In the past few decades, the development of optical probes for thiols has attracted great
attention because of the biological importance of the thiol-containing molecules such as …

Among various fluorescent chemosensors based on different platforms, π-conjugated
polymer-based sensors have attracted much attention, owing to their amplified detection …

A simple molecule, tetrafluoroterephthalonitrile (4F-2CN), was discovered to be an efficient
fluorescent probe for detecting biological thiol species. The probe responded to Cys and …

In the recent years, considerable progress has been made in iodine uptake—a radioactive
emission process accompanying nuclear fission with porous organic polymers (POPs) …

We have designed and synthesized a novel ratiometric fluorescent chemodosimeter MHF-
based ESIPT process for specific detection of cysteine among the biological thiols. The …

In comparison with other detection technologies, fluorescence/luminescence technology has
become a powerful tool owing to its advantageous features including simplicity, low cost …

Two-photon excitable (850 nm) NIR fluorescent turn-on (702 nm) probe TP-NIR was
synthesized for selective detection of cysteine (Cys). The probe itself shows is turned on by …

We report the exploration of fluorescent nanoscale metal–organic frameworks (nMOF-253s)
for highly selective and sensitive detection of Fe2+ ions in aqueous solution. Moreover …

Since the first report of an F− fluorescent chemodosimeter based on Si–F chemistry, this
sensing strategy will have reached two decades of progress by 2020; especially in the last …

Lysosome-specific fluorescent probes are exclusive to elucidate the functions of lysosomal
thiols. Moreover, two-photon microscopy offers advantages of less phototoxicity, better three …