Dymatize

Elite 100% Whey Cookies & Cream

F
N+ Score41
ProteinServing: 36 Gram(s)Type: Other Combinations

Dymatize Elite 100% Whey Cookies & Cream is a protein supplement providing 25 grams of protein per 36-gram serving. It also contains 230 mg of Potassium, which is identified as underdosed in this formulation. This product holds an N+ Score of 41, earning an F grade, placing it in the below-average tier for quality. The formula completeness is 33%, suggesting a basic protein blend without extensive additional beneficial ingredients. While it offers a substantial protein dose, the overall score indicates potential limitations in its broader nutritional profile and ingredient adequacy, making it suitable for those primarily focused on protein intake.

About This Product

Elite 100% Whey Cookies & Cream by Dymatize is a protein supplement containing 11 active ingredients. It has earned an N+ Score of 41/100 (Grade F).

N+ Score Breakdown

Ingredient Adequacy0/100

Are key ingredients present at clinically effective doses based on research?

Formula Completeness33/100

Does the product include all expected ingredients for its supplement category?

Label Transparency64/100

Are individual ingredient amounts clearly disclosed without proprietary blends?

Ingredient Diversity100/100

Does the formula include a breadth of beneficial compounds from multiple pathways?

Strengths

  • +Broad ingredient diversity exceeding category norms
  • +Rich formula with 11 active ingredients

Weaknesses

  • Several ingredients below clinically effective doses
  • Missing several expected ingredients for its category

Ingredient Analysis (11 ingredients)

IngredientAmountDose Adequacy
Calories140.000 Calorie(s)N/A
Total Fat2.000 Gram(s)N/A
Vitamin AN/A
Vitamin CN/A
CalciumN/A
IronN/A
Total Carbohydrates4.000 Gram(s)N/A
Sodium150.000 mgN/A
Potassium230.000 mgUnder
Cholesterol70.000 mgN/A
Protein25.000 Gram(s)N/A

Clinical ranges based on NIH ODS Fact Sheets and peer-reviewed research. Status indicates whether the amount meets evidence-based thresholds.