Is Wine Bad for Gout? How Wine Compares to Beer and Spirits
Wine appears to be the least risky alcohol for gout. Research shows moderate wine consumption may not significantly increase flare risk, unlike beer.
Alcohol and gout have a complicated relationship, and the question most gout sufferers really want answered is: “Do I have to give up drinking entirely?” The research offers a nuanced answer that depends heavily on what you’re drinking. Wine, beer, and spirits affect gout risk in surprisingly different ways, and wine consistently comes out looking the least problematic.
That said, “least problematic” isn’t the same as “harmless.” Let’s look at what the research actually shows, why wine is different from beer, and how to think about alcohol in the context of overall gout management.
The Research: How Wine Compares to Beer and Spirits
The Health Professionals Follow-Up Study
The most important data comes from the 2004 Health Professionals Follow-Up Study by Choi et al., the same large prospective study (47,150 men, 12 years) that established the dietary risk factors for gout.
The alcohol findings were remarkably specific:
- Beer: Each daily serving was associated with a 49% increase in gout risk. Two or more beers daily increased risk by 2.5 times.
- Spirits: Each daily serving was associated with a 15% increase in gout risk. Two or more servings increased risk by 1.6 times.
- Wine: Moderate consumption (1-2 glasses per day) showed no statistically significant increase in gout risk.
This is a striking disparity. Beer was far and away the worst, spirits moderately increased risk, and wine appeared essentially neutral at moderate intake levels.
The 2014 online gout study
A 2014 study by Neogi et al. published in the American Journal of Medicine used a case-crossover design to examine the relationship between alcohol and gout flares in 724 gout patients. Each patient served as their own control, comparing periods with and without alcohol consumption.
The results reinforced the hierarchy:
- Any alcohol consumption in the prior 24 hours increased flare risk
- Beer and spirits showed the strongest associations with flare recurrence
- Wine showed the weakest association, particularly at lower consumption levels
- The risk was dose-dependent for all types: more alcohol meant more risk
Systematic reviews
Multiple systematic reviews and meta-analyses have confirmed this pattern. Wine consistently performs better than beer and spirits, though the overall message remains that heavy alcohol consumption of any type increases gout risk.
Why Beer Is So Much Worse
Understanding why beer is dramatically worse for gout than wine helps explain what’s happening physiologically.
The triple mechanism of beer
Beer attacks gout through three simultaneous pathways:
1. Alcohol impairs uric acid excretion: This is common to all alcoholic beverages. Understanding how alcohol causes gout flares starts here. Ethanol metabolism generates lactic acid, which competes with uric acid for excretion through the kidneys. When your kidneys are busy clearing alcohol metabolites, uric acid clearance drops. This is the excretion problem that underlies most gout.
2. Beer contains significant purines: Beer is brewed with yeast, which is high in purines. The brewing process leaves substantial purine content in the final product, estimated at 8-14mg per 100ml depending on the beer type. A pint of beer delivers roughly 40-70mg of purines, adding directly to your body’s uric acid load.
3. Beer’s guanosine is rapidly absorbed: Beer contains guanosine, a purine nucleoside that is particularly efficiently absorbed and rapidly converted to uric acid in the body. This means beer’s purines hit your system faster and more completely than purines from many foods.
Why wine avoids the worst of it
Wine delivers the alcohol-related excretion impairment (mechanism 1), but it largely avoids mechanisms 2 and 3. Wine contains negligible purines because it’s made from grapes (fruit), not grain and yeast. There’s no significant guanosine content. And wine contains compounds that may partially offset the alcohol effect.
Wine’s Protective Compounds
Wine, particularly red wine, contains several compounds that may explain its relatively favorable profile for gout.
Polyphenols
Red wine is rich in polyphenols, including resveratrol, quercetin, and catechins. These compounds have documented anti-inflammatory and antioxidant properties:
- Resveratrol has been shown in lab studies to reduce inflammatory markers associated with gout, including IL-1beta and NF-kB activation
- Quercetin may mildly inhibit xanthine oxidase, the enzyme that converts purines to uric acid (the same enzyme targeted by allopurinol)
- Catechins have antioxidant properties that may reduce oxidative stress associated with chronic hyperuricemia
Anthocyanins
Red wine’s color comes from anthocyanins, the same compounds that give cherries their gout-protective properties. While the concentration in wine is lower than in cherries, it’s a meaningful contribution to the anti-inflammatory profile of the beverage.
The net effect
The hypothesis supported by the research is that wine’s polyphenols and other protective compounds partially offset the negative effects of its alcohol content. At moderate consumption levels (1-2 glasses), this offset appears to bring the net risk close to neutral. At higher consumption levels, the alcohol effects overwhelm the protective compounds, and risk increases.
Red Wine vs. White Wine
Red wine advantages
Red wine has significantly more polyphenols and antioxidants than white wine because the grape skins (where these compounds are concentrated) remain in contact with the juice during fermentation. A typical glass of red wine contains:
- 10-20x more resveratrol than white wine
- Higher anthocyanin content (responsible for the red color)
- More tannins (another class of polyphenols)
White wine
White wine has fewer protective compounds but also fewer tannins, which some people find easier to tolerate digestively. In gout studies, both red and white wine performed similarly, likely because the dominant factor is the alcohol content rather than the specific polyphenol profile.
The practical difference
While red wine has a theoretical edge due to higher polyphenol content, the research doesn’t show a dramatic difference between red and white wine for gout outcomes. If you prefer white wine, the gout data doesn’t give you a strong reason to switch.
Important Caveats
Quantity is everything
The favorable profile of wine applies specifically to moderate consumption: 1-2 glasses (5 oz each) per day. Beyond this level, the alcohol content begins to overwhelm any protective compounds, and risk increases.
Heavy wine consumption (3+ glasses daily or binge drinking) increases gout risk regardless of wine’s beneficial compounds. The polyphenols can’t overcome the excretion impairment caused by significant alcohol volume.
During active flares
During an active gout flare, it’s advisable to avoid all alcohol, including wine. An active flare involves intense inflammation, and alcohol’s impairment of uric acid excretion can prolong the episode. Most rheumatologists recommend abstaining during and for several days after a flare resolves.
Sweet wines and dessert wines
Not all wines are equal from a gout perspective. Sweet wines, dessert wines, and fortified wines (port, sherry, Moscato) contain significant residual sugar, which means fructose. Since fructose is a major gout trigger that both increases uric acid production and impairs excretion, sweet wines carry an additional burden that dry wines don’t.
Dry red and white wines typically contain less than 2g of sugar per glass. Semi-sweet wines contain 5-10g, and sweet dessert wines can contain 20-40g per serving. For gout management, dry wines are clearly preferable.
Wine with high-fructose meals
What you eat with wine matters. A glass of wine with a meal rich in fructose (sugary sauces, desserts, sweetened dishes) creates a combined metabolic load. The alcohol impairs excretion while the fructose increases production, and the two effects compound each other. Wine with a meal focused on vegetables, lean protein, and whole grains is a different scenario entirely.
Mixers for spirits
If you’re comparing wine to spirits, note that how spirits are consumed matters enormously. Spirits served neat or with soda water carry only the alcohol risk. But spirits mixed with juice, tonic (which contains sugar), cola, or other sweetened mixers add significant fructose to the equation. A gin and tonic or rum and cola may be worse for gout than a glass of wine not just because of the spirit, but because of the sugar in the mixer.
The Metabolic Context
Alcohol and gout can’t be understood in isolation from the broader metabolic picture.
Insulin resistance and alcohol
Chronic heavy alcohol consumption contributes to insulin resistance, which impairs kidney uric acid excretion. This creates a vicious cycle: alcohol impairs excretion acutely, and over time it degrades the metabolic health that supports excretion chronically.
Moderate wine consumption, by contrast, has been associated with improved insulin sensitivity in some studies, potentially through the effects of resveratrol on metabolic pathways. This is another possible mechanism by which moderate wine differs from heavy alcohol consumption.
Dehydration
Alcohol is a diuretic, meaning it increases urine output and can lead to dehydration. Dehydration concentrates uric acid and reduces kidney clearance. When drinking wine, counterbalancing with water (a good practice is alternating glasses of wine and water) helps maintain hydration and supports uric acid excretion.
Sleep disruption
Alcohol, even wine, can disrupt sleep quality. Poor sleep is associated with higher uric acid levels and increased gout flare risk. If wine in the evening significantly disrupts your sleep, this downstream effect may negate the neutral purine profile.
Practical Guidelines
If you currently drink
- Wine is the lowest-risk alcoholic beverage for gout. Stick to 1-2 glasses of dry wine per day maximum.
- Avoid beer as much as possible, or limit to occasional, small amounts. Beer is consistently the worst alcohol for gout.
- If you drink spirits, choose them over beer. Avoid sugary mixers; use soda water, lime, or enjoy them neat.
- Alternate alcoholic drinks with water to maintain hydration.
- Choose dry wines over sweet, dessert, or fortified wines to minimize fructose content.
If you don’t currently drink
The data on wine and gout is not a reason to start drinking. The absence of risk increase with moderate wine is not the same as a proven benefit. If you don’t drink, you don’t need to start for gout management.
During flares
Avoid all alcohol during active flares and for several days afterward. Your body is already struggling with inflammation and uric acid handling; adding alcohol to the mix is counterproductive.
Track your personal response
Individual tolerance varies. Some gout patients find they can enjoy moderate wine without any increase in symptoms. Others find that any alcohol triggers flares. Your personal response data is more valuable than population averages.
Track what you drink (type, amount), what you eat alongside it, your hydration level, and any symptoms in the following 1-3 days. Over time, you’ll develop a clear picture of your personal alcohol tolerance.
The Bottom Line
Wine holds a genuinely different position from beer and spirits in gout research. The Health Professionals Study and subsequent studies consistently show that moderate wine consumption (1-2 glasses daily) does not significantly increase gout risk, while beer dramatically increases it and spirits moderately increase it.
This difference is explained by wine’s lack of purines (unlike beer), its polyphenol content (resveratrol, quercetin, anthocyanins), and possibly its effects on insulin sensitivity. However, these benefits only hold at moderate intake levels and with dry wines. Heavy consumption, sweet wines, and wine combined with high-fructose meals change the equation.
If you’re going to drink with gout, wine, particularly dry red wine, is the most evidence-supported choice. But the broader context matters: stay hydrated, avoid high-fructose accompaniments, keep consumption moderate, and abstain during active flares. For more on how diet affects gout, see our gout and food guide. And as with everything in gout management, tracking your personal response will always be more valuable than generic guidelines.
This article is for informational purposes only and is not medical advice. Consult your rheumatologist or healthcare provider about your specific dietary needs.
Track Your Personal Response
Everyone responds differently to foods. Urica helps you track how specific foods affect YOUR flare patterns by analyzing purines, fructose, and glycemic load together — not just purines alone.
Frequently Asked Questions
Is wine bad for gout?
Wine appears to be the least problematic alcoholic beverage for gout. The landmark Health Professionals Study found that moderate wine consumption (1-2 glasses) did not significantly increase gout risk, unlike beer (2.5x risk) and spirits (1.6x risk). Wine's polyphenols and antioxidants may partially offset alcohol's negative effects on uric acid excretion.
Is red or white wine better for gout?
Red wine has more polyphenols and resveratrol (antioxidants) than white wine, which may provide additional anti-inflammatory benefits. However, both types perform similarly in gout risk studies. The more important factor is the quantity consumed and what you eat alongside it.
How much wine can you drink with gout?
Studies showing neutral risk used moderate amounts (1-2 glasses per day). Exceeding this increases risk as the alcohol volume begins to outweigh any protective compounds. During an active flare, it's best to avoid all alcohol. Track your personal response, as some individuals may be more sensitive than others.
Why is beer worse than wine for gout?
Beer delivers a triple hit that wine doesn't: (1) alcohol impairs kidney uric acid excretion, (2) beer contains significant purines from brewer's yeast, and (3) beer's guanosine is rapidly converted to uric acid. Wine has the alcohol effect but lacks the purine content, and its polyphenols may be partially protective.