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Fluorescence microscopy for visualizing single-molecule protein dynamics
- Yokota, Hiroaki
- Biochimica et biophysica acta 2020 v.1864 no.2 pp. 129362
- fluorescence, fluorescence microscopy, fluorescent dyes, image analysis, nanodiamonds, photostability
- Single-molecule fluorescence imaging (smFI) has evolved into a valuable method used in biophysical and biochemical studies as it can observe the real-time behavior of individual protein molecules, enabling understanding of their detailed dynamic features. smFI is also closely related to other state-of-the-art microscopic methods, optics, and nanomaterials in that smFI and these technologies have developed synergistically.This paper provides an overview of the recently developed single-molecule fluorescence microscopy methods, focusing on critical techniques employed in higher-precision measurements in vitro and fluorescent nanodiamond, an emerging promising fluorophore that will improve single-molecule fluorescence microscopy.smFI will continue to improve regarding the photostability of fluorophores and will develop via combination with other techniques based on nanofabrication, single-molecule manipulation, and so on.Quantitative, high-resolution single-molecule studies will help establish an understanding of protein dynamics and complex biomolecular systems.