The Unique Plant-Based Source and Mineral Composition
AlgaeCal is sourced from a unique type of marine algae, Mesophyllum superpositum, providing a plant-based, whole-food complex unlike rock-derived supplements. This algae naturally contains calcium alongside all 13 essential bone-building minerals, including magnesium, strontium, and zinc. This natural mineral matrix enhances bio-accessibility and absorption compared to inorganic calcium carbonates.
Clinically Proven to Increase Bone Density
A key benefit of AlgaeCal is its clinical evidence showing an increase in bone mineral density (BMD), rather than just slowing bone loss. Studies, including one in Nutrition Journal, demonstrated participants taking AlgaeCal formulations experienced an average increase in bone density, a notable result considering typical age-related bone loss. A longer study over seven years found consistent bone density gains in postmenopausal women using AlgaeCal Plus and Strontium Boost.
Enhanced Absorption and Digestive Comfort
Traditional calcium supplements can cause digestive issues. AlgaeCal is often gentler on the stomach due to its plant-based origin and pre-digested minerals, leading to better absorption. AlgaeCal Plus includes Vitamin K2, which helps direct calcium to bones, potentially reducing the risk of soft tissue calcification sometimes linked to high calcium intake.
Comprehensive Nutrient Profile for Synergistic Bone Support
AlgaeCal's effectiveness comes from its multi-nutrient formula. A typical AlgaeCal Plus includes calcium from algae, magnesium, Vitamin D3 for absorption, Vitamin K2 to guide calcium, boron for nutrient metabolism, Vitamin C for collagen synthesis, and various trace minerals naturally found in the algae that support bone health.
AlgaeCal vs. Traditional Calcium Supplements: A Comparison
| Feature | AlgaeCal (Plant-Based) | Traditional (Rock-Based) |
|---|---|---|
| Source | Marine algae (Mesophyllum superpositum) | Limestone, marble, oyster shell |
| Mineral Profile | 13+ trace minerals naturally present | Often pure calcium; few or no trace minerals |
| Bone Density Effect | Clinically shown to increase bone density | Primarily slows annual bone loss |
| Absorption | Higher bioavailability, body-friendly complex | Lower absorption, can cause insoluble complexes |
| Digestive Issues | Fewer reports of constipation or bloating | Higher frequency of gas, bloating, and constipation |
| Soft Tissue Calcification | Lower risk due to synergistic nutrients (K2) | Potential risk with high doses |
Who Can Benefit from Taking AlgaeCal?
AlgaeCal is suitable for individuals aiming to support bone health, particularly postmenopausal women and older adults at risk of low bone density. It is also a good option for those with lactose intolerance, vegans, or anyone who experiences digestive discomfort from traditional calcium supplements. Its comprehensive profile appeals to those seeking a natural approach to maintaining strong bones.
How to Optimize Your AlgaeCal Supplementation
To optimize absorption, it is recommended to split the daily dose of AlgaeCal, typically four capsules, into two servings. Taking it with meals can also aid absorption by stimulating stomach acid. Separating AlgaeCal from other supplements like Strontium Boost by a few hours is advised. The powder form can be mixed into cool foods like smoothies but not hot liquids.
Conclusion: A Natural, Effective Approach to Bone Health
The benefits of taking AlgaeCal stem from its plant-based source and comprehensive nutrient profile. Unlike many traditional calcium supplements, clinical studies indicate its ability to increase bone mineral density. With superior absorption, fewer digestive issues, and a range of essential minerals and vitamins, AlgaeCal offers a natural and effective method for supporting bone health across various populations. For details on supporting clinical studies, refer to this resource: Changes in total body bone mineral density following a common bone health plan with two versions of a unique calcium supplement: an observational cohort study.