Widget 31 · Raw Honey Guide
ORAC antioxidant units per serving — compare 16 honey varieties to each other, to white sugar, and to other antioxidant foods.
Highest ORAC of any common honey; chlorogenic acid dominant; powerful sweetener sub
ORAC per serving
167 μmol TE
Serving
21 g
Calories
64 kcal
vs white sugar
+167 ORAC
ORAC per serving = (796 μmol TE/100 g × 21 g) ÷ 100 = 167 μmol TE. White sugar has ORAC = 0 at any serving size. Keep honey below 60 °C to preserve phenolic compounds (pasteurisation at 63 °C reduces ORAC 10–30%).
Manuka honey ORAC ≈ 215 μmol TE/100 g — below heather, chestnut, blueberry, and even wildflower honey. Its premium price is driven by MGO (methylglyoxal) antibacterial activity, derived from the dihydroxyacetone-to-MGO conversion in Leptospermum nectar. That pathway is orthogonal to phenolic antioxidant chemistry. If your goal is antioxidant content: buckwheat or chestnut. If your goal is antibacterial activity: Manuka UMF 10+. These are different questions.
ORAC per typical serving. Honey values shown for 1 tbsp (21 g). Honey is not a standalone antioxidant food — its value is as a sweetener replacement vs. sugar (ORAC = 0).
Sources: Gheldof & Engeseth (2002) J Agric Food Chem; Crozier et al. (2011) J Agric Food Chem; Henning et al. (2003) J Nutr; USDA ORAC database (2010). ORAC deprecated from USDA consumer database 2012 — use for relative ranking only.
Ranked highest to lowest. Per-tablespoon column assumes a 21 g serving (standard honey tablespoon, density ≈ 1.42 g/mL). Sources: Gheldof & Engeseth (2002); Bertoncelj et al. (2007).
| Variety | ORAC/100 g | per tbsp | Color |
|---|---|---|---|
| Buckwheat(selected) | 796 | 167 | Dark Amber |
| Chestnut | 620 | 130 | Dark Amber |
| Heather (Ling) | 490 | 103 | Amber |
| Blueberry | 315 | 66 | Light Amber |
| Wildflower | 290 | 61 | Amber |
| Avocado | 245 | 51 | Dark Amber |
| Manuka | 215 | 45 | Light Amber |
| Orange Blossom | 155 | 33 | Water White |
| Linden | 145 | 30 | Water White |
| Eucalyptus | 130 | 27 | Light Amber |
| Lavender | 105 | 22 | Water White |
| Sage | 105 | 22 | Water White |
| Sourwood | 90 | 19 | Light Amber |
| Clover | 80 | 17 | Water White |
| Tupelo | 63 | 13 | Water White |
| Acacia | 55 | 12 | Water White |
Honey's antioxidant content is driven by two distinct compound classes with different origins:
The strong colour–antioxidant correlation (r = 0.82, Gheldof & Engeseth 2002) is well-documented: darker honey reliably signals higher phenolic content. If you're choosing honey for antioxidant value, colour is the quickest honest proxy — darker is better, with the caveat that ultra-filtered dark honey loses its flavonoid fraction.
The practical recommendation: as a sweetener swap, buckwheat or chestnut honey delivers 10–15× more antioxidants per tablespoon than clover, for only a modest flavour trade-off. No honey rivals berry fruit or dark chocolate as an antioxidant source by serving size.
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