Nutrient quality
A meaningful bone-broth protein amount provides useful structural nutrition. Hidden blend composition, modest protein depth, and weak heart-specific design limit overall quality.
BodyBuilding.com | $ 54.95 | |
Vitacost | $ 51.39 | |
| $ 46.71 | ||
| $ 46.71 | ||
Daily Vita | $ 46.71 |
A 15.5 g bone-broth collagen blend yields 14 g protein, making the serving useful for collagen-oriented intake. Collagen is not a complete substitute for a balanced dietary protein source.
Sodium is modest and potassium is moderate, but neither amount creates a strong electrolyte or heart-health rationale. The formula does not disclose another active aimed at cardiovascular support.
The total blend amount is clear, while the individual collagen sources and proportions remain hidden. That opacity makes amino-acid profile, animal source, and quality differences hard to evaluate.
A meaningful bone-broth protein amount provides useful structural nutrition. Hidden blend composition, modest protein depth, and weak heart-specific design limit overall quality.
Protein and basic nutrition totals are clear, but the main broth or collagen blend remains opaque. Missing source proportions, full directions, and non-active ingredients reduce transparency.
The supplied average is strong and supported by substantial response volume. No comment-level evidence is available to assess repeated complaints or alignment with the intended use.
A useful collagen-rich protein serving offers some specialized value. Modest protein depth, hidden source proportions, and premium cost limit category competitiveness.
| Ingredient | Amount per serving |
|---|---|
Calories | 60 Calorie(s) |
Dietary Fiber | 1 Gram(s) |
Protein | 14 Gram(s) |
Iron | 0.6 mg |
Sodium | 115 mg |
Potassium | 200 mg |
Bone Broth Collagen Blend | 15.5 Gram(s) |
The sodium amount is too low for athletic replenishment, and its source is not identified. Potassium is quantified but lacks a stated form, while magnesium and buffering support are absent. Collagen dominates the formula and helps explain the higher cost, but it does not improve electrolyte performance.
A food-derived potassium source provides a moderate amount, but the chemical form is not identified. The label implies elemental potassium without showing its source compound or yield. A high serving cost creates weak potassium-specific value.
Published studies used for the product analysis and the top-ranked studies for each ingredient and goal.