A new water-soluble, multisite-coordinating ligand LH<sub>7</sub> was prepared by the condensation of tris(hydroxymethyl)aminomethane with 2,6-diformyl-<i>p</i>-cresol. LH<sub>7</sub> is a selective chemosensor for Cu<sup>2+</sup>, under physiological conditions, with visual detection limits of 20 ppm (ambient light conditions) and 4 ppm (UV light conditions). LH<sub>7</sub> can also be used in biological cell lines for the detection of Cu<sup>2+</sup>
The design and synthesis of selective and sensitive chemosensors for the quantification of environme...
A new chemosensor for the Cu(II) ion has been realized by connecting via an amido bond an anthraceny...
A new turn-on Cu2+ fluorescent sensor (CST) having a trehalose moiety, which confers a relatively la...
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...
Herein, the main objective of this research is to design and synthesize a novel optical chemosensor,...
Ion sensors particularly organic fluorescent chemo sensors are very much researched in recent times ...
Cu(II) ion has two sides. In one side, Cu(II) ion is an important cofactor in nearly 20 metalloenzym...
A new turn-on Cu2+ fluorescent sensor (CST) having a trehalose moiety, which confers a relatively la...
A new and highly efficient colorimetric Cu2+ chemosensor HL, synthesized by condensation between 8-h...
A new 4-hydroxy-2-quinolone based chemosensor (BPHTQ-1) was designed for the spectrophotometric and ...
A new turn-on Cu2+ fluorescent sensor (CST) having a trehalose moiety, which confers a relatively la...
The design and synthesis of selective and sensitive chemosensors for the quantification of environme...
Copper(II), Cu2+, ion plays not only a fundamental role to sustain important physiological processes...
Copper(II), Cu2+, ion plays not only a fundamental role to sustain important physiological processes...
The design and synthesis of selective and sensitive chemosensors for the quantification of environme...
A new chemosensor for the Cu(II) ion has been realized by connecting via an amido bond an anthraceny...
A new turn-on Cu2+ fluorescent sensor (CST) having a trehalose moiety, which confers a relatively la...
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...
Herein, the main objective of this research is to design and synthesize a novel optical chemosensor,...
Ion sensors particularly organic fluorescent chemo sensors are very much researched in recent times ...
Cu(II) ion has two sides. In one side, Cu(II) ion is an important cofactor in nearly 20 metalloenzym...
A new turn-on Cu2+ fluorescent sensor (CST) having a trehalose moiety, which confers a relatively la...
A new and highly efficient colorimetric Cu2+ chemosensor HL, synthesized by condensation between 8-h...
A new 4-hydroxy-2-quinolone based chemosensor (BPHTQ-1) was designed for the spectrophotometric and ...
A new turn-on Cu2+ fluorescent sensor (CST) having a trehalose moiety, which confers a relatively la...
The design and synthesis of selective and sensitive chemosensors for the quantification of environme...
Copper(II), Cu2+, ion plays not only a fundamental role to sustain important physiological processes...
Copper(II), Cu2+, ion plays not only a fundamental role to sustain important physiological processes...
The design and synthesis of selective and sensitive chemosensors for the quantification of environme...
A new chemosensor for the Cu(II) ion has been realized by connecting via an amido bond an anthraceny...
A new turn-on Cu2+ fluorescent sensor (CST) having a trehalose moiety, which confers a relatively la...