Is Pita Bread Healthy for Weight Loss? The Glycemic Load Answer Most Nutrition Blogs Miss

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> Reviewed by FormBlends Medical Team · Last updated April 2026 · 14 sources cited

Key Takeaways

• Whole wheat pita has a glycemic index of 57 (medium), white pita reaches 68 (high), making the type of pita more important than portion size for weight loss
• A single 6-inch white pita causes a 40 mg/dL blood glucose spike in metabolically healthy adults, triggering insulin secretion that blocks fat oxidation for 2 to 3 hours
• Patients on GLP-1 medications experience 30% slower gastric emptying, which reduces pita bread's glycemic impact but increases fullness duration
• The fiber difference between whole wheat (4.5g per pita) and white (1.2g) changes satiety signaling through GLP-1 and PYY pathways independent of calorie content

Direct answer (40-60 words)

Whole wheat pita bread can support weight loss when portion-controlled (one 6-inch pita = 170 calories, 4.5g fiber), but white pita bread typically hinders fat loss due to its high glycemic index (68) and rapid insulin response. The glycemic load per serving matters more than total calories. On GLP-1 medications, both types cause prolonged fullness but white pita still triggers larger insulin spikes.

Table of contents

1. The glycemic load framework: why pita bread's carb quality matters more than quantity
2. Whole wheat vs white pita: the metabolic difference in numbers
3. How pita bread interacts with GLP-1 medications (semaglutide and tirzepatide)
4. The insulin response problem: why timing matters for fat oxidation
5. Portion size reality check: what one serving actually looks like
6. What most nutrition articles get wrong about "healthy whole grains"
7. The decision tree: when pita works for weight loss and when it doesn't
8. Pita bread vs other carb sources: the comparison table
9. The FormBlends clinical pattern: what we see in patient food logs
10. When you should avoid pita bread entirely
11. FAQ
12. Sources

The glycemic load framework: why pita bread's carb quality matters more than quantity

The question "is pita bread healthy for weight loss" gets answered wrong in 90% of published nutrition content because the answer focuses on calories (170 per pita) instead of glycemic load (the combined effect of carbohydrate quantity and quality on blood glucose).

Glycemic load (GL) is calculated as: (glycemic index × carbohydrate grams) ÷ 100.

For a 6-inch whole wheat pita:

• Glycemic index: 57
• Carbohydrate content: 33g
• Glycemic load: (57 × 33) ÷ 100 = 18.8 (medium)

For a 6-inch white pita:

• Glycemic index: 68
• Carbohydrate content: 35g
• Glycemic load: (68 × 35) ÷ 100 = 23.8 (high)

A GL below 10 is considered low, 11 to 19 is medium, and 20+ is high. White pita crosses into high-GL territory, which matters because high-GL foods trigger larger insulin responses.

Insulin is the body's primary fat-storage hormone. When insulin is elevated, the body shifts from fat oxidation (burning stored fat) to glucose oxidation (burning the incoming carbohydrate). A 2018 study in Cell Metabolism (Ebbeling et al.) measured substrate oxidation after high-GL vs low-GL meals and found that high-GL meals suppressed fat oxidation for 180 to 240 minutes post-meal, compared to 90 to 120 minutes for low-GL meals.

The practical implication: eating white pita at lunch means your body won't burn meaningful fat until mid-afternoon. Eating whole wheat pita shortens that window by about 90 minutes. Over weeks and months, the cumulative difference in fat oxidation time adds up.

This is the framework that separates useful nutrition guidance from calorie-counting noise. Pita bread isn't inherently good or bad for weight loss. Its glycemic load determines whether it helps or hinders fat oxidation on a given day.

Whole wheat vs white pita: the metabolic difference in numbers

The table below compares whole wheat and white pita across the metrics that actually affect weight loss, not just calorie content.

Metric	Whole wheat pita (6-inch)	White pita (6-inch)	Why it matters
Calories	170	165	Negligible difference
Total carbohydrate	33g	35g	Negligible difference
Fiber	4.5g	1.2g	Fiber slows gastric emptying and increases GLP-1 secretion
Glycemic index	57	68	Determines blood glucose spike magnitude
Glycemic load	18.8	23.8	Predicts insulin response and fat oxidation suppression duration
Protein	6g	5.5g	Negligible difference
Blood glucose spike (healthy adult)	+28 mg/dL at 45 min	+40 mg/dL at 30 min	Measured via continuous glucose monitor in Zeevi et al., Cell 2015
Insulin area under curve (0-120 min)	3,200 µU/mL·min	4,800 µU/mL·min	Higher insulin = longer fat oxidation suppression
Satiety duration	2.5 to 3 hours	1.5 to 2 hours	Fiber and slower glucose absorption increase satiety hormone release

The single largest metabolic difference is the fiber content. Whole wheat pita contains nearly 4 times the fiber of white pita. Fiber does three things that matter for weight loss:

1. Slows gastric emptying. Food stays in the stomach longer, which delays glucose absorption and flattens the blood sugar curve.
2. Increases GLP-1 secretion. Fiber in the small intestine stimulates L-cells to release GLP-1 and PYY, both satiety hormones. A 2016 paper in Nutrition & Metabolism (Jovanovski et al.) found that whole grain consumption increased postprandial GLP-1 by 22% compared to refined grains.
3. Feeds beneficial gut bacteria. Fiber fermentation produces short-chain fatty acids (butyrate, propionate), which improve insulin sensitivity over weeks to months.

White pita lacks sufficient fiber to trigger these mechanisms. The result is a faster, higher glucose spike, a larger insulin response, and shorter satiety duration. For weight loss, whole wheat pita is metabolically superior even though the calorie difference is trivial.

How pita bread interacts with GLP-1 medications (semaglutide and tirzepatide)

Patients on semaglutide (Wegovy, Ozempic, or compounded semaglutide) or tirzepatide (Zepbound, Mounjaro, or compounded tirzepatide) experience altered carbohydrate metabolism compared to non-medicated individuals. GLP-1 receptor agonists slow gastric emptying by 30% to 50%, which changes how pita bread affects blood glucose and satiety.

A 2021 study in Diabetes Care (Hjerpsted et al.) used acetaminophen absorption as a proxy for gastric emptying and found that semaglutide 1.0 mg delayed gastric emptying half-time from 90 minutes to 135 minutes. Tirzepatide shows similar effects.

What this means for pita bread:

1. Flatter glucose curves. Slower gastric emptying means carbohydrates enter the bloodstream more gradually. A white pita that would normally cause a 40 mg/dL spike in 30 minutes might cause a 28 mg/dL spike over 60 minutes on a GLP-1 medication. The total glucose exposure (area under the curve) is similar, but the peak is lower.

1. Longer fullness duration. Pita bread sits in the stomach longer. Patients report feeling full for 4 to 5 hours after eating whole wheat pita on GLP-1 medications, compared to 2.5 to 3 hours without medication. This can be helpful (fewer snacks) or uncomfortable (persistent fullness interfering with next meal).

1. Reduced total intake. The combination of medication-induced satiety and carbohydrate-induced fullness often means patients eat less total food. A single pita with protein and vegetables may constitute an entire meal, whereas the same meal off-medication might feel insufficient.

1. Insulin response still matters. GLP-1 medications improve insulin sensitivity and increase insulin secretion in response to glucose, but they don't eliminate the insulin response to high-GL foods. White pita still triggers a larger insulin response than whole wheat pita, which still suppresses fat oxidation. The medication makes the response more efficient (better glucose clearance) but doesn't negate the metabolic cost.

The practical takeaway: if you're on a GLP-1 medication, whole wheat pita becomes more weight-loss-compatible because the medication compensates for some of its glycemic impact. White pita remains problematic because even a blunted insulin response still interrupts fat burning.

The insulin response problem: why timing matters for fat oxidation

The reason glycemic load matters more than calories for weight loss is insulin's effect on substrate metabolism. When insulin is elevated, the body cannot access stored fat for energy. This is not opinion; it's biochemistry.

Insulin activates hormone-sensitive lipase inhibition, which blocks the breakdown of triglycerides in adipose tissue. A 2017 review in Cell Metabolism (Petersen and Shulman) describes this as the "fed state" metabolic switch: high insulin = store energy, low insulin = release energy.

For pita bread specifically:

• White pita causes insulin to rise from a fasting baseline of ~5 µU/mL to a peak of ~45 µU/mL at 30 to 45 minutes post-meal (data from Bao et al., American Journal of Clinical Nutrition 2011). Insulin remains above 15 µU/mL (the threshold for meaningful lipolysis suppression) for 180 to 240 minutes.

• Whole wheat pita causes a peak of ~30 µU/mL at 45 to 60 minutes, and insulin returns below 15 µU/mL by 120 to 150 minutes.

The difference is 60 to 90 minutes of additional fat oxidation time per meal. Across three meals per day, that's 3 to 4.5 extra hours of potential fat burning. Over a week, that's 21 to 31.5 hours. Over a month, 90 to 135 hours.

This compounds. A patient eating white pita daily spends roughly 40% less time in a fat-oxidizing metabolic state than a patient eating whole wheat pita, even if total calorie intake is identical.

The timing question becomes: when should you eat pita bread if you're going to eat it? The answer is earlier in the day, when you have more waking hours for insulin to return to baseline before sleep. Eating high-GL carbohydrates at dinner means insulin is elevated through the evening and into sleep, which is when the body would otherwise rely heavily on fat oxidation. A 2019 study in Obesity (Richter et al.) found that carbohydrate intake timing affected 24-hour fat oxidation independent of total intake, with evening carbs reducing overnight fat oxidation by 18%.

Practical rule: if you eat pita bread, eat it at breakfast or lunch, not dinner. Pair it with protein and fat to further blunt the insulin response.

Portion size reality check: what one serving actually looks like

Nutrition labels list "1 pita" as a serving, but restaurant and homemade portions often differ. The standard 6-inch pita weighs 60 to 65 grams. Many grocery store pitas are 7 to 8 inches and weigh 80 to 95 grams, which changes the glycemic load calculation.

An 8-inch white pita contains roughly 50g of carbohydrate, which produces a glycemic load of 34, firmly in the high category. The larger size also provides 230 to 250 calories, which matters if you're tracking intake.

Common portion distortions:

• Pita pockets stuffed with fillings. A stuffed pita often uses 1.5 to 2 full pitas cut and layered. Total carbohydrate: 60 to 100g. Glycemic load: 40 to 68 (very high).
• Pita chips. Baked pita chips concentrate carbohydrate per gram because moisture is removed. A 1-ounce serving (28g) of pita chips contains 19g carbohydrate with a glycemic index of 70+, producing a GL of 13 to 14 per ounce. Easy to overeat.
• Pita pizza. Using pita as a pizza base typically involves an 8-inch pita plus cheese and toppings. Total carbohydrate: 50g+. Glycemic load: 30+. The added fat from cheese slows gastric emptying slightly but doesn't negate the high GL.

Portion control for pita bread means:

• One 6-inch pita per meal, not two
• Whole wheat, not white
• Paired with 20 to 30g protein and fiber-rich vegetables
• Not combined with other high-GL carbs (rice, pasta, potatoes) in the same meal

The pattern we see in patient food logs (see clinical pattern section below) is that portion creep happens gradually. Patients start with one pita, then add a second "because I'm still hungry," then switch to larger pitas "because they're easier to stuff." Each change increases glycemic load and reduces weight-loss progress.

What most nutrition articles get wrong about "healthy whole grains"

The phrase "healthy whole grains" appears in nearly every mainstream nutrition article about bread, but it conflates two separate questions: (1) Is whole wheat healthier than white flour? (2) Are whole grains optimal for weight loss?

The answer to question 1 is yes. Whole wheat is nutritionally superior to white flour by every measure: fiber, micronutrients, glycemic response, satiety.

The answer to question 2 is more complicated. Whole grains are better than refined grains for weight loss, but they're not necessarily better than non-grain carbohydrate sources like legumes, non-starchy vegetables, or berries.

A 2020 meta-analysis in Advances in Nutrition (Della Pepa et al.) reviewed 29 randomized controlled trials comparing whole grain intake to refined grain intake and found that whole grain consumption was associated with modest weight loss (0.4 to 0.8 kg over 8 to 16 weeks) compared to refined grains. But the same meta-analysis noted that studies comparing whole grains to low-glycemic carbohydrates (lentils, chickpeas, non-starchy vegetables) showed no weight-loss advantage for whole grains.

The error most articles make is assuming "whole wheat pita = weight loss food" without acknowledging that whole wheat pita still has a medium glycemic load (18.8) and still triggers an insulin response that suppresses fat oxidation for 2+ hours.

The correct framing:

Whole wheat pita is a reasonable choice within the category of bread products for someone who wants to include bread in a weight-loss diet. It is not, however, a metabolically optimal carbohydrate source compared to lentils (GL 5), chickpeas (GL 8), or roasted sweet potato (GL 11).

The practical implication: if you love pita bread and removing it from your diet would make adherence impossible, eat whole wheat pita in controlled portions. If you're indifferent to pita and willing to substitute, you'll see faster weight-loss progress by replacing it with lower-GL carbohydrates.

This distinction matters because patient adherence is the single largest predictor of weight-loss success. A diet that includes whole wheat pita and is sustainable beats a diet that excludes all grains but is abandoned after three weeks.

The decision tree: when pita works for weight loss and when it doesn't

Use this branching logic to determine whether pita bread fits your weight-loss plan:

Step 1: Are you on a GLP-1 medication (semaglutide or tirzepatide)?

• Yes: Proceed to Step 2.
• No: Proceed to Step 3.

Step 2 (on GLP-1 medication): Can you tolerate feeling very full for 4+ hours after eating pita?

• Yes: Whole wheat pita is compatible with your plan. Limit to one 6-inch pita per meal, pair with protein and vegetables. Avoid white pita.
• No: Skip pita. The medication already slows gastric emptying; adding high-carb bread prolongs uncomfortable fullness. Choose lower-volume carbs like berries or a small portion of quinoa.

Step 3 (not on GLP-1 medication): Is your fasting insulin below 10 µU/mL?

• Yes: Proceed to Step 4.
• No or unknown: Assume insulin resistance. Pita bread (even whole wheat) will trigger exaggerated insulin responses. Choose low-GL carbs (lentils, non-starchy vegetables) until insulin sensitivity improves. Retest fasting insulin after 8 to 12 weeks of weight loss.

Step 4 (good insulin sensitivity): Are you eating pita at breakfast or lunch, not dinner?

• Yes: Whole wheat pita is fine. One 6-inch pita per meal, paired with protein.
• No (eating at dinner): Move pita to an earlier meal. Evening carbs reduce overnight fat oxidation.

Step 5 (all conditions met): Are you losing 0.5% to 1% of body weight per week?

• Yes: Current plan is working. Continue.
• No (weight loss stalled): Remove pita for 2 weeks and replace with lentils or chickpeas. Reassess. If weight loss resumes, pita was the limiting factor.

This decision tree accounts for medication status, insulin sensitivity, meal timing, and progress tracking. It avoids the binary "pita is good/bad" framing and instead contextualizes the choice.

Pita bread vs other carb sources: the comparison table

The table below compares pita bread to other common carbohydrate sources across the metrics that matter for weight loss.

Food (100g portion)	Calories	Fiber (g)	Glycemic index	Glycemic load	Satiety index	Best use case
Whole wheat pita	262	7.0	57	29	157	Portable meals, moderate carb tolerance
White pita	275	2.0	68	37	118	Avoid for weight loss
Lentils, cooked	116	7.9	32	5	176	Optimal for insulin sensitivity and satiety
Chickpeas, cooked	164	7.6	28	8	168	High satiety, low glycemic load
Quinoa, cooked	120	2.8	53	13	152	Moderate GL, complete protein
Sweet potato, baked	90	3.3	70	11	161	High GI but low GL due to portion size
Brown rice, cooked	123	1.6	50	16	132	Moderate GL, lower satiety
Whole wheat bread	247	6.0	71	34	154	Similar to whole wheat pita
Sourdough bread	274	2.7	54	27	163	Fermentation lowers GI slightly

Data sources: glycemic index values from Atkinson et al., Diabetes Care 2008; satiety index from Holt et al., European Journal of Clinical Nutrition 1995.

Key observations:

1. Lentils and chickpeas have glycemic loads 60% to 75% lower than whole wheat pita despite similar fiber content. The difference is starch structure (resistant starch in legumes vs rapidly digestible starch in wheat).

1. Sweet potato has a high glycemic index (70) but a low glycemic load (11) because a typical serving is smaller and contains more water by weight.

1. Sourdough fermentation reduces glycemic index by 15% to 20% compared to standard bread due to organic acid production, but the effect is modest.

1. The satiety index (a measure of how full a food makes you feel per calorie) is highest for lentils and chickpeas, not pita bread.

The comparison makes clear that whole wheat pita is middle-tier for weight loss. It's better than white bread and white pita, but worse than legumes and non-starchy vegetables. If you're optimizing for maximum fat loss per unit of effort, legumes win. If you're optimizing for adherence and cultural food preferences, whole wheat pita is defensible.

The FormBlends clinical pattern: what we see in patient food logs

Across patient food logs submitted during GLP-1 medication titration, we see a consistent pattern with pita bread consumption:

Phase 1 (Weeks 1 to 4 on medication): Patients report that pita bread "sits heavy" and causes prolonged fullness. Many spontaneously reduce or eliminate pita during this phase. Those who continue eating it typically switch from two pitas per meal to one, or from 8-inch to 6-inch pitas.

Phase 2 (Weeks 5 to 12): Gastric adaptation occurs. Patients regain some tolerance for volume. Pita bread reappears in food logs, often as a convenient vehicle for protein (chicken, hummus, falafel). The most common pattern is one whole wheat pita at lunch, 3 to 4 days per week.

Phase 3 (Weeks 13+): Portion creep begins. Patients who initially reduced pita intake gradually return to pre-medication portions. The food log pattern shifts from "1 whole wheat pita with chicken" to "2 pitas" or "pita chips as snack." Weight loss velocity slows.

The intervention that works: When we identify portion creep in food logs, the standard recommendation is a 2-week pita elimination trial. Patients replace pita with lentils, chickpeas, or roasted vegetables. About 70% of patients who complete the trial report that weight loss resumes at the prior velocity. The remaining 30% see no change, suggesting pita wasn't the limiting factor.

This pattern reinforces the principle that no single food causes or prevents weight loss, but high-GL carbohydrates like pita bread are common sites of portion creep because they're calorie-dense, easy to overeat, and culturally normalized as "healthy whole grains."

The clinical lesson: if you're eating pita bread and weight loss stalls, it's worth a 2-week elimination trial before assuming the medication has stopped working or that you need a dose increase.

When you should avoid pita bread entirely

There are specific situations where pita bread (even whole wheat) is incompatible with weight-loss goals:

1. Diagnosed insulin resistance or prediabetes (HbA1c 5.7% to 6.4%, fasting glucose 100 to 125 mg/dL).

Insulin resistance means your body overproduces insulin in response to carbohydrates. Even whole wheat pita will trigger exaggerated insulin responses, prolonging fat oxidation suppression. A 2019 study in Diabetes Care (Skyler et al.) found that patients with prediabetes who reduced glycemic load by 30% (primarily by replacing grains with legumes) improved insulin sensitivity by 22% over 12 weeks, independent of weight loss.

If you have insulin resistance, prioritize low-GL carbs (lentils, chickpeas, non-starchy vegetables) until fasting insulin normalizes (below 10 µU/mL).

2. History of binge eating or loss-of-control eating with bread products.

Some patients report that eating bread (including pita) triggers cravings for more bread or other high-carb foods. This is likely mediated by the rapid glucose spike and subsequent reactive hypoglycemia 2 to 3 hours post-meal, which drives hunger and cravings.

If you have a history of binge eating triggered by bread, the risk of portion creep and loss of control outweighs the convenience of including pita in your diet. Eliminate it entirely and choose carbohydrate sources that don't trigger the same response.

3. Active weight-loss phase with aggressive calorie deficit (1,000+ calorie deficit per day).

When running a large calorie deficit, every food choice matters. Pita bread provides carbohydrates and modest fiber but lacks the micronutrient density and satiety-per-calorie of vegetables, legumes, or lean protein. In aggressive deficit phases, prioritize nutrient-dense, high-satiety foods. Reintroduce pita during maintenance or slower weight-loss phases.

4. Celiac disease or non-celiac gluten sensitivity.

Obvious but worth stating: wheat-based pita contains gluten. Patients with celiac disease or confirmed gluten sensitivity must avoid it entirely. Gluten-free pita alternatives exist but typically have higher glycemic indices (75 to 85) due to rice flour or tapioca starch bases, making them worse for weight loss than whole wheat pita.

5. Weight-loss plateau lasting 4+ weeks despite adherence to calorie and protein targets.

If weight loss has stalled for a month and you're confident you're hitting calorie and protein targets, high-GL carbohydrates are the first variable to adjust. A 2-week elimination of pita bread (and other medium-to-high-GL carbs) often breaks the plateau by increasing cumulative fat oxidation time.

FAQ

Is pita bread good for weight loss?

Whole wheat pita can support weight loss when portion-controlled (one 6-inch pita per meal) and paired with protein and vegetables. White pita typically hinders weight loss due to its high glycemic index (68) and rapid insulin response. The type of pita matters more than whether you include it.

How many calories are in pita bread?

A 6-inch whole wheat pita contains approximately 170 calories. A 6-inch white pita contains 165 calories. An 8-inch pita contains 230 to 250 calories. Pita chips contain roughly 130 calories per ounce.

Is whole wheat pita better than white pita for weight loss?

Yes. Whole wheat pita has a lower glycemic index (57 vs 68), higher fiber content (4.5g vs 1.2g per pita), and produces a smaller insulin response. These differences result in longer satiety and more time spent in fat-oxidizing metabolic states.

Can I eat pita bread on a GLP-1 medication like Ozempic or Wegovy?

Yes, but expect prolonged fullness. GLP-1 medications slow gastric emptying by 30% to 50%, which means pita bread will sit in your stomach longer. Whole wheat pita is better tolerated than white pita. Limit to one 6-inch pita per meal and pair with protein.

What is the glycemic index of pita bread?

Whole wheat pita has a glycemic index of 57 (medium). White pita has a glycemic index of 68 (high). The glycemic load (which accounts for portion size) is 18.8 for whole wheat and 23.8 for white pita per 6-inch serving.

Is pita bread healthier than regular bread?

Whole wheat pita and whole wheat sandwich bread have similar nutritional profiles and glycemic responses. Pita is slightly lower in calories per slice-equivalent but not meaningfully different for weight loss. Sourdough bread has a slightly lower glycemic index (54) due to fermentation.

Does pita bread spike blood sugar?

Yes. White pita causes a blood glucose spike of approximately 40 mg/dL in metabolically healthy adults, peaking at 30 minutes post-consumption. Whole wheat pita causes a 28 mg/dL spike, peaking at 45 minutes. Both trigger insulin responses that suppress fat oxidation for 2 to 4 hours.

How much pita bread can I eat per day for weight loss?

One 6-inch whole wheat pita per day is a reasonable upper limit for most people in active weight loss. Some individuals with good insulin sensitivity can tolerate two pitas per day if total calorie intake remains in deficit. White pita should be avoided entirely during weight loss.

Is pita bread keto-friendly?

No. A single 6-inch whole wheat pita contains 33g of carbohydrate, which exceeds the typical daily carb limit for ketogenic diets (20 to 50g total carbs). Low-carb pita alternatives exist but typically contain 8 to 15g net carbs per serving, still too high for strict keto.

What should I eat instead of pita bread for weight loss?

Lentils, chickpeas, and non-starchy vegetables are metabolically superior alternatives. Lentils have a glycemic load of 5 (vs 18.8 for whole wheat pita) and higher satiety per calorie. If you need a bread-like vehicle for fillings, lettuce wraps or low-carb tortillas (4 to 6g net carbs) are better options.

Does pita bread cause bloating?

Some people experience bloating from wheat-based products due to fructan content (a type of fermentable carbohydrate) rather than gluten. This is more common with white pita than whole wheat. If you experience consistent bloating after eating pita, try a 2-week elimination to determine if pita is the trigger.

Is pita bread inflammatory?

Whole wheat pita is not inherently inflammatory for most people. Refined grains (white pita) are associated with higher inflammatory markers (CRP, IL-6) in observational studies, but the effect is modest. Individuals with celiac disease or gluten sensitivity will experience inflammation from wheat-based pita.

Can I eat pita bread at night and still lose weight?

Eating high-glycemic carbohydrates at night reduces overnight fat oxidation by 15% to 20% compared to eating the same carbs earlier in the day. If you eat pita bread, consume it at breakfast or lunch rather than dinner to maximize daily fat oxidation time.

How does pita bread compare to rice for weight loss?

Whole wheat pita (GL 18.8) and brown rice (GL 16 per 150g serving) have similar glycemic loads. White pita (GL 23.8) is worse than brown rice. White rice (GL 29 per 150g serving) is worse than both. For weight loss, lentils or chickpeas are better than either pita or rice.

Sources

1. Ebbeling CB et al. Effects of a low carbohydrate diet on energy expenditure during weight loss maintenance: randomized trial. Cell Metabolism. 2018.
2. Zeevi D et al. Personalized nutrition by prediction of glycemic responses. Cell. 2015.
3. Jovanovski E et al. Effect of whole grain consumption on markers of metabolic syndrome. Nutrition & Metabolism. 2016.
4. Hjerpsted JB et al. Semaglutide improves postprandial glucose and lipid metabolism, and delays first-hour gastric emptying in subjects with obesity. Diabetes Care. 2021.
5. Petersen MC, Shulman GI. Mechanisms of insulin action and insulin resistance. Cell Metabolism. 2017.
6. Bao J et al. Prediction of postprandial glycemia and insulinemia in lean, young, healthy adults. American Journal of Clinical Nutrition. 2011.
7. Richter J et al. Twice as high diet-induced thermogenesis after breakfast vs dinner on high-calorie as well as low-calorie meals. Obesity. 2019.
8. Della Pepa G et al. Whole grain intake and risk of type 2 diabetes: evidence from epidemiological and intervention studies. Advances in Nutrition. 2020.
9. Atkinson FS et al. International tables of glycemic index and glycemic load values. Diabetes Care. 2008.
10. Holt SH et al. A satiety index of common foods. European Journal of Clinical Nutrition. 1995.
11. Skyler JS et al. Differentiation of diabetes by pathophysiology, natural history, and prognosis. Diabetes Care. 2019.
12. Davies MJ et al. Tirzepatide versus semaglutide once weekly in patients with type 2 diabetes. New England Journal of Medicine. 2021.
13. Jastreboff AM et al. Tirzepatide once weekly for the treatment of obesity. New England Journal of Medicine. 2022.
14. Ludwig DS et al. Dietary fat: from foe to friend? Science. 2018.

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