* With ch-OSA Advanced Collagen Generator * Clinically Proven to Increase Bone Mineral Density (BMD)¥ * Increases Formation of "Bone-Cushioning" Collagen * Increases Bone Calcium Binding Sites * Promotes Bone Flexibility * Original ch-OSA Formula * Clinically Proven · Patented * Dietary Supplement * Vegetarian ¥Measured at the hip Promotes the "Ideal Condition of Bone" Bone collagen provides the binding sites for calcium and gives bones the "toughness" or flexibility to resist physical stress. BioSil Bone Collagenizer Matrix is clinically proven to increase bone collagen formation. Collagen: The "Missing Link" in Your Bone Health Regimen Collagen is crucial to your bone health. Collagen provides the "binding sites" for calcium and other bone minerals. When bone collagen diminishes, bone mineral density decreases. In addition, collagen gives bones the vital flexibility they need. New bone research reveals that collagen, in conjunction with deposited calcium, gives bones their ability to withstand physical stress, as with sudden impact. Unlike calcium that you can ingest and receive the benefits, you cannot "eat" collagen expecting to add collagen to your bones. The key is stimulating the cells that naturally generate bone collagen, called osteoblasts. BioSil"s new Bone Collagenizer Matrix is clinically proven to increase bone collagen formation (BCF), and increase bone mineral density (BMD) at the critical hip region, in women already taking 1000 mg of calcium and 800 IU of vitamin D daily. BioSil Bone Collagenizer Matrix helps you create the ideal condition for your bones. ch-OSA has been tested in rigorous double-blind placebo controlled clinical trials for both efficacy and safety. The results are published in peer reviewed medical journals. Clinical Facts Choline-Stabilized Orthosilicic Acid (ch-OSA) Clinically Proven Dosage Clinically Proven for Bone 2 capsules 1x daily Increases bone collagen formation Increases bone mineral density (BMD) at the hip region Use in conjunction with 1000 mg of calcium and 800 IU of vitamin D.