Pure Protein Protein Bars

Pure Protein
Contains seed oils
38 Poor
$15.79 · 12 count
View on Amazon
Verified Amazon match

Summary

Pure Protein Protein Bars deliver 20g of protein per bar but rely on a heavily processed ingredient list featuring four different sweetening systems (maltitol syrup, maltitol, sugar, and sucralose), fractionated palm kernel oil, soy lecithin, soy protein isolate, refined peanut oil, glycerine, and tapioca starch. Despite the high protein content and gluten-free marketing, ten harmful substances and NOVA 4 ultra-processed classification severely undermine its nutritional value.

At a glance

Beneficial ingredients 4
Harmful ingredients 10
Owned by Nutrabolt
Category Protein Bars

Key ingredients 18

Whey Protein Concentrate
Good

Whey protein concentrate is a well-studied protein source with a complete amino acid profile and good bioavailability. It supports muscle protein synthesis and recovery, though it retains more lactose and fat than isolate forms.

Risks

May cause digestive issues in lactose-sensitive individuals.

Benefits

Complete amino acid profile supporting muscle growth and recovery.

See more about Whey Protein Concentrate →
Milk Protein Isolate
Good

Milk protein isolate is a high-quality complete protein containing both whey and casein fractions. It provides sustained amino acid release for prolonged muscle protein synthesis.

Risks

May cause digestive issues in individuals with dairy sensitivity.

Benefits

Supports sustained muscle recovery through both fast-acting whey and slow-releasing casein.

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Hydrolyzed Collagen
Good

Hydrolyzed collagen supports skin, joint, and connective tissue health. It provides specific amino acids like glycine and proline that are underrepresented in other protein sources.

Benefits

Supports skin elasticity, joint health, and connective tissue integrity.

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Peanuts and Almond Butter
Good

Whole food sources of healthy monounsaturated fats, fiber, vitamin E, and plant protein. Peanuts and almond butter contribute meaningful nutrition beyond just protein.

Risks

Common allergens. High calorie density.

Benefits

Provide healthy fats, fiber, and micronutrients from whole food sources.

See more about Peanuts and Almond Butter →
Maltitol Syrup
Bad

Maltitol syrup is the liquid form of the sugar alcohol maltitol, with a higher glycemic index than solid maltitol and greater absorption rate. It is well-documented to cause significant gastrointestinal distress including bloating, gas, and diarrhea, especially at the 6g sugar alcohol level in this product.

Risks

Causes significant gastrointestinal distress. Higher glycemic response than other sugar alcohols. Liquid form absorbs faster than solid maltitol.

Benefits

Provides sweetness with fewer calories than sugar.

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Maltitol
Bad

Maltitol is a sugar alcohol that raises blood sugar more than other sugar alcohols like erythritol or xylitol. Doubled up with maltitol syrup in this product, compounding the gastrointestinal distress risk.

Risks

Causes bloating, gas, and diarrhea. Raises blood sugar more than other sugar alcohols. Stacked with maltitol syrup for double exposure.

Benefits

Provides sweetness with fewer calories than sugar.

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Fractionated Palm Kernel Oil
Bad

Fractionated palm kernel oil is an industrially processed tropical oil that has been separated into specific fat fractions. It is high in saturated fatty acids (lauric and myristic acids) associated with cardiovascular concerns. The fractionation process is an industrial chemical separation.

Risks

High in saturated fat associated with cardiovascular disease. Industrially processed. Associated with environmental destruction.

Benefits

Provides texture and coating properties.

See more about Fractionated Palm Kernel Oil →
Sugar
Bad

Added refined sugar in a product already using maltitol syrup, maltitol, and sucralose. Four different sweetening systems in one product is a hallmark of ultra-processing. Unnecessary in a product marketed as a health food.

Risks

Contributes to blood sugar spikes and metabolic issues. Redundant with three other sweeteners already present.

Benefits

Provides sweetness and flavor.

See more about Sugar →
Soy Lecithin
Bad

Soy lecithin is a highly processed emulsifier extracted from soybeans using chemical solvents. It is a common allergen and the majority of soy in the US is genetically modified. The industrial extraction process raises concerns about chemical residues.

Risks

Common allergen. Typically derived from GMO soybeans. Extracted using chemical solvents like hexane.

Benefits

Functions as an emulsifier to improve product texture.

See more about Soy Lecithin →
Sucralose
Bad

Sucralose is a chlorinated artificial sweetener linked to disruption of the gut microbiome and potential insulin response issues. It is the fourth sweetening system in this product, stacked on top of maltitol syrup, maltitol, and sugar.

Risks

May disrupt gut microbiome balance. Fourth sweetener in the product compounding metabolic confusion.

Benefits

Provides zero-calorie sweetness.

See more about Sucralose →
Soy Protein Isolate
Bad

Soy protein isolate is a heavily processed protein extracted from soybeans using chemical solvents like hexane. The majority of soy in the US is genetically modified. It contains phytoestrogens that may disrupt hormonal balance and is used as a cheap filler protein inferior to whey in bioavailability.

Risks

Typically GMO-derived. Extracted using chemical solvents. Contains phytoestrogens that may affect hormone levels. Inferior bioavailability compared to whey.

Benefits

Provides additional protein at lower cost.

See more about Soy Protein Isolate →
Glycerine
Bad

Glycerine is a processed humectant used to maintain moisture and extend shelf life. In the context of an already ultra-processed product with 10 harmful substances, it adds another layer of industrial processing with no nutritional value.

Risks

Processed additive with no nutritional benefit. Contributes to ultra-processed formulation.

Benefits

Maintains product moisture and texture.

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Peanut Oil
Bad

Refined peanut oil is industrially processed using chemical solvents, stripping beneficial compounds found in whole peanuts. The refining process and high omega-6 content make it a pro-inflammatory fat source.

Risks

Industrially refined with chemical solvents. High omega-6 content promotes chronic inflammation. Stripped of beneficial compounds found in whole peanuts.

Benefits

Provides texture.

See more about Peanut Oil →
Tapioca Starch
Bad

Tapioca starch is a highly processed carbohydrate filler extracted from cassava root. It provides zero nutritional value beyond empty calories and is used purely as a cheap bulking agent to add volume and texture.

Risks

Provides empty calories with no nutritional value. Highly processed filler ingredient.

Benefits

Provides texture and volume.

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Cocoa processed with alkali
Neutral

Dutch-processed cocoa has a milder flavor but reduced antioxidant content compared to natural cocoa due to the alkalization process.

Risks

Reduced antioxidant content compared to natural cocoa.

Benefits

Provides chocolate flavor with some remaining cocoa nutrients.

See more about Cocoa processed with alkali →
Natural Flavor
Neutral

Includes annatto and turmeric for color, which provides more transparency than typical natural flavor listings. The specific colorant disclosure is a slight positive.

Risks

Processed flavoring compound with limited transparency beyond the colorants.

Benefits

Enhances flavor. Annatto and turmeric are natural colorants.

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Salt
Neutral

Standard flavor enhancer at 200mg sodium per bar, which is moderate-high for a snack item.

Risks

200mg sodium is moderate-high for a single snack. Excessive sodium intake can contribute to hypertension.

Benefits

Enhances flavor and is essential for fluid balance.

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Calcium Carbonate
Neutral

Basic calcium supplement form with low bioavailability compared to chelated forms. Functional but not premium.

Risks

Low bioavailability compared to chelated calcium forms.

Benefits

Provides supplemental calcium for bone health.

See more about Calcium Carbonate →

Processing

Group 4 · Ultra-processed

Ultra-Processed Foods

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