Visualization of latent fingerprints using an AIE-active unsymmetrical azine: 2-Naphthol-pyrrole acrylate conjugate and its fluorescent sensing of Cu2+ and S2− ions, smartphone and logic gate applications
“…Among one such study, Tharmalingam et al reported an AIE-active unsymmetrical azine, 62 , by simple condensation of ethyl-α-cyano-5-formyl-2-pyrroleacrylate and 1-(hydrazonomethyl)naphthalene-2-ol and used it for the detection of Cu 2+ ions. 120 The red-emissive azine was further utilized for practical application in imaging latent fingerprints (LFPs). LFPs were demonstrated by accumulating the thumb impressions on the TLC plate surface and coated with the aggregated mixture of 62 in DMSO containing 60% water.…”
Azines are an important class of compounds that display solvent-dependent fluorescence emission depending upon the substituents in the aromatic scaffolds. They are affordable, easy to synthesize, stable, and well-suited for...
“…Among one such study, Tharmalingam et al reported an AIE-active unsymmetrical azine, 62 , by simple condensation of ethyl-α-cyano-5-formyl-2-pyrroleacrylate and 1-(hydrazonomethyl)naphthalene-2-ol and used it for the detection of Cu 2+ ions. 120 The red-emissive azine was further utilized for practical application in imaging latent fingerprints (LFPs). LFPs were demonstrated by accumulating the thumb impressions on the TLC plate surface and coated with the aggregated mixture of 62 in DMSO containing 60% water.…”
Azines are an important class of compounds that display solvent-dependent fluorescence emission depending upon the substituents in the aromatic scaffolds. They are affordable, easy to synthesize, stable, and well-suited for...
“…2,8,25–29 However, most of the articles discussed only level 1–2 details with organic fluorophores and took longer time (>5 min) to develop LFM images. 30–35…”
Herein, we have designed and synthesized a water-soluble organic fluorescent probe (Py-OH, 3) and applied it for latent fingermarks (LFMs) detection via powder dusting method. The probe is highly emissive...
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