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• W2898128626 abstract "Abstract Nanoelectrodes have become an area of significant interest in recent years, which provide a number of advantages for imaging with scanning electrochemical microscopy (SECM). Since the resolution of SECM imaging is directly dependent on the size of the electrode probe, the reduced surface area of nanoelectrodes allows for the imaging of smaller sample features, or more localized electrochemical reactivity. Nanoelectrodes with a radius of 130 nm are employed to image the surface of single live cells. The use of nanoscale imaging, however, introduces additional complexity into the simulation modeling of the cell surface geometry and electrochemical reactivity. The creation of tailored simulation models accounting for these specific physical conditions is utilized to overcome the additional challenges to the characterization of the electrochemical system. Methodologies for the experimental mapping and creation of 3D simulation models of single live cells have been well developed, which are presented herein. These developments include characterization of cell surface topography, tip‐to‐cell distance, as well as cell membrane permeability quantification. The advanced quantification of the complex nanoscale imaging of single live cells assisted by theoretical simulations provides increased versatility to SECM as an already powerful bioanalytical tool." @default.
• W2898128626 created "2018-11-02" @default.
• W2898128626 creator A5043146330 @default.
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• W2898128626 creator A5076482838 @default.
• W2898128626 date "2018-10-25" @default.
• W2898128626 modified "2023-10-03" @default.
• W2898128626 title "Simulation Assisted Nanoscale Imaging of Single Live Cells with Scanning Electrochemical Microscopy" @default.
• W2898128626 cites W1964132579 @default.
• W2898128626 cites W1968476559 @default.
• W2898128626 cites W1969344018 @default.
• W2898128626 cites W1969620771 @default.
• W2898128626 cites W1973829219 @default.
• W2898128626 cites W1978256212 @default.
• W2898128626 cites W1979474762 @default.
• W2898128626 cites W1980188152 @default.
• W2898128626 cites W1983285581 @default.
• W2898128626 cites W1985024540 @default.
• W2898128626 cites W1987887432 @default.
• W2898128626 cites W1988611330 @default.
• W2898128626 cites W1996194384 @default.
• W2898128626 cites W1999746710 @default.
• W2898128626 cites W2000193155 @default.
• W2898128626 cites W2001161994 @default.
• W2898128626 cites W2004434785 @default.
• W2898128626 cites W2005688834 @default.
• W2898128626 cites W2010625333 @default.
• W2898128626 cites W2011532091 @default.
• W2898128626 cites W2018427856 @default.
• W2898128626 cites W2023810541 @default.
• W2898128626 cites W2026282433 @default.
• W2898128626 cites W2026668318 @default.
• W2898128626 cites W2041767427 @default.
• W2898128626 cites W2044045295 @default.
• W2898128626 cites W2044834833 @default.
• W2898128626 cites W2049103551 @default.
• W2898128626 cites W2050564272 @default.
• W2898128626 cites W2054429571 @default.
• W2898128626 cites W2064510245 @default.
• W2898128626 cites W2070585323 @default.
• W2898128626 cites W2074557966 @default.
• W2898128626 cites W2075158431 @default.
• W2898128626 cites W2079142905 @default.
• W2898128626 cites W2080120873 @default.
• W2898128626 cites W2088231852 @default.
• W2898128626 cites W2090605472 @default.
• W2898128626 cites W2092104072 @default.
• W2898128626 cites W2094427415 @default.
• W2898128626 cites W2094675954 @default.
• W2898128626 cites W2096703508 @default.
• W2898128626 cites W2103569942 @default.
• W2898128626 cites W2120509039 @default.
• W2898128626 cites W2120517938 @default.
• W2898128626 cites W2124045278 @default.
• W2898128626 cites W2124732237 @default.
• W2898128626 cites W2127117420 @default.
• W2898128626 cites W2129638411 @default.
• W2898128626 cites W2136341434 @default.
• W2898128626 cites W2137144507 @default.
• W2898128626 cites W2140384109 @default.
• W2898128626 cites W2149171993 @default.
• W2898128626 cites W2171097389 @default.
• W2898128626 cites W2225571141 @default.
• W2898128626 cites W2264713306 @default.
• W2898128626 cites W2276841980 @default.
• W2898128626 cites W2289746188 @default.
• W2898128626 cites W2315427585 @default.
• W2898128626 cites W2318958788 @default.
• W2898128626 cites W2334045921 @default.
• W2898128626 cites W2334805943 @default.
• W2898128626 cites W2438085193 @default.
• W2898128626 cites W2462689103 @default.
• W2898128626 cites W2498238722 @default.
• W2898128626 cites W2516262945 @default.
• W2898128626 cites W2530909141 @default.
• W2898128626 cites W2589005568 @default.
• W2898128626 cites W2739079490 @default.
• W2898128626 cites W2741852150 @default.
• W2898128626 cites W2771901379 @default.
• W2898128626 cites W2774814412 @default.
• W2898128626 cites W2784358727 @default.
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• W2898128626 doi "https://doi.org/10.1002/adts.201800124" @default.
• W2898128626 hasPublicationYear "2018" @default.
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