Naphthalenediols: A new class of novel fluorescent chemosensors for selective sensing of Cu2+ and Ni2+ in aqueous solution

Spontaneous Isomerization of a Hydroxynaphthalene-Containing Spiropyran in Polar Solvents Enhanced by Hydrogen Bonding Interactions

“…As shown in Figure S23 ( Supporting Information ), photoirradiation of 365 nm light to the DMSO/water (5/5 v/v) mixture containing 1 scarcely increases the MC absorbance. This is probably because its excited-state losses energy via the fluorescence emission 44 (Figure S24, Supporting Information ). The photoirradiation of 254 nm light significantly decreases the MC absorbance.…”

Preparation of gallic acid functionalized polyvinyl alcohol/β‐cyclodextrin‐silver nanoparticles cast film as an antimicrobial and antioxidant agent

“…Because they have hydroxyl groups on both sides so create the intramolecular H‐bonding which leads to the self‐assembly of the CD molecule 28 . For our corresponding author, a research team is formed to investigate the complex formation and its use in pharmaceutical and chemosensor applications 29,30 . As an example, the inclusion complex of anthracene with methyl‐beta‐cyclodextrin and the inclusion complex of pyrene with methyl‐β‐CD, both proposed by Umit Ay et al, exhibit remarkable photophysical characteristics.…”

“…28 For our corresponding author, a research team is formed to investigate the complex formation and its use in pharmaceutical and chemosensor applications. 29,30 As an example, the inclusion complex of anthracene with methyl-beta-cyclodextrin and the inclusion complex of pyrene with methyl-β-CD, both proposed by Umit Ay et al, exhibit remarkable photophysical characteristics. These complexes have been effectively employed in sensor applications.…”

Fluorescent organic nanoparticles (FONs) for selective recognition of Al3+: application to bio-imaging for bacterial sample

“…[1][2][3][4] Although analytical techniques as atomic absorption spectroscopy, colorimetric assays, spectrophotometry and voltammetry can effectively detect and quantify metal ions, these methods are either time consuming procedures or use sophisticated instrumentation; however, spectro-uorescence has high sensitivity, selectivity, rapidity and an easy operational procedure. [5][6][7] Sensors based on changes in uorescence induced by chemical species are highly sensitive, rapid, simple and there is real-time monitoring of the uorescence, and they are able to detect numerous metal ions in biological samples [8][9][10][11][12][13] as follows: Ca(II), 14 Mg(II), [15][16][17] Pb(II), [18][19][20] Cd(II), [21][22][23] Al(III), [24][25][26][27] Cr(III), 28,29 Hg(II), [30][31][32][33][34] Fe(II), 35 Co(II), 36,37 Ni(II), 38,39 Zn(II), [40][41][42][43][44][45]…”