substrates for multiple muscle activation in a mammalian central nervous system: Branching patterns of single neurons in descending motor pathways and cerebello-thalamo-cortical systems. |
| 22. | Y. lwamura (Toho Univ.): Functional clustering of neurons in somatosensory cortex of concious monkey. |
| 23. | B. N. Christensen (Univ. Texas): Voltage-dependent membrane currents in solitary channel catfish horizontal cells. |
| 24. | A. Kaneko (NIPS): Voltage-dependent membrane currents in solitary bipolar cells dissociated from Carassius auratus. |
