Acid Phosphatase Lab Report - have
. Acid Phosphatase Lab Report
Selectivity is one of the most important influencing factors for sensitive detection of metal ions. Therefore, experiments were performed to evaluate the selectivity of UiO OH 2.
As observed in Fig. S9 in Supporting information. The probable reason was that DHT not only reacted with iron ions through phenol link group, but also reacted with other metal ions, such as copper ion through carboxyl groups. In UiO OH 2 structure, the carboxyl group of the ligand had been coordinated with zirconium ion so that had no react activity to other metal ions. S10 in Supporting information.
As we observed in Fig. S14 in Supporting information. In addition, to evaluate the advantages of the probe constructed in this study, a performance comparison between this probe and other reported MOF sensors in terms of measurement techniques, linear range, LOD and response kinetics Table Phhosphatase. S15 in Supporting information under the same conditions. Acid Phosphatase Lab Report addition, we studied the performance of ACP activity assay. S16 in Supporting informationso this system can also be used to detect ACP content.
To achieve the highest response signals, the conditions potential to affect the sensitivity of ACP detection, including substrate AAP concentration, temperature and reaction time were optimized in detail. The results shown in Fig. As the Fig. S18b in Supporting information. S19 in Supporting information. Briefly, fold diluted human serum samples were respectively spiked with different standard solutions, and then measured with the developed method under the optimum conditions.
As we can see from Table S2 Supporting informationthe recovery of the established method ranged from We further verified the experimental mechanism. Previous reports have confirmed that oxygen-containing groups e.
According to Fig. Figure 3.]
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