A phenoxazine-based fluorescent chemosensor for dual channel detection of Cd2+ and CN− ions and its application to bio-imaging in live cells and zebrafish

A chalcone‐based fluorescent chemosensor for detecting Mg2+ and Cd2+

“…This selectivity of SBOD for Mg 2+ and Cd 2+ might be because the hard Mg 2+ and the oxophilic Cd 2+ bind the two hard oxygen atoms of SBOD. [47][48][49] The results indicated that SBOD could be applied probe SBOD is the first example of simultaneous sensing of both Mg 2+ and Cd 2+ .…”

A Novel Coumarin-based Fluorescent Probe with Aggregation Induced Emission for Detecting CN− and its Applications in Bioimaging

“…These data fully con rm that probe C-BH can detect CN − effectively with a good linear relationship. Compared with reported probes, C-BH showed great advantages (Table 1) [4,5,[30][31][32] which can be applied to the detection of trace CN − with high sensitive. conditions.…”

“…As we know, trace CN − can cause serious damage to the central nervous system by combining with Fe 3+ of heme unit in hemoglobin [2]. Generally speaking, the concentration of CN − in blood should be less than 20 µM to ensure the safety of organism, excessive CN − may trigger serious adverse physiological reactions and lead to death [3][4][5]. Therefore, accurate detection of CN − concentration in living organisms is of great signi cance to maintain the vitality of living organisms.…”

A novel and fast responsive turn-on fluorescent probe for the highly selective detection of Cd2+ based on photo-induced electron transfer

“…The binding constant (K a ) for the ADMPA-Cd 2+ complex was calculated with uorescence titration spectra from Fig. 5 using a revised Benesi-Hildebrand equation: 40,41 I 0 /I À I 0 ¼ (a/b À a)(1/K a [C] + 1), where I 0 and I are the uorescence intensities of ADMPA at 377 nm in the absence and existence of Cd 2+ , respectively, a and b are constants, K a is the association constant and [C] is the concentration of Cd 2+ . 42 The calculated binding constant was 3.15 Â 10 5 M À1 from the plot of 1/(I À I 0 ) against 1/[C] for Cd 2+ .…”