hot sale DETERMINATION OF DIBUTYL PHTHALATE (DBP)

  • hot sale DETERMINATION OF DIBUTYL PHTHALATE (DBP)
  • hot sale DETERMINATION OF DIBUTYL PHTHALATE (DBP)
  • hot sale DETERMINATION OF DIBUTYL PHTHALATE (DBP)
  • What is the concentration of DBP in different beverages?
  • As shown in Table 2, the concentration of DBP in diverse beverages ranged from 0 to 553 μg/L, with the detection frequency varying from 20% to 83.3%. Among different beverages, the detection frequency and mean concentration of DBP varied greatly.
  • What is the highest DBP concentration in water?
  • The highest DBP concentration (mean: 158 μg/L) was detected in alcoholic beverages, while the lowest concentration (mean: 0.831 μg/L) occurred in mineral water. That might be because DBP has low solubility in water and migrates more easily into products with a high ethanol content (Chatonnet et al., 2014).
  • Is DBP a common contaminant?
  • It evidently illustrates that DBP was a common and broadly distributed contaminant in surface waters at the studied region. Similarly, DBP was widely distributed in aquatic environments around the world which can be seen from Table S8.
  • How does DBP concentration affect absorbance?
  • Under optimal conditions, the analytical performance of this proposed method was evaluated. The absorbance values at 652 nm decreased with the increase of DBP concentration. A standard curve was obtained in the detection range from 1.31 to 93.1 µg/L with a limit of detection of 0.692 μg/L (Fig. 6 A).
  • How much DBP is found in food packaging materials?
  • In an overall perspective, DBP was found in 65.5% of the beverages analyzed with a mean concentration of 52.4 μg/L. The specific migration limit for DBP from food packaging materials to food is 300 μg/kg (Yang et al., 2019). There were only individual protein drinks and alcoholic beverages which contained DBP exceeding the value.
  • What is the mechanism of dual-signal immunoassay for DBP detection?
  • Mechanism of dual-signal immunoassay for DBP detection Scheme 1 depicted the protocol of this dual-signal immunoassay which applied C-dots@H-MnO 2 @Ab 2 as a tracer antibody for producing fluorometric and colorimetric signals.

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