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Product Description
TREXCAL-K2, The COMPLETE CALCIUM
Helps Bone & Teeth Formation & Strength
Trexcal-K2 is formulated with High Elemental High Absorption calcium when taken with meals along with a daily dose of Vitamin D3, The sunshine vitamin to maintain healthy bones & teeths.
Helps build Strong Bone Matrix
Trexcal-K2 provides vital Bone Minerals to maintain and build a strong bone matrix.
Important for Muscle Movement & Strength
Trexcal-K2 helps maintain muscle movement & builds strength to support musculoskeletal system.
Helps Meet Daily Calcium, D3 & K2 Needs
Trexcal-K2 is an ideal formula for meeting daily mineral and vitamins requirement for Strong Bones.
Trexcal-K2 for
STRONGER BONES : Trexcal-K2 Provides 500 mg High Elemental Calcium which has high absorption when taken after meals and has 60% More Elemental Calcium. Vitamin D3 Calcium and vitamin D work together to protect your bones—calcium helps build and maintain bones, while vitamin D helps your body effectively absorb calcium.
INCREASED BONE MINERAL DENSITY (BMD): Many times Calcium from Diet may not be enough, Thus Trexcal-K2 provides required Calcium with Bone Minerals and Vitamins to Maintain Healthy BMD, especially in Sports Enthusiasts and Elderly People.
VITAMIN K2-7, The Key Vitamin with D3- SYNERGISTIC ACTION – Vitamin K2 plays a central role in the metabolism of calcium — the main mineral found in your bones and teeth. Vitamin K2 activates the calcium-binding actions of two proteins — matrix GLA protein and osteocalcin, which help to build and maintain bones.Manganese is essential for bone health, including bone development and maintenance.
BONE MINERALS for STRONGER BONE MATRIX -Boron supports the functions of calcium, magnesium, and vitamin D. Magnesium stimulates the hormone calcitonin, which helps to preserve bone structure. Copper aids in the formation of collagen for bone & connective tissue & contributes to mechanical strength of bone collagen fibrils. Zinc is needed to produce the matrix of collagen protein threads upon which the bone-forming calcium–phosphorus compound is deposited.
