Table 4.
In vitro effects of various drugs and bioactive compounds of Mediterranean diet on PAF-CPT activity of HMC. Preliminary results represent the average of two independent experiments using different enzyme preparations performing duplicate samples. Results are expressed as percentage of inhibition of PAF-CPT activity versus control (absence of these factors).
| Bioactive compound | Drug name/food origin | Action | Concentration in assay | Inhibition of PAF-CPT (%) |
|
| ||||
| Rupatadine | Rupafin | (i) Antiallergic [31] | 20 ng/μL | 60 |
| (ii) PAF-antagonist [31] | ||||
| Simvastatin | Zocor | (i) Antiatherogenic [32] | 40 ng/μL | 92 |
| (ii) Anticancer [33] | ||||
| INFa | IntronA | Anticancer [34] | 250 IU/μL | 51 |
| Tinzaparin | Innohep | (i) Antithrombotic [35] | 0.25 IU/μL | 30 |
| (ii) Anticancer [36] | ||||
| Salicylic acid | Aspirin | (i) Anti-inflammatory [37] | 250 ng/μL | 38 |
| (ii) Anticancer [38] | ||||
| Resveratrol | — | (i) Antioxidant [39] | 100 μM | 39 |
| (ii) Anti-PAF [39] | ||||
| (iii) Anticancer [39] | ||||
| Polar lipids | Olive oil | (i) Antiatherogenic [40] | 5.2 ng/μL | 33 |
| (ii) Anti-PAF [40] | ||||
| (iii) Anticancer [41] | ||||
| Polar lipids | Olive pomace | (i) Antiatherogenic [26, 40] | 1.8 ng/μL | 48 |
| (ii) Anti-PAF [26, 40] | ||||
| Polar lipids | Sea bass | Anti-PAF [27] | 59 ng/μL | 45 |
| Polar lipids | Sea bream | Anti-PAF [27] | 123 ng/μL | 17 |