Nutrient quality
The formula is intended for probiotic support, but no strains or viable organism counts are supplied. Small protein, iron, and mineral amounts do not compensate for the missing probiotic potency evidence.
.| $ 39.89 | ||
Vitacost | $ 39.89 |
The 610 mg HSO probiotic blend is the main active, supported by a 285 mg plant-mineral blend. Neither blend breaks down its individual components or amounts, which limits a precise quality assessment.
Iron is listed at 2.3 mg and protein at 1 g per tablet. Those are minor nutritional contributions rather than effective servings for focused iron or protein support.
The one-tablet serving and 90-serving supply are convenient for routine use. Choose it for the probiotic concept, not as a substitute for a clearly dosed iron or protein product.
The formula is intended for probiotic support, but no strains or viable organism counts are supplied. Small protein, iron, and mineral amounts do not compensate for the missing probiotic potency evidence.
.Basic nutrition and total blend weights are stated, but the central probiotic formula is opaque. Strains, colony counts, mineral compounds, complete directions, and non-active ingredients are not disclosed.
.The aggregate rating is strong and supported by a substantial feedback volume. Specific experience details are missing, so recurring problems and purpose fit remain uncertain.
.Missing strains and colony counts make the formula difficult to justify at its cost. Serving value is weak because effective probiotic potency cannot be established.
.| Ingredient | Amount per serving |
|---|---|
Total Calories | 0 Calorie(s) |
Total Fat | 0 Gram(s) |
Sodium | 5 mg |
Protein | 1 Gram(s) |
Calcium | 38 mg |
Iron | 2.3 mg |
Proprietary HSO Probiotic Blend | 610 mg |
Ionic Plant Based Minerals | 285 mg |
The exact iron amount is disclosed, but its chemical form is not. A one-caplet serving is convenient, though the dose is too low for focused iron support and lacks key absorption cofactors. Its average serving cost does not compensate for the minimal iron contribution.