Vitamin K2 as MK-7 is an essential, fat-soluble vitamin. It has two important roles – keeping calcium out of soft tissues such as the blood vessels and aorta (which prevents calcification deposits), and it directs calcium into bones to reduce risk of osteoporosis.
The synthesis of osteocalcin is dependent on Vitamin K. It is responsible for binding calcium to bone tissue, which is what gives bones their strength and flexibility. Both cOC (Carboxylated Osteocalcin) and uOC (Uncarboxylated Osteocalcin) can be detected in plasma and blood tests and have repeatedly been proven to:
• Increase Bone Density
• Promote Energy Availability
• Increase Insulin Sensitivity
After it is carboxylated by Vitamin K2, osteocalcin can latch on to calcium and bind it to the bone matrix.
like osteocalcin, requires vitamin K–dependent carboxylation for its function. Among the proteins involved in vascular calcium metabolism, the vitamin K-dependent matrix Gla-protein (MGP) plays a dominant role in preventing the calcification of soft tissue, i.e., blood vessels and organs. Matrix Gla protein binds to calcium and is secreted by chondrocytes and vascular smooth muscle cells.Bone: K2 activates key proteins to ensure Vitamin D and Calcium are directed directly to the bones.