“…22 However, photobleaching and its great reactivity towards nitrogen-containing nucleophiles are major concern of the applicability of uorescent dyes. 23,24 Xiao et al designed molybdenum oxide quantum dots as a uorescence turn off-sensor for detection of captopril. 25 Nevertheless, the applicability of sensor has not been tested using human blood plasma samples.…”
Nitrogen-doped carbon quantum dots (N-CQDs) exhibit unique fluorescence properties and are considered one of the best candidates for the development of fluorescence-based sensors for the detection of many analytes.
“…22 However, photobleaching and its great reactivity towards nitrogen-containing nucleophiles are major concern of the applicability of uorescent dyes. 23,24 Xiao et al designed molybdenum oxide quantum dots as a uorescence turn off-sensor for detection of captopril. 25 Nevertheless, the applicability of sensor has not been tested using human blood plasma samples.…”
Nitrogen-doped carbon quantum dots (N-CQDs) exhibit unique fluorescence properties and are considered one of the best candidates for the development of fluorescence-based sensors for the detection of many analytes.
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