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- W2103369691 abstract "▪ Abstract A fundamental perspective can be achieved by targeting single cells for analysis with the goal of deconvoluting complex biological functions. However, single-cell studies have their own difficulties, such as minute volumes and sample amounts. Quantitative chemical analysis of single cells has emerged as a powerful new area in recent years due to several technological advancements. The development of microelectrodes has allowed the measurement of redox-active species as a function of cellular dynamics. This miniaturization trend is also evident in the separation sciences with the application of small column separations to single cells. Desorption ionization methods with mass spectrometric detection have shown single-cell capability owing to numerous technological developments. Finally, fluorescence imaging has also progressed to the point where single-cell dynamics can be probed by native fluorescence utilizing either single or multiple photon excitation. The results of these studies are reviewed with an emphasis on the quantitation of single-cell dynamics." @default.
- W2103369691 created "2016-06-24" @default.
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- W2103369691 date "2000-06-01" @default.
- W2103369691 modified "2023-10-03" @default.
- W2103369691 title "Quantitative Chemical Analysis of Single Cells" @default.
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- W2103369691 cites W1968662647 @default.
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- W2103369691 cites W1978065748 @default.
- W2103369691 cites W1980768165 @default.
- W2103369691 cites W1983272885 @default.
- W2103369691 cites W1986872779 @default.
- W2103369691 cites W1987478345 @default.
- W2103369691 cites W1990981207 @default.
- W2103369691 cites W1991713390 @default.
- W2103369691 cites W1996275839 @default.
- W2103369691 cites W1997266760 @default.
- W2103369691 cites W2003257259 @default.
- W2103369691 cites W2006785112 @default.
- W2103369691 cites W2009331852 @default.
- W2103369691 cites W2009635209 @default.
- W2103369691 cites W2009759632 @default.
- W2103369691 cites W2011528435 @default.
- W2103369691 cites W2012647985 @default.
- W2103369691 cites W2017801431 @default.
- W2103369691 cites W2018764547 @default.
- W2103369691 cites W2021039650 @default.
- W2103369691 cites W2021633739 @default.
- W2103369691 cites W2028205367 @default.
- W2103369691 cites W2033785210 @default.
- W2103369691 cites W2034685780 @default.
- W2103369691 cites W2034691119 @default.
- W2103369691 cites W2034929710 @default.
- W2103369691 cites W2040879618 @default.
- W2103369691 cites W2041825640 @default.
- W2103369691 cites W2045846621 @default.
- W2103369691 cites W2050546601 @default.
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- W2103369691 cites W2059228246 @default.
- W2103369691 cites W2059430093 @default.
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- W2103369691 cites W2061560176 @default.
- W2103369691 cites W2063798380 @default.
- W2103369691 cites W2064307757 @default.
- W2103369691 cites W2065052504 @default.
- W2103369691 cites W2065104676 @default.
- W2103369691 cites W2068431224 @default.
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- W2103369691 cites W2078707624 @default.
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- W2103369691 cites W2083834610 @default.
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- W2103369691 doi "https://doi.org/10.1146/annurev.biophys.29.1.239" @default.
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