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New technologies such as microelectrode arrays and high-resolution optical recording have been yielding microscopic, dynamic, and wide observation-area measurements of membrane-potential behavior. To analyze near-future experimental data, a new potential dynamics theory will inevitably be required. Microscopically speaking, the membrane extends two-dimensionally with various shapes in the three-dimensional...
The recent progress of physiological measurement allows us to observe membrane potential behaviors of extensive regions with higher spatial and temporal resolutions. Accordingly, a new theory has been expected with which we can analyze the spatiotemporal dynamics of the membrane potential with the cell-shape and the spatial distributions of electrical parameters taken into consideration quantitatively...
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