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Bologna, beef & Diabetes

Low GL

Low glycemic impact for the stated serving. Glycemic load of 0 per 100g.

✅ Nutrition data verified · GL 0/100g · GI None · TIER 4 ⚠️ GI: Low-Carb Estimate

GI estimated by low-carbohydrate inference — not directly tested. [1] [3]

Blood Sugar Impact

📏
0
Glycemic Load
Per 100g · 0 per serving
Low
📊
0
Glycemic Index
Low
Low
🍞
4.3g
Total Carbs
Net carbs 4.3g
🌾
0g
Dietary Fiber
Low Fiber

Nutrition at a Glance

🍬
2.0g
Total Sugar
2.0g
🥩
10.9g
Protein
🧈
10.49g
Saturated Fat
High
🧂
1013mg
Sodium
High
🔥 299 kcal💧 55.3% water🛢 26.1g total fat

What to Watch For

⚠️ High Saturated Fat

Bologna, beef contains 3.1g of saturated fat per serving — above the 5g threshold recommended by the ADA and AHA. High saturated fat intake is associated with increased cardiovascular risk, which is the leading cause of death in people with diabetes. While this food may have a manageable glycemic load, consider it an occasional choice rather than a daily staple.

ADA Cardiovascular Disease and Risk Management (2024). Diabetes Care, 47(Suppl 1). · AHA Dietary Guidelines.

⚠️ High Sodium

Bologna, beef provides 304mg 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.

⚠️ Pro-Inflammatory Food

Bologna, beef is a refined grain — the bran and germ are removed during processing, stripping away most of the fiber, vitamins, and minerals. Diets high in refined grains are associated with elevated markers of chronic inflammation (CRP, IL-6), which can worsen insulin resistance — the core problem in type 2 diabetes. Whole grains retain the bran and provide anti-inflammatory polyphenols and fiber. While an occasional serving is unlikely to cause harm, refined grains should not be a dietary staple for people managing diabetes.

Liu et al. (2002). High-GL diet and plasma CRP. American Journal of Clinical Nutrition, 75(3), 492–498. · Qi & Hu (2012). Glycemic load, whole grains, and inflammation. Current Diabetes Reports, 12(1), 75–81.

Glycemic Load by Serving Size

Portion Weight Carbs Glycemic Load Verdict
½ Serving 15g 0.6g 0.0 High
Standard Serving 30g 1.3g 0.0 High
Restaurant Portion 60g 2.6g 0.0 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.

Worth Comparing

🥩 Bologna, beef and pork, low fat

GL 0/100g — Low GL

Rated diabetes-friendly — lower glycemic impact than your current selection.

Bologna, beef and pork, low fat & diabetes →

🥩 Sausage, turkey and pork, fresh, bulk, patty or link, cooked

GL 0/100g — Low GL

Rated diabetes-friendly — lower glycemic impact than your current selection.

Sausage, turkey and pork, fresh, bulk, patty or link, cooked & diabetes →

🥩 Frankfurter, beef, low fat

GL 0/100g — Low GL

Rated diabetes-friendly — lower glycemic impact than your current selection.

Frankfurter, beef, low fat & diabetes →

🥩 Pork sausage rice links, brown and serve, cooked

GL 0/100g — Low GL

Rated diabetes-friendly — lower glycemic impact than your current selection.

Pork sausage rice links, brown and serve, cooked & diabetes →

How to Include It

💡 Balance Sodium

Pair with low-sodium foods throughout the rest of your day. Fresh herbs and spices can replace salt as flavoring.

💡 Check Your Own Response

Individual blood sugar responses vary. Use a glucose meter to understand how this food affects you personally.

💡 Glycemic Load Over Glycemic Index

GL accounts for both the speed AND amount of carbohydrate, making it more practical for real-world eating than GI alone.

💡 Pair Carbs With Protein

Adding protein to a carbohydrate-containing meal slows digestion and helps prevent blood sugar spikes.

Related Sausages and Luncheon Meats Options

🥩 Oscar Mayer

🟢 Low GL · GL /100g

🥩 Beerwurst

🟢 Low GL · GL /100g

🥩 Honey roll sausage

🟢 Low GL · GL /100g

Common Questions

Can Bologna beef fit into a diabetes meal plan?

Yes — Bologna beef has a glycemic load of just 0 (GL ≤10), meaning it has minimal impact on blood sugar in standard servings. Individual responses vary — monitor your own glucose when trying new foods.

What GL value does Bologna beef carry?

Per 100g, Bologna beef has a GL of 0. This means one standard serving (1 slice) provides approximately 0 GL — which is low.

How quickly does Bologna beef raise blood sugar?

With only 0g of fiber per 100g, Bologna beef's GL of 0 means the blood sugar impact is low. The carbohydrates digest and absorb quickly. Pairing with protein and high-fiber foods can help slow absorption.

Is the GI value accurate?

The GI of 0 for Bologna beef is estimated (Tier 4), not directly ISO-tested on this specific food. It is based on the weighted average GI of foods in the Sausages and Luncheon Meats 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.

Why is this food labeled pro-inflammatory?

Bologna beef is classified as a refined grain — the bran and germ are removed during processing, stripping fiber and nutrients. Research shows diets high in refined grains are associated with elevated inflammatory markers (CRP, IL-6), which can worsen insulin resistance. Choosing whole-grain versions when available can provide anti-inflammatory benefits from fiber and polyphenols (Liu et al., AJCN 2002; Qi & Hu, 2012).

Is the sodium level a concern?

Bologna beef contains 304mg of sodium per serving — approaching 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.

What about the saturated fat content?

At 3.1g of saturated fat per serving, Bologna beef exceeds the 5g threshold that the ADA and AHA recommend for diabetes and heart health. Saturated fat raises LDL cholesterol and is associated with increased cardiovascular risk. While this food may have a manageable glycemic load, it is best as an occasional choice rather than a daily staple. Prioritize foods with unsaturated fats (olive oil, avocado, nuts, fish) for everyday eating.

Methodology & Sources

Data Tier: TIER 4 — estimated from category average

Glycemic Index (GI): 0 — None. Source: International GI Tables (Atkinson, Brand-Miller et al., Diabetes Care, 2021). University of Sydney GI Research Service.

GL (per 100g) = GI (0) × Available Carbs (4.3g) ÷ 100 = 0
GL (per serving, 30.0g) = 0 × 30.0 ÷ 100 = 0.0

Nutrition Data: USDA FoodData Central, SR Legacy Release (April 2018). FDC ID: 172012. 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. “Bologna, beef — Glycemic Load & Diabetes Reference.” GlycemicWise, July 2026. https://glycemicwise.com/foods/bologna-beef/

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.