We strategically modified the GFP core via chemical synthesis to make redder and brighter
biomimetic fluorophores. Based on quantum calculations, solvatochromism analysis, and …

Fluorescence‐activating proteins (FAPs) that bind a chromophore and activate its
fluorescence have gained popularity in bioimaging. The fluorescence‐activating and …

The confinement effect of the β-barrel defines the emission profiles of the chromophores of
the green fluorescent protein (GFP) family. Here, we describe the design strategy and …

Long emission wavelengths, high fluorescence quantum yields (FQYs), and large Stokes
shifts are highly desirable features for fluorescent probes in biological imaging. However …

Green fluorescence proteins (GFP) are appealing to a variety of biomedical and
biotechnology applications, such as protein fusion, subcellular localizations, cell …

The traditional design strategy for constructing highly bright solid‐state luminescent
materials relies on incorporating aggregation‐induced emission (AIE) scaffolds, molecular …

Conspectus Fluorescent dyes have revolutionized the way we study life science and
conduct medical diagnostics. Compared with visible wavelengths, near-infrared (NIR) …

meta-Fluorophores (MFs) are unique ultra-light (in terms of molecular weight (MW))
fluorophores exhibiting luminescence with a wide colour gamut ranging from blue to the …

Transition metal-catalyzed C–H activation and radical reactions are two versatile strategies
to construct diverse organic skeletons. Here we show the construction of a class of flavylium …

Multicolor luminescent materials with tunable properties hold great promise for a wide range
of applications in materials science. Unfortunately, the conventional approach to achieving …