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Single-unit recording / Root / Multielectrode array / Action potential / Astrocyte / Coincidence detection in neurobiology / Vascular plant / Neural oscillation / Membrane potential / Biology / Neurophysiology / Electrophysiology


Spatiotemporal dynamics of the electrical network activity in the root apex E. Masia, M. Ciszakb, G. Stefanoa, L. Rennaa, E. Azzarelloa, C. Pandolfia, S. Mugnaia, F. Balusˇkac, F. T. Arecchib,d,
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Document Date: 2011-06-05 04:31:58


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International Laboratory / HP / Deadwyler SA / GE / Stephens / Cold Spring Harbor Laboratory / Roy SA / Volkov AG / /

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Germany / Italy / United Kingdom / /

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Scale bar / Plant Electrophysiology / University of Bonn / Plant Physiol / University of Florence / PLANT BIOLOGY Fig / International Laboratory of Plant Neurobiology / Plant Soil / Physiol Plant / Plant Cell Physiol / Massachusetts Institute of Technology / Plant Life / PLANT BIOLOGY / Weir TL / Plant Cell Environm / PLANT BIOLOGY Discussion The / /

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non-plant systems / electrical network systems / sensory systems / cortical networks / electricity / chemical signaling networks / electrical network / marine spinal cord networks / neuronal networks / /

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Fermi / /

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University of Florence / Massachusetts Institute of Technology / University of Bonn / /

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Ann Bot / Arch Sci / Van Volkenburgh / /

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New York / Massachusetts / /

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neuroscience / threshold-based algorithm / drug discovery / MEA technology / S/N / gene expression / /

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www.pnas.org͞cgi͞doi͞10.1073͞pnas.0804640106 / www.pnas.org/cgi/content/full / /

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