There have been intense investigations on the fluorescent chemosensors for the detection of
Cu2+ for the past few years. 1 A basic ionic sensor is composed of two intramolecularly …

A new fluorescent chemosensor for Cu2+ ions was synthesized by modifying the tripeptide
glycyl− histidyl− lysine (GHK) with 9-carbonylanthracene via the standard Fmoc solid-phase …

A new fluorescent peptidyl chemosensor for Cu2+ ions with fluorescence resonance energy
transfer (FRET) capabilities has been synthesized via Fmoc solid-phase peptide synthesis …

A thiazole-based novel dipeptide module has been synthesized, which exhibited selective
Cu (II) recognition in water in the presence of other competing divalent transition metal ions …

Fluorescent organic chemosensors for the detection of divalent copper with high selectivity
and sensitivity are the subject of intense research in the recent years. Structurally, ionophore …

Abstract Cu 2+ and S 2− play important roles in our environment, so it is beneficial to
develop sensors capable of detecting Cu 2+ and S 2− in biological samples. To accomplish …

We synthesized a tetra-functional fluorescence probe based on dansyl and peptide motif,
dansyl-Gly-Trp (DGT, 1), that efficiently bound several metal ions and showed distinguishing …

A fluorescent chemosensor (4) was synthesized by coupling two dansyl labeled amino acids
with the thioether bond. Compound 4 showed exclusively selective and sensitive response …

A novel multifunctional fluorescent peptide sensor based on pentapeptide dansyl‐Gly‐His‐
Gly‐Gly‐Trp‐COOH (D‐P5) was designed and synthesized efficiently using Fmoc solid …

A novel peptide fluorescent chemosensor L (FITC-Ahx-GCA-NH 2) has been designed and
synthesized by solid phase peptide synthesis with Fmoc chemistry which can …