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EAS Muscle Physique Dietary Supplement, Orange, 7.8 Ounce

Product score38.8 / 100Poor
Brand
EAS Other
Category
Creatine
Recorded price
$62.02
Price per serving
$3.10

Supplement facts

Label photo ›
Serving size
1 Scoop (10.57 g)
Servings per container
20
IngredientAmount per serving% daily value
Calories——
Total Carbohydrate5 g—
Calcium120 mg2%
Sodium5 mg12%
Creatine Monohydrate2 g—
L-Glutamine2 g—
Calcium HMB1 g—
(B-hydroxy-B-methylbutyrate monohydrate) Part of Calcium HMB——
Taurine500 mg—

Label data transcribed from product photos.

Label data as of

Label photo
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Product score

38.8 / 100Poor
Category average
75.6 / 100

This is a convenient powder with familiar ingredients, but one scoop provides relatively small amounts of both central actives, and the listed calcium and sodium %DV figures appear inconsistent with their amounts.

Scoring criteria
  • Quantity

    50 / 100

    One assumed scoop supplies 2 g creatine and 1 g calcium-HMB; the HMB compound is below the commonly used roughly 3 g/day HMB amount, and 2 g creatine is below the usual 3–5 g/day maintenance range.

  • Form

    75 / 100

    Creatine monohydrate and calcium HMB are conventional forms without an established comparative absorption or tolerability advantage for this powder.

  • Convenience

    100 / 100

    Directions are not available, so I assume one labeled scoop once daily; the container lists 20 servings.

  • Label accuracy

    50 / 100

    The supplied panel transcription pairs 120 mg calcium with 2% DV and 5 mg sodium with 12% DV, figures that are inconsistent with those amounts if read correctly.

  • Formula balance

    75 / 100

    The creatine-HMB combination is a plausible conventional formula, with no established compatibility issue or specific formulation advantage evident.

  • Purity

    75 / 100

    No specific purity defect or supported testing information is provided, so purity remains at the ordinary unresolved mark.

  • Cofactors

    0 / 100

    Glutamine and taurine are quantified, but their complementary benefit for the stated muscle-support role at these amounts is not sufficiently established.