Whey, acid, dried & Diabetes
High glycemic impact — occasional choice only. Glycemic load of 32.3 per 100g.
✅ Nutrition data verified · GL 32.3/100g · GI 44 · TIER 3 ⚠️ GI: Subcategory Estimate
GI estimated from food subcategory average — not directly tested on this food. [1] [3]
Blood Sugar Impact
Nutrition Profile
What to Watch For
⚠️ Low Dietary Fiber
Whey, acid, dried contains only 0.0g of fiber per 100g — far below the recommended threshold for diabetes-friendly carbohydrates. Without fiber to slow digestion, the starches break down rapidly in the small intestine, causing a quicker glucose release into the bloodstream. The American Diabetes Association recommends choosing high-fiber carbohydrates (≥3g per serving) to help stabilize post-meal blood sugar. Pairing Whey, acid, dried with high-fiber vegetables or legumes can partially offset this effect.
ADA Standards of Medical Care in Diabetes (2024). Diabetes Care, 47(Suppl 1).
⚠️ High Sodium
Whey, acid, dried provides 552mg of sodium per serving — significant relative to the ADA's daily recommendation of <2,300mg. High sodium intake can raise blood pressure, compounding cardiovascular risk in diabetes. If you eat this food, balance it with lower-sodium choices throughout the rest of the day.
ADA recommends <2,300mg sodium per day for most adults with diabetes. Diabetes Care, 47(Suppl 1), 2024.
Worth Comparing
🥛 Butter, salted
GL 0/100g — Low GL
Rated diabetes-friendly — lower glycemic impact than your current selection.
Butter, salted & diabetes →🥛 Butter, without salt
GL 0/100g — Low GL
Rated diabetes-friendly — lower glycemic impact than your current selection.
Butter, without salt & diabetes →🥛 Cheese, Mexican blend
GL 0.1/100g — Low GL
Rated diabetes-friendly — lower glycemic impact than your current selection.
Cheese, Mexican blend & diabetes →🥛 Cheese, goat, semisoft type
GL 0.1/100g — Low GL
Rated diabetes-friendly — lower glycemic impact than your current selection.
Cheese, goat, semisoft type & diabetes →Glycemic Load by Serving Size
| Portion | Weight | Carbs | Glycemic Load | Verdict |
|---|---|---|---|---|
| ½ Serving | 28g | 20.6g | 9.0 | Friendly |
| Standard Serving | 57g | 41.9g | 18.4 | Moderate |
| Restaurant Portion | 114g | 83.7g | 36.8 | High |
GL ≤10 = Low (Friendly) · 11–19 = Moderate · ≥20 = High (Limit).
The page-level verdict is based on GL per 100g; this table shows how portion size changes the actual GL you get.
Other Dairy and Egg Products Foods
Questions People Ask
What do the numbers say about Whey acid and blood sugar?
Whey acid should be limited for diabetics. A GL of 32.3 is firmly in the high range. If it's a food you love, try reducing the portion dramatically or swapping for a lower-GL version.
Where does Whey acid sit on the glycemic load scale?
GL = 32.3 per 100g for Whey acid. For context: low GL is ≤10, moderate is 11–19, and high is ≥20. Whey acid falls into the High category.
How quickly does Whey acid raise blood sugar?
The primary way Whey acid affects blood sugar is through its carbohydrate content (73.5g/100g). With a GI of 44 (low) and limited fiber, this produces an overall GL of 32.3 (High).
Why is fiber important for blood sugar control?
Dietary fiber slows carbohydrate digestion and absorption, leading to a more gradual blood sugar rise. Whey acid has only 0g of fiber per 100g, which is one reason its glycemic load (32.3) is high. The ADA recommends choosing carbs with at least 3g of fiber per serving. Adding high-fiber foods like vegetables or legumes to your meal can help compensate.
Is the GI value accurate?
The GI of 44 for Whey acid is estimated (Tier 3), not directly ISO-tested on this specific food. It is based on the weighted average GI of foods in the Dairy and Egg Products category from the International GI Tables (Atkinson et al., 2021). Actual GI may vary by variety, ripeness, cooking method, and individual response. We display estimated values with full transparency so you can make informed decisions.
Can portion control make this food work?
Yes — half a standard serving of Whey acid reduces the glycemic load substantially. At GL 32.3 per 100g this is a dense source, but a half portion makes a meaningful difference. The key is mindfulness: use it as a side dish, not the main event, and fill most of your plate with non-starchy vegetables and lean protein.
Is the sodium level a concern?
Whey acid contains 552mg of sodium per serving — well above the ADA's recommendation of <2,300mg daily. High sodium intake can raise blood pressure, compounding cardiovascular risk — the leading cause of death in people with diabetes. If you eat this food, balance it with lower-sodium choices during the rest of the day. Fresh herbs, spices, and citrus can replace salt as flavoring.
Where This Data Comes From
Data Tier: TIER 3 — estimated from category average
Glycemic Index (GI): 44 — subcategory_avg:Dairy and Egg Products. Source: International GI Tables (Atkinson, Brand-Miller et al., Diabetes Care, 2021). University of Sydney GI Research Service.
GL (per serving, 57.0g) = 32.3 × 57.0 ÷ 100 = 18.4
Nutrition Data: USDA FoodData Central, SR Legacy Release (April 2018). FDC ID: 171281. Data are in the public domain (CC0 1.0).
GL Classification: ≤10 = Low (Low GL), 11–19 = Moderate (Eat in Moderation), ≥20 = High (Limit). Based on University of Sydney Glycemic Index Foundation classification.
⚠️ GI value is estimated, not directly ISO-tested on this specific food. Actual GI may vary by variety, cooking method, and individual glycemic response.
Cite this page: GlycemicWise. “Whey, acid, dried — Glycemic Load & Diabetes Reference.” GlycemicWise, July 2026. https://glycemicwise.com/foods/whey-acid-dried/
Dietary reference — not medical advice. This page provides evidence-based dietary reference information for general educational purposes. It is not a substitute for professional medical advice, diagnosis, or treatment. Individual blood sugar responses vary significantly. Always check your blood glucose to understand your personal response to foods, and talk to your doctor or a registered dietitian before changing your diet. Data sources are cited above and publicly available from the USDA and the University of Sydney Glycemic Index Research Service.