The development of near-infrared (NIR) fluorescent probes over the past few decades has
changed the way that biomolecules are imaged, and thus represents one of the most rapidly …

Luminescent iridium (III) complexes exhibit high phosphorescence quantum yields and
photostability, good cell membrane permeability, rich and sensitive photophysical …

Dense fluorophore labeling without compromising the biological target is crucial for genuine
super-resolution microscopy. Here we introduce a broadly applicable labeling strategy for …

Live-cell imaging of RNA has remained a challenge because of the lack of naturally
fluorescent RNAs. Recently developed RNA aptamers that can light-up small fluorogenic …

Fluorogenic probes efficiently reduce non-specific background signals, which often results in
highly improved signal-to-noise ratios. Although this implies improved resolution …

An RNA-based fluorogenic module consists of a light-up RNA aptamer able to specifically
interact with a fluorogen to form a fluorescent complex. Over the past decade, significant …

Chemical modification of proteins is important for creating a myriad of engineered proteins
and for elucidating the function and dynamics of proteins in live cells. A wide variety of …

The strong fluorescence and high photostability of inorganic quantum dots (QDs) have
envisaged them as superior fluorescent probes for biomedical imaging applications …

The combination of super‐resolution microscopy and synthetic fluorescence probes has
emerged as a universal tool to monitor dynamic biological events at the nanometer scale …

One of the biggest limitations in the study and engineering of anaerobic Clostridium
organisms is the lack of strong fluorescent reporters capable of strong and real-time …