Urica Purine & Fructose Database: Complete Reference
A comprehensive purine and fructose reference for gout management — because tracking both matters more than tracking purines alone.
Managing gout with data requires more than a simple list of high-purine foods. Fructose is a major uric acid driver that most traditional purine charts completely ignore — it both increases uric acid production and impairs excretion. This reference hub brings together comprehensive purine data across all food categories alongside fructose content, giving you the complete nutritional picture that effective gout management demands.
The Urica app builds this data directly into its meal analysis, automatically calculating both purine and fructose content when you scan your meals.
Comprehensive Purine Charts
These guides provide detailed purine values across major food categories, organized for quick reference.
- Purine Food Chart — The master reference with purine values across all food categories in one place.
- High Purine Foods List — Foods that rank highest in purine content, from organ meats to certain seafood.
- Low Purine Foods List — Safe-bet foods with the lowest purine content for building meals around.
Purine Content by Food Category
For a deeper look at specific food groups, these guides break down purine content with context about preparation methods and research findings.
- Purine Content in Meat — Detailed purine values for beef, pork, chicken, lamb, turkey, and game meats by cut.
- Purine Content in Seafood — Fish and shellfish purine values, from the lower-purine options to the highest-risk choices.
- Purine Content in Vegetables — Why vegetable purines rank differently than animal purines in gout risk research.
Fructose and Glycemic Data
The missing piece in most gout nutrition guides — how sugar content and blood sugar impact affect uric acid levels.
- Fructose Content in Foods — A reference for fructose levels in common fruits, beverages, and processed foods.
- Glycemic Index Food List for Gout — How glycemic index connects to insulin resistance and uric acid excretion.
Uric Acid Reference
Understanding what raises and lowers uric acid helps you interpret your lab results and make informed choices.
- Uric Acid in Foods Table — How specific foods translate to uric acid levels in the blood.
- Foods That Lower Uric Acid — Evidence-based foods that actively support lower uric acid, including cherries, low-fat dairy, and vitamin C-rich options.
How We Measure
Our purine values come from the USDA & ODS-NIH Database for the Purine Content of Foods (Release 2, March 2025), which gathers laboratory analyses from the United States, Canada, Europe, and Asia, including new USDA analyses of US foods from 2024. Each value on our charts is the median of the published analyses for that food, and it is for the raw food unless stated (cooked, canned, or dried foods are listed separately). Analyses vary by method and sample: the lab technique, the species or cut, its fat content, and where it came from can all shift the result, so where published values differ widely, our charts show the range. A few foods on our charts are not in the database; those are marked, and their values come from older published tables.
How to Use These References
Purine and fructose values are most useful as general guidance, not absolute rules. Actual content varies with preparation method and food source, and portion size decides how much you actually eat. Boiling moves some purines into the cooking water, so discarding the water lowers what you eat, while roasting and grilling keep them in the food; studies don’t give a reliable percentage for either. A food that’s technically moderate in purines might matter less than a low-purine food loaded with fructose.
The most effective approach combines reference data with personal tracking. Use these charts to make informed choices, then let your own flare patterns tell you which foods actually affect you. Urica streamlines this by pairing its built-in purine and fructose database with your personal meal and flare logs.
This article is for informational purposes only and does not constitute medical advice. Always consult your healthcare provider before making changes to your diet or gout management plan.
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
Why should you track fructose along with purines for gout?
Fructose is the only sugar that directly increases uric acid production during its metabolism. It also impairs the kidneys' ability to excrete uric acid. This means a food can be low in purines but still raise uric acid significantly if it's high in fructose. Tracking both gives you a much more accurate picture of how your diet affects your uric acid levels.
How accurate are purine food charts?
Purine values in food charts are estimates based on laboratory analyses, and actual purine content varies with the cut, the sample, where it came from, the lab method, and how the food is prepared. Published analyses of the same food can differ twofold or more. Our charts use the median of the published analyses in the USDA & ODS-NIH Database for the Purine Content of Foods (Release 2, March 2025). Boiling moves some purines into the cooking water, so discarding the water lowers what you eat, but studies don't give a reliable percentage. Use charts as general guidance rather than exact numbers, and pair them with personal tracking to understand your individual response.
What is the most useful purine reference for gout patients?
The most useful purine reference organizes foods by category (meat, seafood, vegetables, grains) and clearly distinguishes between high-impact foods (organ meats, certain shellfish) and moderate foods that most people tolerate well. It should also include fructose data, since fructose is a major overlooked trigger. The Urica app includes a built-in database that provides both purine and fructose information for common foods.