Metal cations play important roles in several industrial and biochemical processes.
However, high levels of some cations are toxic and consequently cause serious health and …

A cyanine-based chemosensor containing dipicolylamine moieties is reported and its
structure is well-defined. Investigation on the optical property shows it is pH-independent …

New cyanide selective chromogenic chemosensors based on metal-phthalocyanines
containing four tosylamino groups were developed. These new receptors have high …

Fluorescent and ratiometric sensors for the detection and measurement of copper and nickel
ions has been actively investigated, as these metal ions are significant environmental …

The cationic chemosensor based on organic compound bearing an aminophenol moiety as
a receptor for metal analyte and a cinnamaldehyde moiety as chromophoric fragment has …

A novel fluorescent probe for the copper (II) ion in mixed aqueous media, based on
fluorescence quenching mechanism with noticeable color change from light to dark yellow …

A highly selective and sensitive near-IR chemosensor having a chromenylium-cyanine
backbone for the detection of Cu 2+ in aqueous samples has been designed and …

Two novel and simple azo-based compounds with electron-withdrawing and electron-
donating groups (M1 and M2) were synthesized by the diazotization procedure. The …

Simple hemicyanine dyes were synthesized by a classical condensation reaction. The
structures of these dyes were characterized by 1H NMR spectroscopy, elemental analysis …

In this work, a chemoreceptor based on naphthalene azo dye (HNC) was successfully
synthesized, characterized and reported for highly sensitive and selective detection of …