Research Article
Pomegranate-Derived Polyphenols Reduce Reactive Oxygen Species Production via SIRT3-Mediated SOD2 Activation
| | Classification | Name | Origin |
| | Polyphenol | Punicalin | Pomegranate | | Punicalagin | Pomegranate | | Oenothein B | Pomegranate | | Eucalbanin B | Pomegranate | | Eucarpanin T1 | Pomegranate | | Pomegraniin A | Pomegranate | | Urolithin A | Ellagitannin metabolite | | Chlorogenic acid | Coffee | | Resveratrol | Grape | | Tellimagrandin II | Rose |
| | Anthocyanin | Cyanidin 3-glucoside chloride | Pomegranate | | Delphinidin 3-glucoside chloride | Pomegranate |
| | Flavonoid | Tiliroside | Rose hip | | Saponarin | Green barley | | Isovitexin | Green barley | | Fisetin | Green barley | | Kaempferol | Tea |
| | Terpenoid | Cafestol | Coffee beans | | Kahweol | Coffee beans |
| | Lignan | Sesamin | Sesame | | Sesamolin | Sesame | | Episesamin | Sesame | | Sesamol | Sesame |
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