“Smart fluorophores”, such as reversibly switchable fluorescent proteins, are crucial for
advanced fluorescence imaging. However, only a limited number of such labels is available …

Advanced imaging techniques crucially depend on the labels used. In this work, we present
the structure-guided design of a fluorescent protein that displays both reversibly …

Chromophore‐bearing proteins that are (reversibly) altered after light illumination are major
functional components of nature. They gained considerable attention in the last decades …

In these last two decades, fluorescent proteins (FPs) have become highly valued imaging
tools for cell biology, owing to their compatibility with living samples, their low levels of …

The field of bioimaging and biosensors has been revolutionized by the discovery of
fluorescent proteins (FPs) and their use in live cells. FPs are characterized with rich …

Fluorescent proteins have revolutionized life sciences because they allow noninvasive and
highly specific labeling of biological samples. The subset of “phototransformable” …

Fluorescent proteins (FPs) have transformed cell biology through their use in fluorescence
microscopy, enabling precise labeling of proteins via genetic fusion. A key advancement is …

rsCherryRev1. 4 has been reported as one of the reversibly photoswitchable variants of
mCherry, and is an improved version with a faster off-switching speed and lower switching …

The fluorescent protein Dronpa undergoes reversible photoswitching reactions between the
bright “on” and dark “off” states via photoisomerization and proton transfer reactions. We …

Aequorea victoria-based green fluorescent proteins and their blue, cyan and red
counterparts offer unprecedented advantage as biological markers owing to their genetic …