… In this paper we report a rapid, straightforward and highly selective method for detection
of cysteine (Cys) based on Copper nanoclusters with fluorometric assay. In the presence of …

… Our objective was to evaluate the utility of this fluorometric method for the detection of GBA
activity on DBS of newborns and to explore the incidence of GD in the Chinese neonatal …

… Detection limit as low as 1.5 nM (s/n= 3) was achieved for copper ions. Such a low detection
… high sensitivity and selectivity for Cu 2+ ion detection and the method is robust and rugged. …

… To shorten the sampling time and to unequivocally discriminate between apoptosis and
regulated necrosis, we developed a plate-based fluorometric assay to monitor cell membrane …

… -based fluorometric assay was developed for detection of … cells and detected by the
aptamer-based fluorometric assay. … testing time of only 2 h with the detection limit of 2.63 × 10 3 …

… In this paper, a fluorometric assay platform for fluorescence detection of caffeic acid was …
acid, ranging from 2 μM to 350 μM with a detection limit of 200 nM. The proposed method was …

… The most important is that our assay possess adequate sensitivity for practical detection of
… To assess the specificity of the proposed fluorometric assay toward AChE, other enzymes …

… This study presents a newly developed direct fluorometric assay based on a novel Cu 2+
-binding fluorescent probe. The high-throughput assay requires only 5 µl of serum to quantify …

… studied the quantitative detection of L-Cys via fluorometric assay of RhB… fluorometric assay
in aqueous medium may be a suitable and efficient sensing platform for quantitative detection …

… commonly used to detect oxidoreductases, transferases and … detect these three types of
enzymes over the past five years. In addition, we introduce the mechanisms underlying detection …