White wine does contain resveratrol, but in much smaller amounts than red wine. A typical white wine has around 0.5 mg/L of resveratrol, while red wines average 0.2 to 5.8 mg/L depending on the grape variety. The full reported range for white wine spans 0.1 to 2.1 mg/L, meaning some whites contain barely a trace while others approach the low end of red wine territory.
Why White Wine Has Less Resveratrol
Resveratrol is concentrated in grape skins, not the juice. The key difference between red and white winemaking is skin contact time. Red wines ferment with the skins still in the juice for days or weeks, which pulls resveratrol and other plant compounds into the wine. White wines are typically pressed quickly to separate the juice from the skins before fermentation begins, leaving most of the resveratrol behind.
This same principle explains why Champagne, despite being made primarily from red grape varieties (Pinot Noir and Pinot Meunier account for roughly three quarters of the blend), contains very little resveratrol. The grapes are hand-harvested and pressed extremely gently to avoid extracting color or phenolic compounds from the skins. Champagne wines contain just 20 to 77 micrograms per liter, well below even most still white wines.
White Wines With Higher Resveratrol
Not all white wines are created equal. Some winemakers use a technique called maceration, where the juice soaks with the skins for a period before fermentation. This step dramatically increases resveratrol levels. A macerated blend of Malvazija, Sauvignon Blanc, and Pinot Gris from Croatia’s Istria region measured 1.95 mg/L of resveratrol, nearly matching many red wines. Macerated Malvazija on its own reached 1.18 mg/L. These are sometimes marketed as “orange wines” or “skin-contact whites.”
Grape variety matters too. Among seven Serbian white wine varieties tested, Graševina had the highest resveratrol at about 0.82 mg/L, well above the average of 0.13 mg/L found across the white wines in that same comparison. If you’re specifically seeking a white wine with more resveratrol, skin-contact styles and certain Central European varieties tend to deliver more.
Rosé wines fall in between, as you might expect from their moderate skin contact. Italian rosés showed resveratrol levels around 0.6 to 0.8 mg/L, roughly a quarter of what the same study found in reds but several times higher than conventional whites.
How This Compares to Therapeutic Doses
Here’s the reality check: the amount of resveratrol in any wine, red or white, is nowhere near what clinical trials use. Studies testing resveratrol’s effects on humans have used doses ranging from 10 mg to 5 grams per day. Even on the low end, a 100 mg dose combined with other grape polyphenols was enough to suppress inflammatory stress markers in healthy subjects. A single dose of 500 mg daily for 12 weeks improved outcomes in patients with fatty liver disease.
A standard glass of white wine (about 150 mL) contains roughly 0.075 mg of resveratrol at the average concentration of 0.5 mg/L. That’s about 5,000 times less than the 1 gram per day dose often referenced in clinical research. Even drinking red wine daily, the average person consuming a mix of red and white would take in only about 0.2 mg of resveratrol per day. You simply cannot drink enough wine to reach a clinically meaningful dose of resveratrol, regardless of the color.
Other Antioxidants in White Wine
Resveratrol gets the headlines, but white wine contains other protective compounds that may matter more at the concentrations actually present in a glass. Tyrosol, caffeic acid, and hydroxytyrosol are all found in white wine and have shown cardioprotective and anti-inflammatory effects. Research on Italian and German white wines found that tyrosol and caffeic acid modulated three key inflammatory markers in cell studies.
Caffeic acid levels in white wine vary widely, from under 1 mg/L in some varieties to over 11 mg/L in others, with macerated wines again showing higher concentrations. A macerated Graševina wine from Croatia contained 7.34 mg/L of caffeic acid compared to 3.39 mg/L in the conventionally made version. White wines with the highest overall biological activity in lab tests tended to be the ones richest in catechin, caftaric acid, and resveratrol combined, suggesting these compounds work together rather than in isolation.
So while white wine is not a meaningful source of resveratrol on its own, it does carry a broader mix of polyphenols that contribute to the drink’s antioxidant profile. If resveratrol specifically is what you’re after, red wine delivers more per glass, though still far less than a supplement would provide.