AbstractWe present a study of the photophysical properties of the BODIPY-FL fluorescent dye at the single molecule scale using total internal reflexion fluorescence microscopy. We characterized the saturation intensity and the maximum number of fluorescence photons for single BODIPY-FL in a usual buffer. We then studied the influence of the buffer depletion in oxygen and the addition of redox agents on the brightness and the lifetime before photobleaching of the BODIPY-FL. The great improvement of these two factors in such a medium allows the use of BODIPY-FL in single-molecule biophysics experiments
The photostability of fluorescent dyes is of crucial importance for the statistical accuracy of sing...
Biomolecular systems, such as proteins, crucially rely on dynamic processes at the nanoscale. Detect...
PhD ThesisOur understanding of molecular photophysics has developed over the course of the twentieth...
AbstractWe present a study of the photophysical properties of the BODIPY-FL fluorescent dye at the s...
AbstractOrganic fluorophores common to fluorescence-based investigations suffer from unwanted photop...
AbstractThe application of single-molecule fluorescence techniques to complex biological systems pla...
For long-term live-cell fluorescence imaging and biosensing, it is crucial to work with a dye that h...
The modern synthetic routes in organic chemistry, as well as the recent advances in high-resolution ...
Despite existing for almost a century, fluorescent dyes continue to attract the attention of scienti...
Fluorescence provides a mechanism for achieving contrast in biological imaging that enables investig...
Single molecule fluorescence microscopy and single molecule spectroscopy provide tremendously powerf...
Dynamic developments in ultrasensitive and superresolution fluorescence microscopy call for improved...
An optimized chemistry turns a small green dye into a useful label for single- molecule experiments ...
Multicolor single-molecule localization microscopy (SMLM) expands our understanding of subcellular d...
Labels can be attached to proteins, for example antibodies, which accumulate in specific organs for ...
The photostability of fluorescent dyes is of crucial importance for the statistical accuracy of sing...
Biomolecular systems, such as proteins, crucially rely on dynamic processes at the nanoscale. Detect...
PhD ThesisOur understanding of molecular photophysics has developed over the course of the twentieth...
AbstractWe present a study of the photophysical properties of the BODIPY-FL fluorescent dye at the s...
AbstractOrganic fluorophores common to fluorescence-based investigations suffer from unwanted photop...
AbstractThe application of single-molecule fluorescence techniques to complex biological systems pla...
For long-term live-cell fluorescence imaging and biosensing, it is crucial to work with a dye that h...
The modern synthetic routes in organic chemistry, as well as the recent advances in high-resolution ...
Despite existing for almost a century, fluorescent dyes continue to attract the attention of scienti...
Fluorescence provides a mechanism for achieving contrast in biological imaging that enables investig...
Single molecule fluorescence microscopy and single molecule spectroscopy provide tremendously powerf...
Dynamic developments in ultrasensitive and superresolution fluorescence microscopy call for improved...
An optimized chemistry turns a small green dye into a useful label for single- molecule experiments ...
Multicolor single-molecule localization microscopy (SMLM) expands our understanding of subcellular d...
Labels can be attached to proteins, for example antibodies, which accumulate in specific organs for ...
The photostability of fluorescent dyes is of crucial importance for the statistical accuracy of sing...
Biomolecular systems, such as proteins, crucially rely on dynamic processes at the nanoscale. Detect...
PhD ThesisOur understanding of molecular photophysics has developed over the course of the twentieth...