Dr. Mercola Bone Support with Strontium & Boron Mineral Formula, 60 Capsules (30 Servings)
Dr. Mercola Bone Support is a targeted mineral formula designed to help adults maintain strong bones and joints as part of a balanced lifestyle. This supplement combines strontium citrate, boron chelate, manganese, trace minerals, and Living Silica MMST to provide comprehensive mineral cofactors. Packaged as a convenient capsule option with 60 capsules per bottle, it offers 30 servings and excludes gluten, soy, and GMO ingredients.
Verified Nutrient Profile and Specifications
- Comprehensive Mineral Blend: Features strontium citrate, boron chelate, manganese, and additional trace minerals to supply key cofactors for bone health.
- Living Silica MMST: Contains doc-developed silica monomethylsilanetriol (MMST), a specialized form of silica included to support bone structure and flexibility.
- Serving Configuration: Each bottle contains 60 capsules, providing 30 total servings.
- Dietary Standards: Formulated without GMO ingredients, gluten, or soy.
Bone Remodeling and Structural Support
This formula is crafted to work alongside the body's natural processes involved in maintaining bone thickness, elasticity, and mineral balance. The presence of Living Silica MMST helps reinforce bone structure and flexibility, while strontium citrate and boron chelate contribute to healthy remodeling pathways. Adults can incorporate these capsules into a daily regimen to support long-term structural wellness. The product may pair effectively with other bone-supportive nutrients, such as calcium, vitamin D3, and vitamin K2, and complements habits like a nutrient-rich diet and regular movement.
Usage Guidelines and Safety Precautions
For optimal integration into a wellness plan, review the product label and consult a qualified healthcare professional before use if you are pregnant, nursing, taking medications, or managing a health concern. This supplement is designed for use within a consistent routine that includes nutrient-dense foods and regular physical activity to support overall skeletal function.