A new approach for bisphenol A detection employing fluorosurfactant-capped gold nanoparticle-amplified chemiluminescence from cobalt(II) and peroxymonocarbonate

Long‐lasting chemiluminescence by aggregation‐induced emission surfactant with ultralow critical micelle concentration

“…As is known, surfactants could facilitate the CL reaction and enhance the CL signals. [ 35,36 ] In this study, the CL signals of luminol‐Co 2+ ‐H 2 O 2 in the absence and presence of C 8 ‐TPE‐C 4 TAB were recorded under pH 7.4 conditions. As shown in Figure 2, the CL intensity was dramatically enhanced (∼20 folds) after the addition of 80 μM C 8 ‐TPE‐C 4 TAB, indicating the feasibility of C 8 ‐TPE‐C 4 TAB‐improved CL intensity of luminol‐Co 2+ ‐H 2 O 2 system.…”

Building An Aptamer/Graphene Oxide FRET Biosensor for One-Step Detection of Bisphenol A

“…However, BPA is also a common pollutant that is hazardous to human and animal health and has been reported to be toxic. , The structure of BPA is analogous to that of endocrine hormones, which can bind to estrogen receptors because of the presence of phenol groups . Research on benzene and its derivatives has attracted much attention because of the environmental hazards associated with these compounds. , Indeed, many research groups have reported a variety of techniques for the detection of benzene and its derivatives, including UV spectrometry, CD spectrum analysis, fluorescence analysis, , immunoassay-based methods, , electrochemical sensors, , and conventional instrument-based methods. − However, samples must be pretreated adequately to meet the requirements of such instrument-based methods. Additionally, the technicians performing such analyses must be proficient.…”

“…15 Research on benzene and its derivatives has attracted much attention because of the environmental hazards associated with these compounds. 16,17 Indeed, many research groups have reported a variety of techniques for the detection of benzene and its derivatives, including UV spectrometry, 18 CD spectrum analysis, 19 fluorescence analysis, 20,21 immunoassay-based methods, 22,23 electrochemical sensors, 24,25 and conventional instrument-based methods. 26−28 However, samples must be pretreated adequately to meet the requirements of such instrument-based methods.…”

Gold nanoclusters-catalyzed rhodamine 6G–K3Fe(CN)6chemiluminescence and its application

“…Chemiluminescence analysis has been applied in different elds owing to its wide linear range, relatively inexpensive apparatus, simple instrumentation and no background scattering light interference. [21][22][23][24][25][26] To the best of our knowledge, some CL methods have also been provided for BPA detection. For instance, Wei et al 27 have studied the inhibition effect of BPA on luminol chemiluminescence and then used this technique to determine the BPA content in polycarbonate plastics.…”