A new chemosensor for the Cu(II) ion has been realized by connecting via an amido bond an anthracenyl residue to the all cis 2,4.6-triamino-1,3,5-trihydroxycyclohexane ligand (TACI). This sensor is able to detect micromolar concentrations of Cu(II) ions in water at pH 7 without interference with many other divalent transition metal ions
A new water-soluble, multisite-coordinating ligand LH<sub>7</sub> was prepared by the condensation o...
A novel fluorescent Probe 1, based on phenanthro-imidazole has been developed as an efficient chemos...
A new turn-on Cu2+ fluorescent sensor (CST) having a trehalose moiety, which confers a relatively la...
Ion sensors particularly organic fluorescent chemo sensors are very much researched in recent times ...
A new terephthaldehyde-based chemosensor 1 bearing an aminophenol recognition unit has been synthesi...
The fluorescence chemosensor ATMCA has been realised by appending an anthrylmethyl group to an amino...
Triazine cored 3-amino-9ethly-carbazole (TAC) was designed, synthesized and characterized to constit...
Cu(II) ion has two sides. In one side, Cu(II) ion is an important cofactor in nearly 20 metalloenzym...
The fluorescence chemosensor ATMCA has been realised by appending an anthrylmethyl group to an amino...
A new water-soluble, multisite-coordinating ligand LH7 was prepared by the condensation of tris(hydr...
A new water-soluble, multisite-coordinating ligand LH7 was prepared by the condensation of tris(hydr...
The fluorescence chemosensor ATMCA has been realised by appending an anthrylmethyl group to an amino...
The fluorescence chemosensor ATMCA has been realised by appending an anthrylmethyl group to an amino...
Two new fluorescein-based chemosensors for Cu 2+ were designed with highly selective “off-on” behavi...
Herein, the main objective of this research is to design and synthesize a novel optical chemosensor,...
A new water-soluble, multisite-coordinating ligand LH<sub>7</sub> was prepared by the condensation o...
A novel fluorescent Probe 1, based on phenanthro-imidazole has been developed as an efficient chemos...
A new turn-on Cu2+ fluorescent sensor (CST) having a trehalose moiety, which confers a relatively la...
Ion sensors particularly organic fluorescent chemo sensors are very much researched in recent times ...
A new terephthaldehyde-based chemosensor 1 bearing an aminophenol recognition unit has been synthesi...
The fluorescence chemosensor ATMCA has been realised by appending an anthrylmethyl group to an amino...
Triazine cored 3-amino-9ethly-carbazole (TAC) was designed, synthesized and characterized to constit...
Cu(II) ion has two sides. In one side, Cu(II) ion is an important cofactor in nearly 20 metalloenzym...
The fluorescence chemosensor ATMCA has been realised by appending an anthrylmethyl group to an amino...
A new water-soluble, multisite-coordinating ligand LH7 was prepared by the condensation of tris(hydr...
A new water-soluble, multisite-coordinating ligand LH7 was prepared by the condensation of tris(hydr...
The fluorescence chemosensor ATMCA has been realised by appending an anthrylmethyl group to an amino...
The fluorescence chemosensor ATMCA has been realised by appending an anthrylmethyl group to an amino...
Two new fluorescein-based chemosensors for Cu 2+ were designed with highly selective “off-on” behavi...
Herein, the main objective of this research is to design and synthesize a novel optical chemosensor,...
A new water-soluble, multisite-coordinating ligand LH<sub>7</sub> was prepared by the condensation o...
A novel fluorescent Probe 1, based on phenanthro-imidazole has been developed as an efficient chemos...
A new turn-on Cu2+ fluorescent sensor (CST) having a trehalose moiety, which confers a relatively la...
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