Session I Statistics and geometry of neuronal connections Chair: Noritaka Ichinohe Lab for Cortical Organization and Systematics Brain Science Institute,

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Presentation transcript:

Session I Statistics and geometry of neuronal connections Chair: Noritaka Ichinohe Lab for Cortical Organization and Systematics Brain Science Institute, RIKEN Questions The statistics of the cortical connections: long-range axonal connections and micro-circuits The mini-architecture of the cerebral cortex. The on-board microcircuitry, dendritic growth, trees bifurcations (development of connectivity) and plasticity 18th May, Morning

Topics 1. Bringing together functional and anatomical connectivity 2. Species comparison and bridging (human, monkey, rodent) 1. McIntosh 2. Van Essen

1. McIntosh 2. Van Essen (macroscopic area to area connectivity) 3. Rockland (long-range+local circuit) 4. Silberberg (local circuit) 3. Exploring different spatial levels of connectivity (area to area, microcircuitry etc.) and structures (area, column, layer etc.) 3. Rockland Spatial and temporal resolution of the methods (Cognitive Neuroscience, eds. Gazzaniga et al., 1998)

4. Integration of long-distance and intrinsic connections A cortical wiring diagram 2. Van Essen Single axon reconstruction 3. Rockland 4. Silberberg Intrinsic micro-circuitry

5. Formation and plasticity of neural connections Bouton Touch 4. Silberberg Tabula rasa Tension-based Cortical Folding 2. Van Essen Whole-cell recordings & Confocal connection analysis