Product Information

Marine and Free Range Collagen Peptides with MSM provides a unique blend of highly bioavailable collagen peptides from both marine and free range collagen sources. Both of these sources are specifically selected for their unique ability to deliver their combined benefits to the vital collagen structure of our joints, bones and blood vessels, as well as our skin, hair and nails. We enhance the benefits of this product by adding 500 mg of MSM (Methyl-Sulfonyl-Methane), an exceptional source of highly bioavailable organic sulfur, which is an essential element in the structure of all collagen-based tissues. Our Marine and Free Range Collagen Peptides mixes easily with any liquid and is flavor-neutral, while also free of carbohydrate, sugar, lactose, fat, cholesterol and sodium. It is also gluten-free and non-GMO (Not Genetically Modified) and contains no added ingredients of any kind (no flavors, sweeteners or preservatives). Collagen is the primary structural protein in the body, comprising almost one-third of the body’s entire protein mass. The healthy structure and function of our skin, bones, arteries, veins and connective tissue (cartilage, ligaments and tendons) are all built on an integrating matrix of collagen protein. The healthy appearance of our skin is dependent upon the integrating structure provided by a collagen peptide matrix, which is why it is so often deceptively used in so many topical beauty products. Unfortunately, slathering collagen protein on the outside of our body does absolutely nothing for the internal collagen structure. The only way that collagen peptides can affect the internal structure of any of these tissues, including the skin and joints, is to deliver them where they can be utilized – inside our body. That is the basis for the unique quality, composition and absorption of our Marine and Free Range Collagen Peptides. These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure or prevent any disease.