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dasiaBrain on Chippsila technologies based on two-dimensional in-vitro neural cultures have attracted much interest in both basic and applied neuroscience over the past two decades. Extending this technology towards more brain-like three-dimensional geometries while maintaining the ability to record and/or control the neural activity is an important neural engineering challenge. We have developed...
This work presents a methodology for modeling of cardiac tissue micro-structure. The approach is based on catheter-based confocal imaging systems, which are emerging as tools for diagnosis in various clinical disciplines. A limitation of these systems is that a fluorescent marker must be available in sufficient concentration in the imaged region. We introduce a novel method for the local delivery...
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