Vitamin D3 K2 MK-7 – Immune & Cardiovascular Health

Vitamin K2 plays a vital role in bone and heart health. It regulates calcium, directing it to bones and teeth while preventing accumulation in arteries and soft tissues. EFSA recognizes its contribution to normal blood clotting and maintaining healthy bones.

Our Vitamin D3+K2 formula boosts immunity and bone health. It combines 5000 IU of vitamin D with 100mcg of vitamin K2 MK7 to aid calcium absorption, direct calcium to bones, and support cardiovascular health, promoting strong bones and teeth.

For optimal results, take Vitamin D3+K2 from Bio Medical Pharma as recommended, one capsule every 5 days. Taking it with a meal improves the absorption of the vitamins.

The combination of vitamin D3 with K2 is recommended as it works synergistically to optimise calcium distribution in the body, which is beneficial for bone strengthening and heart health.

Yes, vitamin K2 can have a positive effect on heart health by helping to keep the arteries clear of calcium deposits, which contributes to improved cardiovascular function.

Bio Medical Pharma recommends taking one capsule every 5 days, based on the high dosage and optimal bioavailability of our product. This frequency supports an effective nutrient supply without the risk of overdosing.

Vitamin D3 and K2 can be taken at any time of the day. However, it is recommended to take the capsules with a meal to improve absorption, especially if the meal contains fats, as both vitamins are fat-soluble.

Vitamin D3 can be useful without K2, especially for promoting calcium absorption and supporting the immune system. However, the combination with K2 maximises the health benefits by ensuring that the absorbed calcium is effectively transported to the bones instead of accumulating in the arteries.

Vitamin D3 is crucial for maintaining healthy bones and teeth, supporting the immune system and improving muscle strength. Vitamin K2 contributes to the proper utilisation of calcium and supports bone and heart health by preventing calcium from being deposited in the arteries.