Nutrient quality
Useful ingredient forms and coherent metabolic targeting support good formulation logic. Modest core doses and a very small resveratrol contribution limit strength.
A coherent berberine-based metabolic formula includes quality trans-resveratrol only as a minor supporting dose.
A coherent berberine-based metabolic formula includes quality trans-resveratrol only as a minor supporting dose.
| $ 56.50 | ||
| $ 52.40 | ||
Vitacost | $ 56.50 |
The formula provides 350 mg berberine HCl, 200 mcg chromium, and 100 mg alpha-lipoic acid. These ingredients define its metabolic purpose more clearly than the resveratrol.
resVida trans-resveratrol is present at only 20 mg. Branded isomer quality is useful, but the amount is too small for a focused resveratrol product.
One capsule and 90 servings support convenient use, yet the formula is better assessed as a metabolic blend. People using glucose-lowering medicines need professional review before combining these actives.
Useful ingredient forms and coherent metabolic targeting support good formulation logic. Modest core doses and a very small resveratrol contribution limit strength.
Active quantities and important form details are clearly stated without a hidden blend. Missing purity information, full directions, and non-active ingredients leave smaller gaps.
The supplied average rating is strong and the rating volume is limited. No specific experience details were provided to judge repeated complaints or purpose alignment.
The formula provides fair value for its cost. It remains moderately competitive but does not clearly lead the category.
| Ingredient | Amount per serving |
|---|---|
Chromium (Chromium Polynicotinate) | 200 mcg |
Berberine HCl | 350 mg |
Alpha Lipoic Acid (Thioctic Acid) | 100 mg |
resVida Resveratrol (Trans-Resveratrol) | 20 mg |
Branded resVida identifies trans-resveratrol, but the label does not show a purity percentage or separate extract yield. A standard capsule and very small serving limit practical delivery. The normalized cost is high despite clear isomer naming.