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How the brain integrates information from multiple sensory modalities is a crucial quest in neuroscience. Recent advance in functional neuroimaging and electrophysiological techniques allows us to investigate this issue in ways that have previously been impossible. The symposium will focus on the cross-modal integration and plasticity in human brain, with methods at the state of the art including PET, fMRI, EEG, MEG, TMS, and their various combinations. |
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CROSS-MODAL INTEGRATION AND PLASTICITY:
Multidisciplinary approaches using noninvasive functional neuroimaging techniques |
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Students \3,000 / Others \10,000 |
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Amedi, Amir
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Harvard Med School, USA |
Beauchamp, Michael S
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Univ Texas, USA |
Cohen, Leonardo G
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NIH, USA |
Kang, Eun Joo
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Kangwon Univ, Korea |
Lee, Dong Soo
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Seoul National Univ, Korea |
Lewis, James W
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West Virginia Univ, USA |
Macaluso, Emiliano
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IRCCS, Italy |
Naito, Eiichi
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Kyoto Univ, Japan |
Naito, Yasushi
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Kobe City Hosp, Japan |
Neville, Helen
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Univ Oregon, USA |
Osaki, Yasuhiro
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Mount Sinai School of Med,
USA |
Fujioka, Takako
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Univ Toronto, CANADA |
Rauschecker, Josef P
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Georgetown Univ, USA |
Rolls, Edmund T
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Univ Oxford, UK |
Sakai, Kuniyoshi L
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Univ Tokyo, Japan |
| Sekiyama, Kaoru |
Hakodate Future Univ, Japan |
| Shibasaki, Hiroshi |
Kyoto Univ, Japan |
| Spence, Charles |
Univ of Oxford, UK |
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| Norihiro Sadato (NIPS) |
Tetsuo Yamamori (NIBB) |
Manabu Honda (NIPS) |
| Toru Ozaki (IMS) |
Kenji Kansaku (NIPS) |
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