Magnesium Citrate Complex 160 mg
This blend of magnesium citrate and oxide offers a balance of general magnesium support and digestive regularity at a good price point.
Score 67
This blend of magnesium citrate and oxide offers a balance of general magnesium support and digestive regularity at a good price point.
Analysis
This Magnesium Citrate Complex from The Vitamin Shoppe provides a blend of 160mg of magnesium citrate and 160mg of magnesium oxide per serving. This combination strategy aims to leverage the better absorption of citrate for systemic benefits while utilizing the high elemental magnesium content and digestive effects of oxide.
Magnesium citrate is generally absorbed well and can contribute to muscle, nerve, and bone health, while magnesium oxide is primarily known for its osmotic properties that can support digestive regularity. The blend therefore offers a dual-purpose product.
It presents a budget-friendly option for individuals seeking a general magnesium supplement that may also assist with occasional constipation. However, for dedicated systemic repletion, other forms might offer superior bioavailability.
- Combines moderately absorbed citrate with high elemental oxide.
- Offers a good balance of general magnesium support and digestive aid.
- Economical price per serving.
- Single capsule serving for convenience.
- Absorption for systemic benefits is diluted by the presence of magnesium oxide.
- May cause digestive upset in some sensitive individuals due to oxide content.
- Not ideal if prioritizing maximum systemic absorption for all benefits.
- May cause loose stools or stomach discomfort; reduce dose if this occurs.
- Individuals with kidney concerns should consult a professional before use.
| $ 12.99 |
| Ingredient | Amount per serving |
|---|---|
Magnesium | 160 mg |
The combination of magnesium citrate and oxide offers a blended approach to magnesium supplementation. While not as universally bioavailable as some chelated forms, it provides a good elemental dose with reasonable overall absorption.