Optophysiological Approach to Resolve Neuronal Action Potentials with High Spatial and Temporal Resolution in Cultured Neurons

@inproceedings{Pags2011OptophysiologicalAT,
  title={Optophysiological Approach to Resolve Neuronal Action Potentials with High Spatial and Temporal Resolution in Cultured Neurons},
  author={St{\'e}phane Pag{\`e}s and Daniel C{\^o}t{\'e} and Paul De Koninck},
  booktitle={Front. Cell. Neurosci.},
  year={2011}
}
Cell to cell communication in the central nervous system is encoded into transient and local membrane potential changes (ΔVm). Deciphering the rules that govern synaptic transmission and plasticity entails to be able to perform V(m) recordings throughout the entire neuronal arborization. Classical electrophysiology is, in most cases, not able to do so within small and fragile neuronal subcompartments. Thus, optical techniques based on the use of fluorescent voltage-sensitive dyes (VSDs) have… CONTINUE READING

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