How do K1 and MK-4 work with the Vitamin A, D, and tocotrienols in DAKE?Updated 21 days ago

This is where the formula design really earns its keep. The fat-soluble vitamins in DAKE aren't just coexisting in a capsule — they're working through interconnected pathways that make each one more effective. 

Vitamin D drives calcium absorption from the gut. MK-4 then activates the proteins — osteocalcin and MGP — that determine where that calcium goes: into bone and teeth, and away from arteries and soft tissue. Without adequate K2, the calcium Vitamin D helps absorb has no reliable routing mechanism. That's the D and K2 relationship most people have heard of. 

What's less discussed is the A and K connection. Vitamin A (as retinyl palmitate) supports the gene expression pathways that Vitamin K-dependent proteins rely on, and helps maintain the tissue environments — bone, vasculature, epithelium — where K does its work. Running A alongside K isn't redundant; it supports the underlying biology that makes K's mechanisms functional. 

The tocotrienols (DeltaGold® Vitamin E isomers) add antioxidant protection that preserves the integrity of fat-soluble compounds during absorption and reduces oxidative stress in the vascular tissue where K2 is most active. And the MCT oil that carries the MK-4 in this formula doubles as an absorption vehicle for all the fat-soluble actives simultaneously. 

The stack logic is intentional — each ingredient is doing its own job while supporting the others.