Highly selective and sensitive fluorescent probes with a quaternary ammonium moiety have been rationally designed and developed for fast and sensitive fluorescence detection of fluoride ion (F<sup>–</sup> from NaF, not TBAF) in aqueous solution and living cells. With the sequestration effect of quaternary ammonium, the detection time was less than 2 min and the detection limit of fluoride ion was as low as 0.57 ppm that is among the lowest detection limits in aqueous solutions of many fluoride fluorescence probes in the literature
A reaction-based two-photon (TP) ratiometric fluorescence probe Z2 has been developed and successful...
In the context of our work on main group-based anion sensors, we have synthesized the bromide salts ...
We have developed a simple and robust fluorescence based boronic-acid molecular sensor for determini...
Highly selective and sensitive fluorescent probes with a quaternary ammonium moiety have been ration...
As one of the most essential elements in nature, fluoride has been well known and extensively studie...
A simple assay for the detection of fluoride in water by fluorescence spectroscopy was developed. Th...
Two sensitive and ratiometric fluorescent probes (probe I and probe II) were developed for the detec...
A dual-channel naphthalimide-based chemosensor for rapid and sensitive detection of fluoride ion has...
Utilizing a novel 8-silyloxyquinoline scaffold, we demonstrate the ability to synthesize fluorogenic...
Herein we report a set of new water-soluble fluorescent probes (N-boronobenzyl-6-aminoquinolinium br...
In this work, we have designed and synthesized the fluorescent probe 1, which was capable to selecti...
A simple and coumarin-based fluorescence probe has been designed and synthesized with silyl group as...
In the present work, we have synthesized a new water soluble colorless chemical compound 7-O-tert-bu...
AbstractIn the present work, we have synthesized a new water soluble colorless chemical compound 7-O...
The 9-anthryltriphenylstibonium cation, [<b>1</b>]<sup>+</sup>, has been synthesized and used as a s...
A reaction-based two-photon (TP) ratiometric fluorescence probe Z2 has been developed and successful...
In the context of our work on main group-based anion sensors, we have synthesized the bromide salts ...
We have developed a simple and robust fluorescence based boronic-acid molecular sensor for determini...
Highly selective and sensitive fluorescent probes with a quaternary ammonium moiety have been ration...
As one of the most essential elements in nature, fluoride has been well known and extensively studie...
A simple assay for the detection of fluoride in water by fluorescence spectroscopy was developed. Th...
Two sensitive and ratiometric fluorescent probes (probe I and probe II) were developed for the detec...
A dual-channel naphthalimide-based chemosensor for rapid and sensitive detection of fluoride ion has...
Utilizing a novel 8-silyloxyquinoline scaffold, we demonstrate the ability to synthesize fluorogenic...
Herein we report a set of new water-soluble fluorescent probes (N-boronobenzyl-6-aminoquinolinium br...
In this work, we have designed and synthesized the fluorescent probe 1, which was capable to selecti...
A simple and coumarin-based fluorescence probe has been designed and synthesized with silyl group as...
In the present work, we have synthesized a new water soluble colorless chemical compound 7-O-tert-bu...
AbstractIn the present work, we have synthesized a new water soluble colorless chemical compound 7-O...
The 9-anthryltriphenylstibonium cation, [<b>1</b>]<sup>+</sup>, has been synthesized and used as a s...
A reaction-based two-photon (TP) ratiometric fluorescence probe Z2 has been developed and successful...
In the context of our work on main group-based anion sensors, we have synthesized the bromide salts ...
We have developed a simple and robust fluorescence based boronic-acid molecular sensor for determini...