Research Article
UAE-HPLC-UV: New Contribution for Fast Determination of Total Isothiocyanates in Brassicaceae Vegetables
Table 4
Comparison of UAE-HPLC-UV with other analytical methods previously reported for total ITCs determination employing the cyclocondensation reaction.
| Method | Bioactive compounds analysed | Sample | LOD | RSD % | Recovery (%) | Reference |
| SPE-HPLC-DAD | Total isothiocyanate | Human plasma | 30 nM | | >93.3 | Ye et al. 2002 [21] | LLE-HPLC-UV | Total isothiocyanate | Human plasma | 20 nM | <6.5 | >96.6 | Liebes et al. 2001 [26] | Boiling water-GC-MS | Total isothiocyanate | Chinese medicinal herbs and cruciferous vegetables | 35 nM | | >90.0 | Choi et al. 2004 [15] | SPE-HPLC-UV | Total isothiocyanate | Broccoli | 25 μmol | | >91.2 | Bertelli et al. 1998 [20] | UAE-HPLC-UV | Total isothiocyanate | Broccoli, cauliflower, watercress, and cabbage | 26 nM | <2.4 | >86.0 | Proposed work |
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