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Does Multi Collagen Peptide supplement have daily value protein?Updated 3 months ago

Multi Collagen Protein does not have a (%DV) daily value for protein for the following reasons:

  • This is because collagen peptides lack some amino acids needed to form a complete protein. Therefore, we are unable to provide a daily value.  Tryptophan is missing from all collagen peptides, not just our product.

  • The amino acid profile listed on the packaging is a General/Typical Amino Acid Profile.  Each batch will not have the exact amount of amino acids and will not be listed on a Certificate of Analysis.  These amounts have been tested from the initial batch, and subsequent batches will have a similar but not exact profile.

Below is information on the type I, II, III, V, and X collagen peptides in our product.

Type I Collagen
  •  Most abundant type in the human body
  •  Supports skin, teeth, bones, tendons, and ligaments
  •  Provides strength to connective tissues

Type II Collagen
  •  Makes up about 90% of cartilage collagen
  •  Primary benefit is joint health and support
  •  Particularly beneficial for active people who need joint support

Type III Collagen
  •  Found in internal organs, blood vessels, and muscles
  •  Usually occurs alongside Type I collagen
  •  Present in bone marrow and reticular fibers
  •  Important for organ and vessel health

Type V Collagen
  •  Found in skin, nails, hair, and multiple organs, including cornea, bone matrix, muscles, lungs, liver, and placenta
  •  Supports eye health and development, particularly the cornea
  •  Plays a crucial role in placenta formation during pregnancy
  •  Coats the area around hair follicles
  •  Supports insulin production through Islet cell function

Type X Collagen
  •  Specialized collagen found primarily in bones and joint cartilage
  •  Essential for bone formation and mineralization
  •  Acts as a reliable marker for new bone formation in articular cartilage
  •  Particularly important during:
              *Bone and cartilage healing after injury
              *Early childhood growth phases
              *Endochondral ossification (bone formation process)

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