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- W2164465141 abstract "Cells exposed to electric fields are often confined to a small volume within a solid tissue or within or near a device. Here we report on an approach to describing the frequency and time domain electrical responses of a spatially confined spherical cell by using a transport lattice system model. Two cases are considered: (1) a uniform applied field created by parallel plane electrodes, and (2) a heterogeneous applied field created by a planar electrode and a sharp microelectrode. Here fixed conductivities and dielectric permittivities of the extra- and intracellular media and of the membrane are used to create local transport models that are interconnected to create the system model. Consistent with traditional analytical solutions for spherical cells in an electrolyte of infinite extent, in the frequency domain the field amplification, Gm (f) is large at low frequencies, f < 1 MHz. Gm (f) gradually decreases above 1 MHz and reaches a lower plateau at about 300 MHz, with the cell becoming almost “electrically invisible”. In the time domain the application of a field pulse can result in altered localized transmembrane voltage changes due to a single microelectrode. The transport lattice approach provides modular, multiscale modeling capability that here ranges from cell membranes (5 nm scale) to the cell confinement volume (∼40 μm scale)." @default.
- W2164465141 created "2016-06-24" @default.
- W2164465141 creator A5019136974 @default.
- W2164465141 creator A5064549503 @default.
- W2164465141 creator A5091078972 @default.
- W2164465141 date "2006-05-01" @default.
- W2164465141 modified "2023-10-18" @default.
- W2164465141 title "Model of a confined spherical cell in uniform and heterogeneous applied electric fields" @default.
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- W2164465141 cites W1852679722 @default.
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- W2164465141 cites W1965875595 @default.
- W2164465141 cites W1968772754 @default.
- W2164465141 cites W1972708469 @default.
- W2164465141 cites W1972779758 @default.
- W2164465141 cites W1973038133 @default.
- W2164465141 cites W1974101141 @default.
- W2164465141 cites W1975793579 @default.
- W2164465141 cites W1976257328 @default.
- W2164465141 cites W1978548543 @default.
- W2164465141 cites W1980301114 @default.
- W2164465141 cites W1987936406 @default.
- W2164465141 cites W1993390786 @default.
- W2164465141 cites W1996535811 @default.
- W2164465141 cites W2000831227 @default.
- W2164465141 cites W2006570172 @default.
- W2164465141 cites W2011835550 @default.
- W2164465141 cites W2015648044 @default.
- W2164465141 cites W2019232209 @default.
- W2164465141 cites W2020255317 @default.
- W2164465141 cites W2021737684 @default.
- W2164465141 cites W2034684832 @default.
- W2164465141 cites W2036103894 @default.
- W2164465141 cites W2037990946 @default.
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- W2164465141 cites W2046347062 @default.
- W2164465141 cites W2048429026 @default.
- W2164465141 cites W2050483730 @default.
- W2164465141 cites W2050542941 @default.
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- W2164465141 cites W2054687350 @default.
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- W2164465141 cites W2069041223 @default.
- W2164465141 cites W2070002956 @default.
- W2164465141 cites W2072397057 @default.
- W2164465141 cites W2072538393 @default.
- W2164465141 cites W2079735933 @default.
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- W2164465141 cites W2092776514 @default.
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- W2164465141 cites W2115049251 @default.
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- W2164465141 cites W2130997886 @default.
- W2164465141 cites W2132857694 @default.
- W2164465141 cites W2133067865 @default.
- W2164465141 cites W2135447308 @default.
- W2164465141 cites W2135479849 @default.
- W2164465141 cites W2138651796 @default.
- W2164465141 cites W2146526868 @default.
- W2164465141 cites W2146657034 @default.
- W2164465141 cites W2147929751 @default.
- W2164465141 cites W2148171986 @default.
- W2164465141 cites W2149458424 @default.
- W2164465141 cites W2152510857 @default.
- W2164465141 cites W2155941115 @default.
- W2164465141 cites W2178669379 @default.
- W2164465141 cites W4237067690 @default.
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- W2164465141 doi "https://doi.org/10.1016/j.bioelechem.2005.07.002" @default.
- W2164465141 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/16230052" @default.
- W2164465141 hasPublicationYear "2006" @default.
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