Fluorescence imaging is one of the most powerful techniques for visualizing temporal and
spatial changes of biological phenomena in living cells, and many fluorescent probes have …

The design, synthesis, and both experimental and theoretical studies of several novel 9-
(acylimino)-and 9-(sulfonylimino) pyronin derivatives containing either an oxygen or a …

The syntheses and biological applications of two novel fluorescent 9-phenylethynylpyronin
analogues containing either carbon or silicon at the position 10 are reported. Both …

Since the very early years of microscopy development, scientists have pursued the ability to
observe live cellular activity in order to probe the processes occurring inside cells in real …

The first water-soluble spirobifluorene derivative has been synthesized, which exhibits high
fluorescence quantum yield and a large Stokes shift (> 100 nm). Proteins induce changes in …

Although phosphine ligands are ubiquitous in transition metal chemistry, few reports of
fluorescent phosphines exist that explore the effect of metal coordination on the …

A late-stage amination of a bifunctional dihydroxanthene (DHX) scaffold is reported to
access a wide variety of new near-infrared (NIR) chromophores/fluorophores. The divergent …

The simultaneous detection of relevant metabolites in living organisms by using one
molecule introduces an approach to understanding the relationships between these …

Dyes with near-red emission are of great interest because of their undoubted advantages for
use as probes in living cells. In-depth knowledge of their photophysics is essential for …

In this work, we have performed an in-depth study of the photophysics and
solvatofluorochromism of a red-emitting Si-xanthene dye, an analog of Tokyo Magenta (TM) …