The development of sensitive chromogenic chemosensors for sensing Cu 2+ has been
receiving much attention in recent years because of their potential application in clinical …

Colorimetric and fluorometric detection of copper ion (Cu2+) has attracted much attention
due to the biological, environmental and medical significance of the Cu2+ ion. Colorimetric …

Cysteine, as one of semi-essential amino acids, which is absorbed from protein-rich foods
and acts considerable role in various physiological processes. Here, we designed and …

Content assessment of metal ions (analytes) in solutions, industrial waters and natural
objects is one of the most important tasks in biochemistry, medicine, ecology and various …

A new cyanobiphenyl–based compound 4–hydroxy–3–(((4–(phenylamino) phenyl) imino)
methyl)–[1, 1–biphenyl]–4–carbonitrile (PEBP) for Cu 2+ detection was fabricated and …

A novel naphthalene-Bodipy dye (N-Bodipy) was designed, prepared and characterized. N-
Bodipy showed a selective and sensitive recognition toward Cu (II) ions as a fluorescent …

A new fluorescent chemosensor (Bodipy-S) derived from Bodipy and Salophen was
developed. After the characterization of all compounds, the behavior of the chemosensor …

The development of novel phosphor materials with excellent performance and modification
of their photoluminescence to meet the higher requirements for applications are the …

Herein, we submitted to the original synthesis, characterization, energy transfer mechanism
of the Bodipy-bearing pillar [5] arene Bodipy and its reactants by employing of infrared, 1 H …

This investigation paper relates with a novel dual-Bodipy derivative obtained by using
'click'chemistry. The synthesized compounds were characterized by some techniques as 1 H …