Model fitting as an Aid to Capacitance Compensation and Bridge Balancing in Neuronal Recording

de Sa, V.R. and David J C MacKay

Determining the resistance of the electrode is important in patch clamp and sharp electrode intracellular recording but can be difficult when the stray capacitance is high. We describe a model-fitting method which automatically infers the electrode capacitance and resistance and cell capacitance and resistance from the response to a hyperpolarizing current step.

cnssumm.ps.gz. | PDF | <- UK | USA -> | Ginny's site |
Old draft: bridge.ps.gz. abstract. | <- UK | Canada -> | bridge.ps.gz. abstract.

- Publication details:
de Sa, V.R., & MacKay, D.J.C. (2001). Model fitting as an Aid to Bridge Balancing in Neuronal Recording. Neurocomputing (special issue devoted to Proceedings of the CNS 2000 meeting) Vol38-40, 1651-1656.

@article{deSaMacKay2001,
author={de Sa, V.R., and MacKay, D.J.C.},
year={2001},
title={Model fitting as an Aid to Bridge Balancing in Neuronal Recording},
journal={Neurocomputing},
annote={special issue devoted to Proceedings of the CNS 2000 meeting},
volume={38-40},
pages={1651-1656}
}

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David MacKay's: home page, publications. bibtex file.

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Canadian mirrors: home page, publications. bibtex file.

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