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- W2970864820 abstract "Fluorescence time traces are used to report on dynamical properties of molecules. The basic unit of information in these traces is the arrival time of individual photons, which carry instantaneous information from the molecule, from which they are emitted, to the detector on timescales as fast as microseconds. Thus, it is theoretically possible to monitor molecular dynamics at such timescales from traces containing only a sufficient number of photon arrivals. In practice, however, traces are stochastic and in order to deduce dynamical information through traditional means–such as fluorescence correlation spectroscopy (FCS) and related techniques–they are collected and temporally autocorrelated over several minutes. So far, it has been impossible to analyze dynamical properties of molecules on timescales approaching data acquisition without collecting long traces under the strong assumption of stationarity of the process under observation or assumptions required for the analytic derivation of a correlation function. To avoid these assumptions, we would otherwise need to estimate the instantaneous number of molecules emitting photons and their positions within the confocal volume. As the number of molecules in a typical experiment is unknown, this problem demands that we abandon the conventional analysis paradigm. Here, we exploit Bayesian nonparametrics that allow us to obtain, in a principled fashion, estimates of the same quantities as FCS but from the direct analysis of traces of photon arrivals that are significantly smaller in size, or total duration, than those required by FCS." @default.
- W2970864820 created "2019-09-05" @default.
- W2970864820 creator A5008664721 @default.
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- W2970864820 creator A5090953935 @default.
- W2970864820 date "2019-08-29" @default.
- W2970864820 modified "2023-09-26" @default.
- W2970864820 title "Pitching single-focus confocal data analysis one photon at a time with Bayesian nonparametrics" @default.
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