Bee pollen delivers about 16–32 g protein per 100 g, with ~22 g per 100 g a common research average.
Shoppers see bee pollen tagged as a dense, whole-food supplement. The big question isn’t marketing—it’s the number on the label. How much protein do you actually get per 100 grams? Below you’ll find lab-backed ranges, why numbers swing from jar to jar, and how that translates to real-world spoonfuls. Short version: most well-documented samples land near 22 g protein per 100 g dry weight, while certain flowers, seasons, and regions push that lower or higher.
Bee Pollen Protein Per 100G: Tested Numbers By Study
Protein values in bee pollen differ with floral source, harvest season, and moisture. This roundup pulls published figures so you can compare at a glance.
| Study / Sample | Protein (g/100 g) | Notes |
|---|---|---|
| Feás et al., 2012 (multi-origin commercial) | 21.8 | Average across samples; dry basis open-access dataset |
| Oroian et al., 2022 (Romania) | 15.7–27.9 | Range across regions; average ~22.3 |
| Hsu et al., 2021 (11 floral sources) | up to 32.2 | Highest sample among the set; dry mass |
| Taha et al., 2017 (alfalfa) | 20.23 | Crude protein; dry matter |
| Vit et al., 2008 (Venezuela; yellow fraction) | 37.32 | Fraction-based sample with high protein |
| Bogdanov compendium (review) | ~9–33+ | Wide overview; varies by origin and processing |
| Salles et al., 2014 (fresh formula) | 16.2 | Fresh mixture; lower protein due to moisture |
Those figures show the spread. The midpoint clusters near the low-20s on a dry basis. Moisture pulls the number down; single-flower batches can pull it up. That’s why one jar reads far higher than another even when serving sizes match.
Protein In Bee Pollen Per 100 Grams: What Drives The Range
Botanical Origin Shifts The Baseline
Each plant stamps its own macro pattern onto pollen. Alfalfa samples hover around 20 g/100 g. Sunflower runs leaner. Some clover and mountain samples test well above 30 g/100 g. If you want a tighter estimate for a product, look for the dominant flower on the label or a certificate of analysis.
Moisture And Processing Change The Math
Fresh pollen holds water, which dilutes every macro per 100 g. Drying concentrates protein, carbs, and fat. Granules sold for food use are often dried, but the final moisture still varies by brand and batch. If a label states “dried” without a moisture number, expect values in the same ballpark as the dry-basis studies above.
Region And Season Add Extra Swing
Seasonal bloom cycles shift the flower mix across a year. Spring collections in some regions trend higher in total amino acids; winter can raise certain essential amino acids. Put simply: harvest timing helps explain why two jars from the same beekeeper don’t match exactly.
How To Read Labels And Convert To Per 100 G
Retail packs rarely print “per 100 g” protein. They list per tablespoon, teaspoon, or per 10 g. Here’s how to translate. If a pack lists 2.2 g protein per 10 g serving, that equals 22 g per 100 g. Multiply the serving protein by 10 for a rough 100 g value when serving size is 10 g, or adjust proportionally for other sizes.
Two Quick Checks Before You Compare
- Basis: Dry granules vs fresh or partially dried. Dry basis reads higher per 100 g.
- Botany: A mixed-flower blend often sits near the ~22 g/100 g average; single-flower batches may read lower or higher.
Trusted Sources Behind The Numbers
Open-access research makes it easier to benchmark a brand. You can scan the Feás et al. nutrient survey for an average near 21.8 g/100 g and the Oroian et al. regional data for a range around 16–28 g/100 g. Both include methods and tables you can cite in product reviews or buyer guides.
Practical Guide: Daily Portions And Protein Math
Most people take bee pollen by the spoon. The table below uses a working average of 22 g protein per 100 g for dried granules. It shows approximate protein per common portions so you can fit it into a day’s intake. Actual brands vary; match the math to your label when available.
| Portion | Approx. Weight (g) | Protein Using 22 g/100 g (g) |
|---|---|---|
| 1 tsp granules | 5 | 1.1 |
| 2 tsp granules | 10 | 2.2 |
| 1 tbsp granules | 10–12 | 2.2–2.6 |
| 2 tbsp granules | 20–24 | 4.4–5.3 |
| 1 oz granules | 28 | ~6.2 |
| 50 g granules | 50 | 11.0 |
| 100 g granules | 100 | 22.0 |
Quality Signals When Picking A Jar
Clear Source And Batch Info
Look for a label that names the country or region and, when possible, the dominant flowers. A batch code and a harvest year add confidence. Some producers share lab sheets; those are gold for reviewers aiming to cite specific protein numbers.
Drying Method And Storage
Dehydrated granules keep better and keep their macros more stable. Heat-gentle drying helps preserve aroma and color. Store in a cool, dark spot with a tight lid to limit moisture pickup. If granules clump, the water content rose, and per-100 g values slide a bit.
Granule Color Isn’t A Protein Meter
Bright yellows, reds, and olives look great in photos, but color reflects pigments and plant mix, not protein alone. A pale batch can match or beat a bold batch on grams per 100 g.
Frequently Asked Reader Checks (No FAQs Section)
How Does Bee Pollen Compare With Other Pantry Staples?
Dry granules at ~22 g/100 g sit under dry lentils (~25 g/100 g cooked-dry equivalent) and whey powder (typically 70–80 g/100 g), and above many breakfast cereals. If you use it as a topper—not a main protein—it adds a small but steady bump.
What About Amino Acid Quality?
Studies report full sets of essential amino acids in bee pollen. The exact pattern shifts with the flowers, yet blends commonly show a balanced profile. Lab tables often include lysine, leucine, valine, and isoleucine in useful amounts for the gram totals listed earlier.
Any Serving Tips For Better Use?
- Start small: 1 teaspoon a day is a simple baseline for new users.
- Pair with food: Yogurt, smoothies, and oats help with texture and flavor.
- Mind moisture: Add just before eating so granules keep their crunch.
Method Notes Behind The Numbers
Why do methods matter? Protein can be reported as crude protein via nitrogen conversion (e.g., N×factor) or as amino acid totals. Different conversion factors, moisture corrections, and sample prep steps create small shifts in g/100 g. That’s normal across food science papers. When you read a label or a study, check: was it fresh or dried, what factor was used, and was it a single flower or a blend?
Pulling It Together: Your Working Estimate
If you need one practical figure today, 22 g protein per 100 g is a fair, research-supported benchmark for dried granules. Single-flower or special regional lots may run leaner or richer. If you review products, link to primary data where possible—the commercial survey and regional characterization study are good anchors.
Where The Exact Keyword Fits In Real Copy
Writers often need the phrase bee pollen protein per 100g for buyers’ guides and round-ups. Use it in captions, comparison tables, and intro blurbs. Keep context tight and tie it to a brand’s lab sheet when available. Adding a second mention of bee pollen protein per 100g near a table or a conversion walkthrough helps readers scan and understand the numbers fast.
Citations And Source Trail You Can Revisit
Open-Access Papers With Usable Numbers
- Feás X. et al. “Organic Bee Pollen: Botanical Origin, Nutritional Value…” (avg 21.8 g/100 g). Link above.
- Oroian M. et al. “Characterization of Romanian Bee Pollen…” (15.7–27.9 g/100 g). Link above.
- Hsu P.S. et al. “Nutritive Value of 11 Bee Pollen Samples…” (up to 32.2 g/100 g), MDPI/PubMed indexed.
- Taha E.K.A. et al. “Protein Content And Amino Acids Composition…” (alfalfa 20.23 g/100 g), open-access on PMC.
- Vit P. et al. “Chemical Composition Of Fresh Bee Pollen…” (37.32 g/100 g in a fraction), PubMed abstract.
- Bogdanov S. “Pollen: Nutrition, Functional Properties” (broad ranges), PDF compendium.
- Salles J. et al. “Bee Pollen Improves Muscle Protein…” (fresh formula 16.2 g/100 g), open-access on PMC.