Nature Methods · 2024 · 28 citations · 33 references
Natural SciencesBiophysicsBiomedical OpticsBiophotonicsSingle-molecule BiophysicsCellular ImagingFluorescence ImagingFluorescence MicroscopySingle-molecule DetectionSingle-molecule ImagingSuper-resolution MicroscopyFluorescence-based Single-molecule DetectionFluorescent DyesMolecule LocalizationSingle-molecule Fluorescence ImagingSingle-molecule Localization MicroscopySingle-molecule Localization PrecisionSuper-resolution Fluorescence ImagingSuper-resolution Fluorescence Microscopy
Spontaneously blinking fluorophores toggle between nonfluorescent and fluorescent forms without caging groups or redox buffers, enabling super-resolution imaging. The intrinsic blinking of such dyes is governed by molecular structure and modulated by environment; there is no one-size-fits-all fluorophore suitable for every imaging context. We report dyes with tuned on:off ratios that enable single-molecule localization microscopy and super-resolution optical fluctuation imaging of biomolecular structures in vitro and in cells.
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